Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
41904-Z
�p`pgUFPOt,�coG� Town of Southold 5/17/2018 o - P.O.Box 1179 d' 53095 Main Rd X4,1 ap�� Southold,New York 11971 CERTIFICATE OF OCCUPANCY No: 39649 Date: 5/17/2018 THIS CERTIFIES that the building SINGLE FAMILY DWELLING Location of Property: 6805 Alvahs Ln, Cutchogue SCTM#: 473889 See/Block/Lot: 101.4-16.5 Subdivision: Filed Map No. Lot No. conforms substantially to the Application for Building Permit heretofore filed in this office dated 8/16/2017 pursuant to which Building Permit No. 41904 dated 8/24/2017 was issued, and conforms to all of the requirements of the applicable provisions of the law. The occupancy for which this certificate is issued is: ONE FAMILY DWELLING WITH COVERED FRONT ENTRY REAR WOOD STOOP,ATTACHED TWO-CAR GARAGE AND UNFMSHED BASEMENT, AS APPLIED FOR The certificate is issued to Mathew,Richard of the aforesaid building. SUFFOLK COUNTY DEPARTMENT OF HEALTH APPROVAL R10-17-0029 04-30-2018 ELECTRICAL CERTIFICATE NO. 18-47831 03-23-2017 PLUMBERS CERTIFICATION DATED 03-05-2018 C a es San rs A tho ignature �Su�nt��o TOWN OF SOUTHOLD Sao BUILDING DEPARTMENT y TOWN CLERK'S OFFICE o . SOUTHOLD, NY BUILDING PERMIT (THIS PERMIT MUST BE KEPT ON THE PREMISES WITH ONE SET OF APPROVED PLANS AND SPECIFICATIONS UNTIL FULL COMPLETION OF THE WORK AUTHORIZED) Permit#: 41904 Date: 8/24/2017 Permission is hereby granted to: Mathew, Richard 41 Potato Field Ln Southampton, NY 11968 To: construct single-family dwelling as applied for per SCHD approval. At premises located at: 6805 Alvahs Ln, Cutchogue SCTM # 473889 Sec/Block/Lot# 101.-1-16.5 Pursuant to application dated 8/16/2017 and approved by the Building Inspector. To expire on 2/23/2019. Fees: SINGLE FAMILY DWELLING-ADDITION OR ALTERATION $1,785.60 CO -NEW DWELLING $50.00 Total: $1,835.60 N __ Building Inspector corm no.o TOWN OF SOUTHOLD BUILDING DEPARTMENT TOWN HALL 765-1802 APPLICATION FOR CERTIFICATE OF OCCUPANCY This application must be filled in by typewriter or ink and submitted to the Building Department with the following: A. For new building or new use: 1. Final survey of property with accurate location of all buildings,property lines, streets,and unusual natural or topographic features. 2. Final Approval from Health Dept. of water supply and sewerage-disposal(S-9 form). 3. Approval of electrical installation from Board of Fire Underwriters. 4. Sworn statement from plumber certifying that the solder used in system contains less than 2/10 of 1%lead. 5. Commercial building, industrial building,multiple residences and similar buildings and installations, a certificate of Code Compliance from architect or engineer responsible for the building. 6. Submit Planning Board Approval of completed site plan requirements. B. For existing buildings(prior to April 9,1957)non-conforming uses,or buildings and "pre-existing"land uses: 1. Accurate survey of property showing all property lines, streets,building and unusual natural or topographic features. 2. A properly completed application and consent to inspect signed by the applicant.If a Certificate of Occupancy is denied,the Building Inspector shall state the reasons therefor in writing to the applicant. C. Fees 1. Certificate of Occupancy-New dwelling$50.00,Additions to dwelling$50.00,Alterations to dwelling$50.00, Swimming pool$50.00,Accessory building$50.00,Additions to accessory building$50.00,Businesses $50.00. 2. Certificate of Occupancy on Pre-existing Building- $100.00 3. Copy of Certificate of Occupancy- $.25 4. Updated Certificate of Occupancy- $50.00 5. Temporary Certificate of Occupancy-Residential$15.00, Commercial$15.00 Date. Ap-i 1 2.7, 2.018 New Construction: Old or Pre-existing Building: (check one) Location of Property: C 6 05 A ly®k s L o a,e , C u _� c.)O G u C House No. Street 0 Hamlet Owner or Owners of Property: Q;c. O -A 1�1_4 C_W Suffolk County Tax Map No 1000, Section 1 1O ! Block I Lot Subdivision�� CO a54 AroDe_,A c S Filed Map. 9'229 1 Lot: Permit No. 4 l 90N Date of Permit. $ LI /17 Applicant: it G h 0t--�! "Ct 4y-w Health Dept.Approval: Underwriters Approval: Planning Board Approval: Request for: Temporary Certificate Final Certificate: ®/ (check one) Fee Submitted: $ Applicant Signature Certificate of Compliance ........ ................................ .................... .............................. .......................... ................................... . CERTIFIED ELECTRICAL INSPECTIONS, INC. 188 PARK AVENUE AMITYVILLE, NY 11701 P: (631) 598-5610 .......................................................................... .... ........ ............................................................................... CERTIFIES THAT Upon the application of Upon premises owned by Bridge View Electrics Richard Mathew PO Box 1198 6805 Alvahs Lane Bridge Hampton, NY 11932 Cutchogue , NY 11935 Located at: 6805 Alvahs Lane , Cutchogue , NY 11935 Application Number#: 18-47831 Certificate#: 18-47831 Electrical License#: 32705 ME Section: Block: Lot: Building Permit#: 41904 Described as a Residential occupancy, wherein the premises electrical system consisting of electrical devices and wiring, described below, located in/on the premises at: New (2) Story Home w/Basement/Service Equipment A visual inspection of the premises electrical system, limited to electrical devices and wiring to the extent detailed herein, was conducted in accordance with the requirements of the applicable code/or standard promulgated by the State of New York, Department of State Code Enforcement and Administration, or other authority having jurisdiction, and found to be in compliance therewith on the 23rd day of March 2018 Name QTY Duplex Receptacle- 15 Amp, 120V 51 Combo SD/CO- 15 Amp, 120V 3 ARC-Fault- 15 Amp, 120V 20 Incand. Fixture- 15 Amp, 120V 56 Dishwasher Circuit-20 Amp, 120V 1 Meter- 200 Amp, 240V 1 Switch - 15 Amp, 120V 38 Service Disconnect-200 Amp, 240V 1 Electrical Inspector:Anthony Giordano 1111111/11 o` \�VdCAL n DAPPROVED 0 ApR - 2 201 -BUSD1 Vt GD • This certificate is not valid unless raised seal is present. Certificate of Compliance ................. ................ ................................................................... .................... ............................... CERTIFIED ELECTRICAL INSPECTIONS, INC. 188 PARK AVENUE AMITYVILLE, NY 11701 P: (631) 598-5610 .............................................................. ............................................................................................. ........... CERTIFIES THAT Upon the application of Upon premises owned by Bridge View Electrics Richard Mathew PO Box 1198 6805 Alvahs Lane Bridge Hampton, NY 11932 Cutchogue , NY 11935 Located at: 6805 Alvahs Lane , Cutchogue , NY 11935 Application Number#: 18-47831 Certificate#: 18-47831 Electrical License* 32705 ME Section: Block: Lot: Building Permit#: 41904 Name QTY AC Blower- 15 Amp, 220V 2 AC Condenser-30 Amp, 220V 2 ARC-Fault-.20 Amp, 120V 2 Exhaust Fan- 15 Amp, 120V 3 Exhaust Hood-20 Amp, 120V 1 Exhaust Hood-20 Amp,120V 1 GFI Receptacle- 15 Amp, 120 V 26 Smoke Detector- 15 Amp, 120V 4 UG Service Feeder-200 Amp, 240V 1 Electrical Inspector: Anthony Giordano _'APPROVEDo This certificate is not valid unless raised seal is present. D APR ~ 2 2018 BuDING DFFT. TOWN OF SO OLD �0pf SOpT�DI � d Town Hall Annex Telephone(631)765-1802 54375 Main Road � Fax(631)765-9502 P.O.Box 1179 G.�` • Q Southold,NY 11971-0959 BUILDING DEPARTMENT D v[a TOWN OF SOUTHOLD D IRC7 MAY 1 0 2018 CERTIFICATION TOWNOFSOUMOLD Date: Building Permit No. �{l q D LI Owner: R c6 a,c� M r w (Please nt) Plumber: G I lUd L,SSV (Please print) I certify that the solder used in the water supply system contains less than 2/10 of 1% lead. lumbers Signature) Sworn to before me this 544 day of N AArC \ } 2019/ +Q� ddO.09PA6281168 3UFF0Lp<,CUA may: (P s COMRBXP E . m Notary Public, Sv o��� County os/13/4. BL1G .•••Q4;ti `l , oF soUryo h �O cOU�fiV,�c� TOWN OF SOUTHOLD BUILDING DEPT. 765-1802 INSPECTION [ FOUNDATION 1ST [ ] ROUGH PLBG. [ ] FOUNDATION 2ND [ ] INSULATION [ ] FRAMING / STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) [ ] ELECTRICAL (FINAL) REMARKS: '�JUh�oh/ ��Prr�. y V✓d tS 'rte o/ fe, SM6" Av4av W olevI IX o - Domp ).rdiq DATE INSPECTOR SOUlyol ti o �yUOUMY,�� TOWN OF SOUTHOLD BUILDING DEPT. 765.1802 INSPECTION [ ] FOUNDATION 1ST [ ] ROUGH PLEIG. [t�FOUNDATION 2ND [ ] INSULATION [ ] FRAMING / STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) [ ] ELECTRICAL (FINAL) REMARK - I - b"o o L • DATE INSPECTOR �0��0 UTyolo ��'YOOUMV,Ncc� TOWN OF SOUTHOLD BUILDING DEPT. 765-1802 INSPECTION [ ] FOUNDATION 1ST [ ] ROUGH PLEIG. [ ] POUNDATION 2ND [ ] INSULATION j%,/FRAMING / STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) [ ] ELECTRICAL (FIN L) r REMARKS: rl°rm r �S DATE d INSPECTOR V O SOF SOUTH TOWN OF SOUTHOLD BUILDING DEPT. 765-1802 INSPECTION [ _] FOUNDATION 1ST [ROUGH PLEIG. [ ] FOUNDATION 2ND [ ] INSULATION [ ] FRAMING / STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT ENETRATION [ ] ELECTRICAL (ROUGH) ELECTRIC (FINAL) R ARILS: DATE lI INSPECTOR It� OF SO �ycourm TOWN OF SOUTHOLD BUILDING DEPT. 765-1802 INSPECTION [ ] FOUNDATION 1ST [ ] UGH PLEIG. [ ] FOUNDATION 2ND [ INSULATION [ ] FRAMING / STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [ ] F E SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [kof FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) [ ] ELECTRICAL INAL) REMARKS: Pex mei6%, Cat%kV,- d VS j6Wl0k)o,.,J GKV QeVP -��Vcl 4v`Gd % (�OLAANIe VA Ick. PAV/4 -Ir C v uAf b%) 1 r1 S 0141 4td) 1 DATE ANSPECTOR I� D rjf s0 yO # TOWN OF SOUTHOLD BUILDING DEPT. 765-1802 INSPECTION [ ] FOUNDATION 1ST [ ] ROUGH PLBG. [ ] FOUNDATION 2ND [ ] SULATION [ ] FRAMING /STRAPPING [ FINAL AJt> [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) [ ] ELECTRICAL (FINAL) [ ] CODEV y'<ATION [ ] CAULKING EMAR K/Wi/ Okot/e"L 0-ov(f tov l t/+Qi S tv� on �✓nr� — DATEINSPECTOR Spray Foam Specialists ' HERS Raters Energy Assessments to lower your Utility Bills "' Suffolk Lic#3T2_4-H Na.:s au Lu #F19131650003 390 Middle Country Road, P.O. Box 899 Middle Island, NY 11953 Phone: 631-924-0500 Fax: 631-924-4584 lixom Date: May 7, 2018 Re: 6805 Alvahs Lane, Cutchogue, NY 11935 To Whom It May Concern i his is to state that a Mower Door and Duct Test were performed at the above referenced project and final numbers of 1,346 CFM and 40 CFM, respectively were recorded which passes the 2015 IECC Energy Code. If you should have any questions please contact me @ 924-0500 Sincerely Greg Webster ' Radiant Insulation Tested As Of 4/20/1 S Air--Leakage Report _ Properly Organization 6805 Alvahs Lane Radiant Drywall& Insulatic Cutchogue, NY 11� 631-924-0500 Inspection Status Greg Webster Results are prxcted Manzi 6805 Alvahs Lane_P Manzi 6805 Alvahs Lane Builder Manzi Homes East, LLC General Information Conditioned Floor Area[sq.ft.] 2,248 Infiltration Volume [cu.ft.] 29,524 Number of Bedrooms 3 Air Leakage Measured Infiltration 1346 CFM 0 (2.7 ACH50) D ACH50 (Calculated) 2.7 ELA[sq. in.] (Calculated) 74 CFM50 (Calculated) 1346 Duct Leakage System 1 System 2 Leakage to Outdoors[CFM @ 25 Pa] 40.0 0.0 Leakage to Outdoors[CFM25/ 100 s.f.] 3.8 0.0 Leakage to Outdoors[CFM25/CFA] 0.038 0.000 Total Leakage Test Type Post-Construction Post-Construction Total Leakage [CFM @ 25 Pa] 40.0 0.0 Total Leakage[CFM25/ 100 s.f.] 3.8 0.0 Total Leakage [CFM25/CFA] 10.038 0.000 Mechanical Ventilation Rate [CFM] 55.0 Hours per day 24.0 Fan Watts 15.0 Recovery Efficiency % 0.0 Runs at least once every 3 hrs? true Average Rate[CFM] 55.0 2010 ASHRAE 62.2 Req. Cont.Ventilation 52.5 2013 ASHRAE 62.2 Req. Cont.Ventilation 59.4 Ekotrope RATER-Version 2.2.4.1926 mwKalte - Kesidential tnergy Analysis and Kating Sottware V15.4.1 New York CompHance Certm)cate A Project Title: Proiected Rating: Based on Plans - Field Confirmation Report Date 2017-07-26 Data Filename MANZI 6805 ALVAHS_P.blg Energy Code 2015 IECC as amended by the 2016 Supplement to the New York State Energy Conservation Construction Code Permit# Location Riverhead, NY Construction Type Single-family detached Permit Date Heating Type Propane Glazing Area Percentage 13% Heating Degree Days 5750 HERS Index 57 Construction Site Owner/Agent Designer/Contractor HERS Rater 6805 Alvahs Lane Matthew Residence Manzi Homes East, LLC Radiant Insulation Systems Cutchogue, NY 11935 6805 Alvahs Lane 649 Route 25A Greg Webster Cutchogue, NY 11935 Rocky Point, NY 11778 Certification#2229812 631-744-2655 631-924-0500 Building Information Conditioned Area (sq ft) 2248 Conditioned Volume (cubic ft) 29524 Insulated Shell Area (sq ft) 6376 The items below will be inspected for energy code certification. Any deviation from these specifications should be brought to the attention of the HERS Rater, as soon as possible to assure that the project will still comply with energy code requirements. Compliance (must pass either UA or Performance Path) Code Compliance Pass UA Path Fail Performance Path Pass Duct R-Value Pass Maximum Energy Cost($/yr) 3437 Maximum UA 375 Your Home Energy Cost($/yr) 3374 Your Home UA 352 Better Than Code (Perf) 1.7% Better Than Code (UA) 6.1% Gross Area Cavity Cont. Glazing or Door Assembly or Perimeter R-Value R-Value U-Factor UA Ceilings Roof 1: R30FG+ R19FG 1183 30.0 19.0 25 Roof 2: ATTIC HATCH 6 10.0 10.0 0 Above-Grade Walls AG Wall 1: R-21 FG, G2"" 2328 21.0 0.0 148 AG Wall 2: R-21 FG, G2"""' 189 21.0 0.0 12 REM/Rate- Residential Energy Analysis and Rating Software v15.4.1 This information does not constitute any warranty of energy cost or savings. O 1985-2017 Noresco, Boulder, Colorado. AkM/Rale - Residential Energy Analysis and Rating Sottware V15.4.1 New York Comphance Certifficate Gross Area Cavity Cont. Glazing or Door Assembly or Perimeter R-Value R-Value U-Factor UA Joist 1: Cond -ambient 128 21.0 0.0 0 Joist 2: Cond -> garage 21 21.0 0.0 0 Joist 3: Cond ->garage 21 21.0 0.0 0 Joist 4: Cond -> ambient 128 21.0 0.0 0 Window 1: U:0.30, SHGC:0.31 297 0.300 89 Door 1: 2-1/4 Wd solid core 20 0.357 0 Door 2: Steel-polyurethane 20 0.385 0 Basement Walls Wall 1: R-11 Draped, Full 1001 0.0 11.0 55 , Wall 2: R-11 Draped, Full 168 0.0 11.0 9 Window 2: U:0.30, SHGC:0.31 23 0.300 7 Duct Insulation R-Value Attic, Supply: 108 8.0 Attic, Return: 40 8.0 Mechanical Equipment Heating: Fuel-fired air distribution, 100.0 kBtuh, 95.0 AFUE. Water Heating: Integrated, Prop, 0.95 EF. Cooling: Air conditioner, 18.0 kBtuh, 16.0 SEER. Cooling: Air conditioner, 18.0 kBtuh, 16.0 SEER. Required signatures vary depending upon state and or local codes, requirements and regulations. Check with your local building department to determine which signatures are required for your application. Builder or Authorized Employee I certify that the home listed above shall be built to meet or exceed all requirements of the 2015 IECC as amended by the 2016 New York State Energy Conservation Construction Code and all current energy codes specific to the local jurisdiction in which the home is built. Name-Title Signature Date Rater I, Greg Webster of Radiant Insulation Systems, certify that the home listed above, as modeled meets or exceeds all requirements of the 2015 IECC as amended by the 2016 New York State Energy Conservation Construction Code and all current energy codes specific to the local jurisdiction,in which the home is built. I further attest that I am a certified Home Energy Rater and affiliated with Vanguard a HERS Provider accredited by RESNEf and adhering to the requirements of the Residential Energy Services Network RESNET Standards. Greg Webster 7/26/17 Name-Title Signatu Date REM/Rate- Residential Energy Analysis and Rating Software v15.4.1 This information does not constitute any warranty of energy cost or savings. 0 1985-2017 Noresco, Boulder, Colorado. Page 2 of 2 1RESNET Home Energy Rating Standard Disclosure For home located at: 6805 Alvahs Lane _ f " City: Cutchogue State: NY 1. Fx1 The Rater or Raters employer is receiving a fee for providing the rating on this home. 2. F1 In addition to the rating, the Rater or Raters employer has also provided the following consulting services for this home. A. Mechanical system design B. Moisture control or indoor air quality consulting C. Performance testing and/or commissioning other than required for the rating itself D. Training for sales or construction personnel E. Other(specify below) 3. n The Rater or Raters employer is: A. The seller of this home or their agent B. The mortgagor for some portion of the financial payments on this home C. An employee, contractor or consultant of the electric and/or natural gas utility serving this home 4. Fx1 The Rater or Raters employer is a supplier or installer of products,which may include: Installed in this home by: OR is in the business of: HVAC Systems Rater Employer Rater Employer Thermal Insulation Systems Rater Employer Rater X Employer Air sealing of envelope or duct systems Rater Employer Rater X Employer Windows or window shading systems Rater Employer Rater Employer Energy efficient appliances Rater Employer Rater Employer Construction (builder, developer, construction contractor, etc.) Rater Employer Rater Employer Other(specify below): Rater Employer Rater Employer I attest that the above information is true and correct to the best of my knowledge. As a Rater or Rating Provider I abide by the rating quality control provisions of the Mortgage Industry National Home Energy Rating Standard as set forth by the Residential Energy Services Network(RESNET). The national rating quality control provisions of the rating standard are contained in Chapter One 4.C.8. of the standard and are posted at http://resnet.us/standards/RESNET_Mortgage_Industry_National_HERS_Standards.pdf. The Home Energy Rating Standard Disclosure for this home is available from the rating provider. Greg Webster 2229812 Raters Printed Name Certification# July 26, 2017 Rater ignature Date RESNET Form 0300-2 REM/Rate- Residential Energy Analysis and Rating Software v15.4.1 This information does not constitute any warranty of energy cost or savings. O 1985-2017 Noresco, Boulder, Colorado. 11"Ill1 • ' • • • COMMENTS X01:R,Ej , 0, i FTA V'1AIW �i ,', V � I i FOUNDATION(1ST) „ •�� �, I -------------------------------- FOUNDATION 1 ROUGH FRAMING& PLUMBING MirlraI INSULATION PER N.Y-. . 1 I ►M �� mit e, 1 STATE ENERGY �. �✓� � � 1 ADDITIONAL • _ l TOWN OF SOUTHOLD BUILDING PERMIT APPLICATION CHECKLIST BUILD7G D-SPARTMENT 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) 765-9502146 Suryey Southoldtownny.gov PERMIT NO. Check Septic Form N.Y.S.D.E.C. Trustees C.O.Application Flood Permit Examined 20 Single&Separate i Truss Identification Form Storm-Water Assessment Form Contact: Approved 20 � Mail to: 0 V1 Z J �—�OMCS &SA Disapproved a/c P0150-K102, PDrk l P Phone:(y -662-7 1177 Expiration 5 20 &31-905-,5993 Mckvp- d' g pe or D AUG 16 2017 APPLICATION FOR BUILDING PERMIT Date a_V_.LC : _ 5 , 20 17 BUILDING Dom• INSTRUCTIONS TOWN OF SOUTHOLD a.This application MUST be completely filled in by typewriter or in ink and submitted to the Building Inspector with 4 sets of plans,accurate plot plan to scale.Fee according to schedule. b.Plot plan showing location of lot and of buildings on premises,relationship to adjoining premises or public streets or areas, and waterways. c.The work covered by this application may not be commenced before issuance of Building Permit. d.Upon approval of this application,the Building Inspector will issue a Building Permit to the applicant. Such a permit shall be kept on the premises available for inspection throughout the work. e.No building shall be occupied or used in whole or in part for any purpose what so ever until the Building Inspector issues a Certificate of Occupancy. f.Every building permit shall expire if the work authorized has not commenced within 12 months after the date of issuance or has not been completed within 18 months from such date.If no zoning amendments or other regulations affecting the property have been enacted in the interim,the Building Inspector may authorize,in writing,the extension of the permit for an addition six months.Thereafter, a new permit shall be required. APPLICATION IS HEREBY MADE to the Building Department for the issuance of a Building Permit pursuant to the Building Zone Ordinance of the Town of Southold, Suffolk County,New York,and other app ' le Laws, Ordinances or Regulations,for the construction of buildings,additions,or alterations or for removal or de olitio as herein described. The applicant agrees to comply with all applicable laws,ordinances,building code,hou n c e,and egulations,and to admit authorized inspectors on premises and in building for necessary inspections. (Signator of app ' t or name,if a corporation) PC) 605C 762 . RoC Iii VV./ 11-7 (5 (Mailing address of applicant) State whether applicant is owner, lee71�UdArr- �J' agent,architect, engineer,general contractor, electrician,plumber or builder C, CGh�r'ocj-&- Name of owner of premises P,(CJ-)Q C d (As on the tax roll or latest deed) If applicant is corporation, signature of duly au orized officer rni -- (Name and tit"f corporate officer) Builders License No. Plumbers License No. 3 1 y _ lei Electricians License No. 4 )Co IF Other Trade's License No. 1. Location of land on which procan sed work will be done: C7 1 �-ClhSe Cu+cko ue- House Number Street Hamlet County Tax Map No. 1000 Section 9 Block I Lot • IJ Subdivision Napo f 'p 5�CbCo S't �►�'CSFiled Map No. �2�J Lot 3 2. State existing use and occupancy of premises and intended us and occupancy of proposed construction: rl a. Existing use and occupancy VG CaI On b. Intended use and occupancy SeTnt-,e 7CQ F,-,_, r::ne'!tJ CC)C C- 3. Nature of work(check which applicable):New Building Addition Alteration Repair Removal Demolition Other Work (Description) 4. Estimated Cost 3 G 0 0 0. 0 0 Fee (To be paid on filing this application) 5. If dwelling,number of dwelling units I Number of dwelling units on each floor If garage, number of cars 2 6. If business,commercial or mixed occupancy, specify nature and extent of each type of use. P-)Jcz- 7. Dimensions of existing structures, if any: Front Rear Depth Height Number of Stories Dimensions of same structure with alterations or additions: Front Rear Depth Height Number of 9tbries 8. Dimensions of entire new construction: Front q 713 11 Rear Lf 7 t3 "—Depth -1 12 'f Height Number of Stories 2 9. Size of lot:Front 2-00 Rear 2 00 ! Depth L! 744 • 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 S•H o-.p-k� 14.Names of Owner of premises I v c-�&-j Mo 411'w Address-2 95 N SPG R� Phone No. 631-33,5-8!522 Name of Architect Tc uHe ,- Address 1-4-Cain Q"c Phone No 0,31-2-68-88x6 Name of Contractor_W c),zJJ4 ome S &-% 4 Address p„k 25P,-, rt I P 4- Phone No.io 3 I -7Le(f-2C,S5 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__V,'- * 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 NOS/ * IF YES,PROVIDE A COPY. STATE OF NEW YORK) SS: COUNTY OF ) c)b�rl & Ccna erH a5 i-rx�Az, - being duly sworn,deposes and says that(s)he is the applicant (Name of individual sijriing contract)above named, (S)He is the coP,-yr a Jo►- (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;an at the work will be performed in the manner set forth in the application filed therewith. Sworn to before me this day of 20 l-1 gpm�E GROSSARTH Notary Pub is F NEW YORK Si e o plica N o.01 G R 6348730 _ Qualified in SuffolkCaunty My Commission Expires 1'0-03-2020 Scott A. Russell ,��°Su '��a STO]RMWA\T]E]K SUPERVISOR MANAGEMENT SOUTHOLD TOWN HALL-P.O.Box 1179 v' Z 53095 Main Road-SOUTHOLD,NEW YORK 11971 Town of Southold of ��� CHAPTER 236 - STORMWATER MANAGEMENT WORK SHEET AUG 212017 ( TO BE COMPLETED BY THE APPLICANT ) DOES THIS PROJECT INVOLVE ANY of THE FOLLOWING: Yes No (CHECK ALL THAT APPLY) [210 A. Clearing, grubbing, grading or stripping of land which affects more than 5,000 square feet of ground surface. B. Excavation or f illing involving more than 200 cubic yards of material within any parcel or any contiguous area. ❑[]'C. Site preparation on slopes which exceed 10 feet vertical rise to 100 feet of horizontal distance. ❑[/� D. Site preparation within 100 feet of wetlands, beach, bluff or coastal erosion hazard area. ❑ E. Site preparation within the one-hundred-year f loodplain as depicted on FIRM Map of any watercourse. [ ❑ F. Installation of new or resurfaced impervious surfaces of 1,000 square feet or more, unless prior approval of a Stormwater Management Control Plan was received by the Town and the proposal includes in-kind replacement of impervious surfaces. If you answered NO to all of the questions above, STOP! Complete the Applicant section below with your Name, Signature, Contact Information, Date & County Tax Map Number! Chapter 236 does not apply to your project. If you answered YES to one or more of the above, please submit Two copies of a Stormwater Management Control Plan and a completed Check List Form to the Building Department with your Building Permit Application. APPLICANT A opertti-Ou ner,Dezign Profea:ronal.Agent. ontractor, [her) S.C.T.M. $: 1000 Date Dntr'et NAME: 101 o ► IG-5 7-28-17 P Section Block Lot Contact Information � � " /CQ�r} "(Od Z 7 — — — — Reviewed By: f Date_ Pi•opel-ty Address / Location of Construction Work: — — — — — — — — _ _ _ _ _ — _ Approved for processing Building Permit. G 86,5 A Iyu k S Lctrt e i El Stormwater Management Control Plan Not Required. i i ® Stormwater Management Control Plan is Required. 1 �� i (ForN\ard to Engineering Department for Re\-ie\-,-.) Z:Va-3 APPLICANT- r" '� S.C.T.M.'°: 1000 �{ CHAPTER 236 (Property Owner,Design Professional,Agent,Contractor Other) - —t �U /f 10 1 v } i�,5 � ' � � Stormwater Management Control Plan CHECKLIST NAMC Gn ; section Blocs. Lot � � � S M C P -Plan Requirements: Provide ONE copy of the Building Permit Application. 4 ri<., pt") • Date: -s�. �k The applicant must provide a Complete Explanation and/or Reason for not prop id)ng '\"7 G3 n 9U5-(0627 7-2F3— 17 y°� � all Information that has been Required by the following Checl lista 1. A Site Plan drawn to scale Not Less that 60' to the inch MUST If You answered No or NA to any Item, Please P. ' show all of the following items: YES NO NA If you need additional room t I for explanations, Ii ov e a. Location & Description of Property Boundaries Lj 41lip pl 1) -.- IID b. Total Site Acreage. 0� c. Existing - Natural & Man Made Features within 500 L.F. 2 sr ,�� Pry of the Site Boundary as required by §236-I7(C)(2). d. Test Hole Data Indicating Soil Characteristics&Depth to Ground Water. [�� �1 �IN�aRPT e. Limits of Clearing & Area of Proposed Land Disturbance. 0 DRAINAGE INSPEC1fONS ARE REQUIRE ® ®;f+S f. Existing& Proposed Contours of the Site (Mininwm z Intei val5) Contact TOS Engineering at 765-1560 before g. Location of all existing& proposed structures, roads, Backfill,OR Provide Engineer's Certification driveways, sidewalks, drainage improvements & utilities. that the drainas-e has been installpti to Code h. Spot Grades& Finish Floor Elevations for all existing& proposed structui es. 1. Location of proposed Swimming Pool and discharge ring. j. Location of proposed Soil Stockpile Area(s). k. Location of proposed Construction Entrance/Staging Area(s). 00 1. Location of proposed concrete washout area(s). [_]� m. Location of all propo,ed erosion&sediment contol measuies. 00 &SEDIMENT C ONI KOLS 2. Slot nw atei Management Control Plan must include Calculations showing Shall inrlude but not be limits o: that the stoi mwater i mprrn ements aie Sized to capture,stoi e,and infiltrate maintained Construction Entraincep on-site the t un-off from all impefvto1.1.1, aces generated by a two(2")inch cin stabilization rainfall/storm event VPV!re Elacked Silt Fe or inactive soils. 3. Detail,&Sectional Drawing,for Slornmatei pact Ice-,,at required rot appioval Seedit ils?f expos Items requiring details shall include but not be limited to: a. Erosion & Sediment Controls. 00 b. Construction Entrance& Site Access. 0 c. Inlet Drainage Structures (e.g.catch basins,trench drains,etc.) [_] d. Leach Ing Structures (e. . infiltration basins,swales,etc.) **** E 011 El-(�INEER)NG DEI'-1 ML VT U�-L ONL) Additional Information is Required. I Reviewed& Stormwater Management Control Plan fs Nat-Complete.__. Approved By: — — — — — — — — — — — — — — — — — — — — — — — — - Stormwater Management Control Plan is Complete. Date: 8 2L /� ® SMCP has been approved by the Engineering Department. FORM # SWCP Check List -TOS MAY 2014 o��SUFFa(,Y�aG Town Hall Annex �� y� Telephone(631)765-1802 54375 Main Road _--a .< Fax(631)765-9502 P. O. Box 1179 N z Southold, NY 11971-0959 ` r� BUILDING DEPARTMENT NOTICE OF UTILIZATION OF TRUSS TYPE CONSTRUCTION, PRE-ENGINEERED WOOD CONSTRUCTION AND/OR TIMBER CONSTRUCTION Date: l6 Owner: � ��AZ� eOatf::d G( C Location'of Property: ®5RC�A4 &,,�te Please take'nnotice that the{check applicable line): New commercial.or residential:structure Addition to existing commercial.,or residential structure'" 'Rehabilitatipin•:to•an existing•corimmercial or residentia[structure'' to be const`r lit-16 l'or'performed'at the subject property reference,,above will utilize (check applicabsle�tine): Truss.type;construction (TT) e----'�'—Pre-engineered-wood construction (PW) r- Timber constructioh'(TC). . in the following location(s) (check applicable line): L,-�Fioor framing, including girders and beams (F) Roof framing (R) Floor a roof. min (FR) Signature: Name (person submitting this form): J d�4/ Capacity(c -ck applicable line): Owner Owner representative TrussRegl5.docx Effective 1/1/2015 J t 41^"d-,7S 4'1r t�'s:t:�r+':l•,.�I_�,. sti s!%,��r'S'"r.'Z•S•' i:` 'SVL•::�+..'ra ti�,•�,vi�ti�:-Ci'�1%n?i1:-L1 �'r - - ���S'•liit1h� c� y�•t3•�iq�.a.�:Y'�t.�__•«,,:�'4j��•;.�.,rt•� �i:ls Y;t r7;;:,�J��S1•r'',�,r=r'S. }'i:�f_}f.. L n:�.�.;.. s�K+'•f�-:rj�'� _r�,••�"y _f"\~�y?�:�)�sy Kit}'.• ;'s,. w;} {a�..' LY�.ift3+ry':r�Y"a ;ri.,�''a• :1r%i• �!a}c3�{{�, a, s � •�'=:�'::+•i y va AnY.t..�:3 .<e:r�l�:k:T�[ ':'ry'.t�.fr{•-•4�2ir. :;t?'�;e i''f'� fro� y'• tti.�'�r f; _ �•ti~��fzs IN, V_r JIM } + [ 7 •+ - �i - Y .:r ' 50.0 SITE PLAN FOR TEST HOLE DATA RICHARD M. MATTHEW (NOT TO SCALE)BY. ROY KISSIG, PE ���g5 sr.s PAGE 1 OF 2 EL. 51.5' OCTOBER 29, 2016 ® 8:00 AM So,' �'� LOT 83 0.0'-0.6' TOP SOIL PT ST <1% 49.5 MAP OF LED MAY 27, 1992 SABROWN ND & SILT EL SM + ��, �,� EAST COAo. ST IL PROPERTIES 0.6'-2.5' 410N SIT DATE BROWN SAND 0 0 2.5'-4.5' & GRAVEL CUTCHOGUE SP 4 45a� GREYISH BROWN �� TOWN OF SOUTHOLD 4.5'-5.5' SILTY SAND SM 0 SE4TS so, �so �J, o ':: :: ��� 'Cs� SUFFOLK COUNTY, NEW YORK BROWN SAND yoT �EyL '. . 9 S.C. TAX No. 1000-101-01-16.5 5.5'-17.0' & GRAVEL SP j1-o SCALE 1"=50' EL. 34.5' _ NO WATER AEy AUGUST 14, 2017 "�e�a'd �L. AREA 9 ,713 11.5' /" �� `yo gO oy 49.7 �O = 2,174 . ft. GRRIJND WATER °�°F 54.3 /" ��' ?°<' io y0'� �O. 1 TEST'WELL No. USGS 41010407230331 S 53324.1 f� / _r0 d `• /o l �T + Afy�pOC 3 p� 49.3 /-/G�`'�V -- ``:;''' e•. ��..,• �\ `s„i ir 4Z3 CERTIFIED T0: RICHARD M. MATTHEW ` � TRADITION TITLE AGENCY, INC. SUFFOLK COUNTY NATIONAL BANK, N.A. ,• / �°o o. NOTES. � 54.0 1. ELEVATIONS ARE REFERENCED TO N.A.V.D. 1986 DATUM ,�Q ! ,y� d EXISTING ELEVATIONS ARE SHOWN THUS:X." 56 yc i DRAINAGE{irlSPECT10N5 ARE REQUIRED 2. MINIMUM SEPTIC TANK CAPACITIES FORA 4 BEDROOM HOUSE IS 1,000 GALLONS. 1 TANK; 8' LONG, 4'-3' WIDE, 6'-7' DEEP 3. MINIMUM LEACHING SYSTEM FOR A 4 BEDROOM HOUSE IS 300 eq ft SIDEWALL AREA. Contact TOS Engineering at 76S-1560 before 2 POOLS; 6' DEEP, 6' dla. AE` 5z l % Backfill,OR Provide Engineer's Certification m qp PROPOSED EXPANSION POOL A. N thvt the drainage has been installed to Code. o ® PROPOSED LEACHING POOL S ® PROPOSED SEPTIC TANK 51.5 4. THE LOCATION OF WELLS AND CESSPOOLS SHOWN HEREON ARE FROM FIELD OBSERVATIONS AND/OR DATA OBTAINED FROM OTHERS. 011k 5. SITE PLAN FROM OFFICE RECORDS AND SURVEY BY PAUL BARYLSKI LS. DATED 10/20/2016 J EROSION&SEDIMENT CONTROLS NOS `�� ed' /"�?o, yo'c � Shall include but not be limited to: o A well maintained Construction Entrance, 6w Wire Backed Silt Fencing,stabilization & �° PREPARED IN ACCORDANCE S THE NABLISH J / STANDARDS FOR AND SURVEJ'S AS ESTABLISHED ` 8Y THE LULLS PIED 51.3 /" Seeding of exposed and/or inactive soils. FOR 1 yt,E, s ADOPTED A• � y A PPROV L OF STO WATER MANAG M g � �1C00 To n Co ap r ? Date: ro DRAINAGE SYSTEM CALCULATIONS ��/ Approved by4y, . p ROOF AREA: 1,976 sq. ft. �C"n u5 1,976 sq. ft. X 0.17 = 336 cu. ft. -q.s uc. No. 50467 z 336 cu. ft. / 42.2 = 8 vertical ft. of 8' dia. leaching pool required �O� 50.0 ,� p PROVIDE (2) 8' dia. X 4' high STORM DRAIN POOLS C;, UNAUTHORIZED ALTERAno O DOION .7• �x PROPOSED 8' DIA. X 2' DEEP DRYWELLS FOR ROOF RUN-OFF ARE SHOWN THUS: "" TO THIS SURVEY ON 09 OF IS THE NEW YORK STATE Nathan t resin III _ Yy�, �9� Land Surveyor S I I)RIu y ' -AREA: 3,200 sq. ft. KED coP1Es of Tr+ls suRver NAP NOT BER z ® 3,200 sq. ft. X 0.17 = 544 cu. tt. EMBOSSED ELASEAL SHALL BE SEAL UQt 544 cu. ft. / 42.2 = 13 vertical ft. of B' dia. leaching pool required TO BE A VALID TRUE COPY. z PROVIDE (2) 8' dia. X 8' high STORM DRAIN POOLS Successor To: Stanley J. Isaksen, Jr. L.S. ONLY T AT HE INDICATED HEREON SHALL RUN Joseph A In a no L.S. I ONLY TO THE PERSON FOR WHOM THE SURVEY P 9 9 IS PREPARED,AND ON HIS BEHALF TO THE PROPOSED 8' DIA. X 8' DEEP DRYWELLS FOR ROOF RUN-OFF ARE SHOWN THUS: a, TILE COMPANY, GOVERNMENTAL AGENCY AND Title Surveys - Subdivisions - Site Plans - Construction Layout LENDING INSTITUTION LISTED HEREON,AND TO THE ASSIGNEES OF THE LENDING INSTI- PHONE (631)727-2090 Fax (631)727-1727 TUnON.CERTIFlCATIONS ARE NOT TRANSFERABLE OFFICES LOCATED AT AGVUNG ADDRESS THE EXISTENCE OF RIGHT OF WAYS 1586 Main Road P.O. Box 16 _ AND/OR EASEMENTS OF RECORD, IF ANY, NOT SHOWN ARE NOT GUARANTEED. Jamesport, New York 11947 Jamesport, New York 11947 STORMWATER MANAGEMENT NOTES: SITE PLAN FOR RICHARD M. MATTHEW 1. ANY WORK OR DISTURBANCE, AND STORAGE OF CONSTRUCTION MATERIALS SHALL BE CONFINED TO THE LIMIT OF CLEARING PAGE 2 OF 2 AND/OR GROUND DISTURBANCE SHOWN ON THE APPROVED PLANS. DETAILS 2. PRIOR TO THE COMMENCEMENT OF ANY CONSTRUCTION ACTIVITIES, STEEL OR WOOD A CONTINUOUS LINE OF SILT SCREEN (MAXIMUM OPENING OF EXTRA STRENGTH FILTER FABRIC POST (TYP') SURVEY OF PROPERTY U.S. SIEVE #20) SHALL BE STAKED AT THE LIMIT OF CLEARING REQ'D. WITHOUT WIRE MESH SUPPORT AND GROUND DISTURBANCE SHOWN ON THE APPROVED PLANS. SITUATE THE SCREEN SHALL BE MAINTAINED, REPAIRED AND REPLACED AS 10' MAX. O.C. SPACING OFTEN AS NECESSARY TO ENSURE PROPER FUNCTION, UNTIL ALL W/ WIRE SUPPORT FENCE CUTCHOGUE DISTURBED AREAS ARE PERMANENTLY VEGETATED. SEDIMENTS 6' MAX. O.C. SPACING TRAPPED BY THE SCREEN SHALL BE REMOVED AWAY FROM THE W/O WIRE SUPPORT FENCE ,•:f.;�`_ _ TOWN OF SOUTHOLD SCREEN TO AN APPROVED UPLAND LOCATION BEFORE THE SUFFOLK COUNTY, NEW YORK SCREEN IS REMOVED. }-•• .:::•�:,'; FLOW 3. PRIOR TO THE COMMENCEMENT OF ANY CONSTRUCTION ACTIVITIES, S.C. TAX NO. 1000-101-01-16.5 A CONTINUOUS ROW OF STAKED STRAW OR HAY BALES SHALL BE STAKED END TO END AT THE BASE OF THE REQUIRED SILT •'�� ;,.:•f::. NOT TO SCALE SCREEN AT THE BASE OF THE REQUIRED SILT SCREEN. THE BALES ATTACH FILTER FABRIC SECURELY AUGUST 14, 2017 SHALL BE MAINTAINED, REPAIRED AND REPLACED AS OFTEN AS IS TO UPSTREAM SIDE OF POST NECESSARY TO ENSURE PROPER FUNCTION. UNTIL ALL DISTURBED AREAS ARE PERMANENTLY VEGETATED. THE AVERAGE USEFUL LIFE / \ OF A BALE IS 3-4 MONTHS. SEDIMENTS TRAPPED BY THE BALES //�\ \/ /�/� SHALL BE REMOVED AWAY FROM THE BALES TO AN APPROVED SILT FENCE DETAILS UPLAND LOCATION BEFORE THE BALES THEMSELVES ARE REMOVED. NX TO SCME 50' MIN. 4. STRAW BALES SHALL BE RECESSED TWO TO FOUR INCHES INTO THE GROUND. OR TO BE SUFFICIENT TO j 5. SILT SCREEN SHALL BE RECESSED BY TRENCHING SIX INCHES INTO THE GROUND. NOTES: SILT FENCE SHALL BE PLACED PARALLEL To SLOPE CONTOURS TO KEEP SEDIMENT ON SITE ' 6. LEADERS AND GUTTERS THAT EMPTY INTO DRYWELLS SHALL BE INSTALLED MAXIMIZE PONDING EFFICIENCY.-INSPECT AND REPAIR-SILT-FENCE AFTERI HAY BALES AND/OR ON THE PROPOSED RESIDENCE. EACH STORM EVENT AND REMOVE SEDIMENT WHEN NECESSARY. REMOVED , SILT FENCING r 7. ALL PROPOSED SWIMMING POOL DISCHARGES SHALL BE DIRECTED TO DRYWELLS. SEDIMENT SHALL BE DEPOSITED TO AN AREA THAT WILL NOT ALLOW a OFF—SITE TRANSPORT. o 8. PROPOSED DRIVEWAYS MUST BE CONSTRUCTED OF PERMEABLE MATERIALS W OR IF PAVED, BE EQUIPPED WITH DRAINAGE SUFFICIENT TO PREVENT RUNOFF FROM BEING DISCHARGED ONTO THE ROAD OR OFF-SITE. 36" HIGH POLE (MAX.) o I2y 9.,ALL AREAS OF SOIL DISTURBANCE RESULTING FROM THIS PROJECT SHALL BE STEEL OR WOOD POST SEEDED WITH AN APPROPRIATE PERENNIAL GRASS, AND MULCHED WITH STRAW O ----�- ------------- IMMEDIATELY UPON COMPLETION OF THE PROJECT, WITHIN TWO (2) DAYS OF TOW HAY BALES `a/ N 2"x2" STAKES v o FINAL GRADING, OR BY THE EXPIRATION DATE OF THE BUILDING PERMIT, (TWO EACH BALE) WHICHEVER IS FIRST. MULCH SHALL BE MAINTAINED UNTIL A SUITABLE FLOW VEGETATIVE COVER IS ESTABLISHED. IF SEEDING IS IMPRACTICAL DUE TO GRADE I TIME OF YEAR, TEMPORARY MULCH SHALL BE APPLIED AND FINAL SEEDING COMPACTED PERFORMED AS SOON AS WEATHER CONDITIONS FAVOR GERMINATION ���. • :z.s;-�. •� BACKFILL DRAINAGE \ r::'.•y \� S4OPF INLET I SILT FEt CSNAND/OR AND GROWTH. / :;rl 10. SUITABLE VEGETATIVE COVER IS DEFINED AS A MINIMUM OF 859 AREA VEGETATIVE COVER WITH CONTIGUOUS UNVEGETATED AREAS NO LARGERa PLAN VIEW THAN 1 SQUARE FOOT IN SIZE. 11. ALL CONSTRUCTION ACCESS WAYS SHALL BE RAISED SUFFICIENTLY AT THEIR /\ \\\• 4" x 6" TRENCH SITE ACCESS LOCATIONS WITH THE EXISTING ROADS, TO PREVENT RUNOFF //�/ w/ COMPACTED OF WATER, SILTS AND SEDIMENTS FROM BEING DIRECTED OR DISCHARGED ONTO BACKFILL BALES TO BE SET IN 4" TRENCH • THE ROAD. A NON-LOAM BASE MATERIAL, SUCH AS CRUSHED STONE. GRAVEL, OR RECYCLED CONCRETE BASE, SHALL BE PLACED ACROSS THE DRIVEWAY OR ELEVATION CONSTRUCTION ACCESS WAY AT THE ACCESS POINT ALONG THE ROAD. TRENCH DETAIL ROAD p(ISDNG GRADE (NOT TO SCALE) HAYBALE BARRIER ® INLETS (NOT TO SCALE) HAY BALES AND/OR SILT FENCING ° NOTES: - CONSTRUCTION WrRANCE BASE OF TO BE USED WHERE TOPSOIL IS NECESSARY FOR 1. AREA CHOSEN FOR STOCKPILING OPERATIONS COMPACTED 3/4 STONE BLEND REGRADING do VEGETATING DISTURBED AREAS. OR N.Y.S. D.O.T.APPROVED RCA TEMPORARY STOCKPILE STABILIZATION MEASURES INCLUDE SHALL XI DRY AND STABLE. FILL ADE TO ALMOW FOR DRAINAGE VEGETATIVE COVER, MULCH, NONVEGETATIVE COVER, AND 3. UPON 2. MAXIMUM SLOPE OF STOCKPILE SHALL BE 2:1. PERIPHERAL SEDIMENT TRAPPING BARRIERS. THE PILE SHALL BESURROUNDED ETION OF OSTOCKPILING,IL EACH CROSS SECTION WITH EITHER SILT TYPICAL STORMWATER UNIT STABILIZATION MEASURE(S) SELECTED SHOULD BE FENCING OR STRAW BALES, THEN STABILIZED WITH (TOPS TO BE TRAFFIC BEARING) APPROPRIATE FOR THE TIME OF YEAR, SITE CONDITIONS, VEGETATION OR COVERED. TEMPORARY CONSTRUCTION ENTRANCE AND REQUIRED PERIOD OF USE. (NOT TO SCALE) SLOPE OR LESS CAST IRON INLET FRAME k COVER (FLOCKHART/63518 TYPE 6840) 1 FINISHED GRADE OR 6"THICK REINFORCED CONC. COVER (`A� STABILIZE ENTIRE PILE 14, �, �, 8"TRAFFIC BEARING SLAB 1'-0" -j AF WITH VEGETATION OR COVER max) \, PIPE FROM ROOF GUTTERS 71t i'r NL 1P CRUSHED 3 4' — 1-1/2' STONE � C +�d�- 00ALL AROUN `� N.Y.S Lic. No. 50467 8 LEACHING RINGS 'r REINFORCED PRECAST CONC. 3'-0" 4000 PSI O 28 DAYS 3'-0' Nathanr 14, 14, 1 win III y �V V, �L �L �V (min.) 4' (min.) 111, 41 Land urveyor -I Successor To: Stanley J. Isaksen, Jr. L.S. �.1 Joseph A Ingegno L.S. I GROUND WATER Title Surveys Subdivisions — Site Plans — Construction Layout STRAW BALES OR SILT FENCE 1's — Y PHONE (631)727-2090 Fax (631)727-1727 SOIL STOCKPILE OFFICES LOCATED AT MAILING ADDRESS 16 (NOT TO SCALE) Jamesporrt6 Main d New York 11947 Jamesport, NewxYork 11947 SURVEY OF: TEST HOLE DATA , PROPERTY LOCATED AT CUTCHOGUE [NOT TO SCALE] 'The J� 16, � S LOT N o. 3 AS SHOWN ON BY: ROY K. REISSIG. PE ° � sp OCTOBER 29. 2016 n 6:00 AM �1��„t�� Inspected �� $, � IJe� MAP OF EAST COAST PROPERTIES 9-�ne(s) -�, � ii.wihsenj4c� ^�9 =O�eHI_' TOP SOIL PT OLS�h! ®GP qCE OF (C FILED: MAY 27. 1992: FILE No. 9225 �L� '��&6,7-5700, Q"$ ou sInAd�����= m 9 'h`��__- -"` " TOWN OF S O U T H O L D 0.6'-2.5' BROWN SILTY SMAS ect4®n(s)° SUFFOLK COUNTY, NEW YORK _ SAND flGRAVEL -�-o Sch�;dLl��9llSp t� = BROWN SAND o F- 2. .5' SP S.C.T.M. # 1000-101-1-16.5 o _ a GRAVEL / �ti. ��01% AREA = 9 4.7713 S F. 4.5•-5.5' GREYISH SILTY SAND BROWN h SCALE: 1"=6 0' BROWN SAND /� �'�� TEST SM NOGRAVEL WATER P ^J�' , HaLE O1 yt �0 f NOTE: THE EXISTENCE OF RIGHT OF WAYS S/ \°n<< �N00 �� WETLANDS AND/OR EASEMENTS OF RECORD e�fTtif / h �o IF ANY. NOT SHOWN ARE NOT GUARANTEED. \ p� 0O,41 5 ELEVATION REFER TO 1986 NAVD y ELEVATION SHOWN THUS ++ LOT 2 (RESg WITH WELL SEPTICI of / OR b. IRVt� S �0E"`'�`� ® �� /1� Csi 11 1.1.1 OF CONS O. vr v 26m �e n t1 Yma,pE1ti� Al"'►�- / ®-F�°�ZFo� _--- / °� ssooFs�,� .s \F OrA' MAY s�, �.: ,�° "r'•• --� FINISHED GRADE to .e��, Q v �p '••'""� `, 1-MIN-CONCRETE- 2' -MINCONCRETE2'MAX. CVR 4'MAX. ANE / hA" `Zm \ �A G/ 1=a�T '•' I( 'r ® A E?`_��V+�� v ` tiwR'0 13 INLET 1,q, PI / O� MIN 4.OPIPEOP,< — F12.0' ~ RAD = 68.00' COLLAR = �Op' coaE ? Gjr��p�' LEN = 112.51' = 3.0'MIN. y p !0 6 j 8.0'DIAMETER ¢� \ 2 Q�C(`��1 Q w LEACHMO LOT, 4 •i BACKFILL WITH' CLEAN SANTO ND 3.0'IMIN. �GROUNO NATER •' �C ��/ (VACANT) c pp11 GRAVEL MATERIAL \ �f / or IME S'A VIRGIN STT, �`G �o " �~� PROPOSED QPv� AR �S,�j INTO A VIRGIN STRATA OF SAND ND GRAVEL �r< oO o9 WELL O A� TYPICAL LEACHING POOL �� co �� LOCKINGTO GRASSING y�' sl 1y IN.T.SJ �A �An— '9�(G,Y (7��p- !/YfA Z 24" 2' MAX. 24• \ v XSUB?- UNAUTHORIZED ALTERATION OR ADDITION TO THIS SURVEY IS A VIOLATION !�� F I�4•PITCH 20' 20' 6' MIN TOP CAN® s OF SECTION 7209 OF THE NEW YORK STATE EDUCATION LAW. SLAB COPIES OF THIS SURVEY MAP NOT BEARING THE LAND SURVEYORS INKED < G��® } CLASS 2400 iD J m OR EMBOSSED SEAL SHALL NOT BE CONSIDERED TO BE A VALID TRUE COPY. GUARANTEES OR CERTIFICATIONS INDICATED HEREON SHALL RUN ONLY TO 0 m PIPE o LL 1/8'PITCH THE PERSON FOR WHOM THE SURVEY IS PREPARED.ND ON HIS BEHALF TO H OR EOUIVALENT m? I'< m 4' Orn MIN. SURVEYED B Y: THE TITLE COMPANY.GOVERNMENTAL AGENCY AND LENDING INSTITUTION 2 ..E m 4.0 CLASS 2408 GUARANTEES OR LISTED HEREON.ERTIFICTO ATIONS ARE NOT ASSIGNEES F TMTRANSFERABLE TE LENDING O ADDITIONAL \ \ 0) DEPTH OR PIPE PAUL B A R Y L S K I LAND SURVEYING Iz / EQUIVALENT PATCHOGUE NY 11772 INSTITUTIONS OR SUBSEQUENT OWNERS. \ B.G' PHONE 631-294-6985 CERTIFIED T0: / LENGTH RICHARD M. MATTHEW . TARDITION TITLE AGENCY. INC. � SEPTIC TANK FAX 631-62�-3186 SUFFOLK COUNTY NATIONALS BANK. N.A. � PAULBARYLSKIaYAH � �V�� - 2364 TYPICAL 1000 GALLON SEPTIC TANK OCTOBER 20. 2016 tktI-' ysm i I 500 TEST HOLE DATA SITE PLAN FOR L I a I (NOT TO SCALE) �5 s RICHARD M. MATTHEW . BY. ROY K REISSIG, PE �1 575 V' d PAGF EL 51 5' OCTOBER 29, 2016 @ 8 00 AM � LOT 3 00'-06' TOP SOIL PT TEST sO+' 495 �La a MAP OF BROWN SILTY HOLE �' �� EAST COAST PROPERTIES 0 6'-2 5' SAND & GRAVEL SM ,(� 'a"�I FILE No. 9225 FILED MAY 27, 1992 — BROWN SAND N` SITIIlATE � -� 0 0 2.5'-4 5' SP o � & GRAVEL CUTCHOGUEs1s 4 5'-5.5' GREYISH BROWN SM TOWN OF SOUTHOLD SILTY SAND 0 SE4 "o � SUFFOLK COUNTY, NEW YORK BROWN SAND �� S.C. TAX No. 1000-101 -01 -16.5 5.5'-17 0' & GRAVEL SP 1 ' �1�¢ // y�� SCALE EL 34 5' _ NO WATER Eytit�G / AUGUST 14, 201 7 SEPTEMBER 21, 2017 FOUNDATION LOCATION EL 11.5' 4800AREA = 94,713 sq. ft. GROUND WATER °F t� 543 \\ y0� / 0+ 481 2,174 ac TEST WELL No. USGS 41010407230331 S 533241 \\ // 493 47.3 CER TIFIED TO: OGOy yn o• // RICHARD M. MATTHEW TRADITION TITLE AGENCY, INC. oti o ryti5 \ p'I N SUFFOLK COUNTY NATIONAL BANK, N.A. '11\� 01. NOTES 1O 540 \o, 1. ELEVATIONS ARE REFERENCED TO N.A.V.D 1988 DATUM EXISTING ELEVATIONS ARE SHOWN THUS: XXX 56 \ 2. MINIMUM SEPTIC TANK CAPACITIES FOR A 4 BEDROOM HOUSE IS 1,000 GALLONS. \ 1 TANK; 8' LONG, 4'-3" WIDE, 6'-7" DEEP \ 3. MINIMUM LEACHING SYSTEM FOR A 4 BEDROOM HOUSE IS 300 sq ft SIDEWALL AREA. \ 2 POOLS; 6' DEEP, 8' dla 1b \ F 521 � PROPOSED EXPANSION POOL r PROPOSED LEACHING POOL 11 �L J PROPOSED SEPTIC TANK 515 4 THE LOCATION OF WELLS AND CESSPOOLS SHOWN HEREON ARE FROM FIELD OBSERVATIONS AND/OR DATA OBTAINED FROM OTHERS. OU,, 5. SITE PLAN FROM OFFICE RECORDS AND SURVEY BY PAUL BARYLSKI L.S. DATED 10/20/2016 Alp", P�yZI o0 PREPARED IN ACCORDANCE WITH HE MINIMUM S STANDARDS FORT E SURVEYS AS ESTABLISHED BY PTED 51 3 �r w� FOR SE L I 5 � TA�,Y:STATAND DEO LAND 9� TRL SSP A' _ � 1 ll S Lic No 50467 o IECIEVIE 500 4k 1 UNAUTHORIZED ALTERATION OR ADDITION �� •� �rp�� TEY IS A VIOLATION OF SO THS SURV OF THE NEW YORK STATE Natha orwin III S SEP 2 6 2017 EDUCATION LAW Land Surveyor COPIES OF HIS SURVEY MAP NOT BEARING HE LAND SURVEYOR'S INKED SEAL OR EMBOSSED SEAL SHALL NOT BE CONSIDERED TO BE A VALID TRUE COPY �'T� TF�Tl� y� yY�t CERTIFICATIONS INDICATED HEREON SHALL RUN Successor To Stanley J Isaksen, Jr LS BVA.8fDL1�1�1+47T,YTJr�+FI�r'Y.�4� SN PREPA ED, AND LY TO THE S ON HIS 8 HAON FOR ILFTTO HEV EY Joseph A Ingegno L.S T®__—_�i ®{J la®LJ/ TITLE COMPANY, GOVERNMENTAL AGENCY AND Title Surveys — Subdivisions — Site Plans — Construction Layout �1'� LENDING INSTITUTION LISTED HEREON,AND TO THE ASSIGNEES OF HE LENDING INSTI— PHONE 631)727-2090 Fax (631)727-1727 TUTION CERTIFICATIONS ARE NOT TRANSFERABLE THE EXISTENCE OF RIGHT OF WAYS OFFICES LOCATED AT MAILING ADDRESS AND/OR EASEMENTS OF RECORD, IF 1586 Main Road P 0 Box 16 ANY, NOT SHOWN ARE NOT GUARANTEED. Jamesport, New York 11947 Jamesport, New York 11947 �a f� q�COUNTY p�r� T���S g® Atm 2 HEALTH SERV �a�C� ° "aa� n p�/• -, ' o����ll-�BeH®@srf Q'YT Y S.!dlr"etS��Y'll�.0 tl ®6�<r111E�`1&�00"7 a�LSB'C�/6°�a154J APPRO ~OONSTRUC`ED'WORE���t� ��`�,�� 'F � d SURVEY FOR St�C€EFA(�1ILYRESODENCE RICHARD M. MATTHEW 3 0 I ° H.S.Ref.MOND $97— ee % LOT 3 - MAP OF e Y!V' N2iY�G.5P:,,:1 %reftr�Lt:uly far!:&u s at Q���a t>�e:e�;I!,mie been �T � � ,ra e�P mt�a#ice.;4fts t�°°-�dtne:a4 e•c�',-•rr�tPsses and f to "+ `�,�, EAST COAST PROPERTIES be am1!&fty FOR A "� ���� BEDROOMS, � � ee FILE No. 9225 FILED MAY 27, 1992 SITUATE � CUTCHOGUE F y o.ffi�@off Wmanagement �4�ic1 `� � TOWN OF S0UTH0LD ® >�s SUFFOLK COUNTY, NEW YORK y°, S.C. TAX No. 1000-101-01 -16.5 SCALE 1"=50' yyti�' AUGUST 14, 2017 SEPTEMBER 21, 2017 FOUNDATION FINAL LOCATION 44 q Tp • \�o y0� AREA = 94,713 sq. ft. R°� \\� �Oq s Yt° a�ry �� • O. 2,174 ac. i °• L- ����,� ry�� •• �� o CERTIFIED TO: • RICHARD M. MATTHEW TRADITION TITLE AGENCY, INC. u�9c�J,� ° \\ •° r p'I s�, SUFFOLK COUNTY NATIONAL BANK, N.A. SEPTIC SYSTEM TIE MEASUREMENTS �� \\ GARAGE HOUSE \ CORNER ❑A CORNER 08 SEPTIC TANK COVER 31' 17' c4 LEACH At. 0C'�° �$/ COVERING POOL 39.6' 36.6' y F �P S CO ER'"z POOL 25' 32.6' Off• - -0, Tl ao PREPARED IN ACCORDANCE WITH THE MINIMUM STANDARDS FOR TITLE SURVEYS AS ESTABLISHED BY THE LIALS.AND APPROVED AND ADOPTED _ FOR SUCH USE BY THE NEW YORK STATE LAND ASSOCIATION. OF RECENED _' 0 , �N�p � Y V� P•;r .i � L �o`�� eta 0 4"JJ e'.�L f SU�li`.GO.HEAL H SERVICE-5 - - e <•.� N.Y Lic No. 50467 0 Ax OO �'� UNAUTHORIZED ALTERATION OR ADDITION " r e- 7 OJ• '�� �ti TO THIS SURVEY F A VIOLATION OF Nathan ' ,� ® a in ��� SECTION 7209 DF THE NEV YORK STATE y6 i EDUCATION LAW. 0 THEILANDFSU IRVEYOR'S,INMAP NOT KED SEAL OFRPoNG Land 6or EMBOSSED SEAL SHALL NOT BE CONSIDERED TO BE A VALID TRUE COPY. \ CERITFICATIONS INDICATED HEREON SHALL RUN Successor To: Stanley J. Isaksen, Jr. L.S. ONLY TO THE PERSON FOR WHOM THE SURVEY Joseph A Ingegno L.S. IS PREPARED,AND ON HIS BEHALF TO THE TITLE COMPANY, GOVERNMENTAL AGENCY AND Title Surveys — Subdivisions — Site Plans — Construction Layout 1 LENDING INSTITUTION LISTED HEREON,AND TO THE ASSIGNEES OF THE LENDING INSIT- PHONE (631)727-2090 Fox (631)727-1727 TUITION.CERTIFICATIONS ARE NOT TRANSFERABLE THE EXISTENCE OF RIGHT OF WAYS OFFICES LOCATED AT MAILING ADDRESS I AND/OR EASEMENTS OF RECORD, IF 1586 Main Road P.O. Bax 16 ANY, NOT SHOWN ARE NOT GUARANTEED. Jamesport, New York 11947 Jamesport, New York 11947 New York State Insurance Fund Workers'Compensation&Disability Benefits Specialists Since 1914 8 CORPORATE CENTER DR,3RD FLR,MELVILLE,NEW YORK 11747-3129 CERTIFICATE OF WORKERS' COMPENSATION INSURANCE ^^^^^^ 204934425 B&G GROUP INC T.^" +a 55 W AMES CT STE 400 PLAINVIEW NY 11803 Scan to Validate POLICYHOLDER CERTIFICATE HOLDER MANZI HOMES EAST LLC TOWN OF SOUTHOLD BUILDING DEPT 11 WOODLAND ROAD 54375 ROUTE 25 PORT JEFFERSON NY 11777 P.O. BOX 1179 SOUTHHOLD NY 11971 POLICY NUMBER CERTIFICATE NUMBER POLICY PERIOD DATE 11437853-3 655622 11/15/2016 TO 11/15/2017 7/28/2017 THIS IS TO CERTIFY THAT THE POLICYHOLDER NAMED ABOVE IS INSURED WITH THE NEW YORK STATE INSURANCE FUND UNDER POLICY NO. 1437 853-3, COVERING THE ENTIRE OBLIGATION OF THIS POLICYHOLDER FOR WORKERS' COMPENSATION UNDER THE NEW YORK WORKERS' COMPENSATION LAW WITH RESPECT TO ALL OPERATIONS IN THE STATE OF NEW YORK, EXCEPT AS INDICATED BELOW, AND, WITH RESPECT TO OPERATIONS OUTSIDE OF NEW YORK, TO THE POLICYHOLDER'S REGULAR NEW YORK STATE EMPLOYEES ONLY IF YOU WISH TO RECEIVE NOTIFICATIONS REGARDING SAID POLICY, INCLUDING ANY NOTIFICATION OF CANCELLATIONS, OR TO VALIDATE THIS CERTIFICATE,VISIT OUR WEBSITE AT HTTPS.//WWW NYSIF.COM/CERT/CERTVAL.ASP.THE NEW YORK STATE INSURANCE FUND IS NOT LIABLE IN THE EVENT OF FAILURE TO GIVE SUCH NOTIFICATIONS. THIS POLICY AFFORDS COVERAGE TO THE SOLE PROPRIETOR, PARTNERS AND/OR MEMBERS OF A LIMITED LIABILITY COMPANY. LAURA CANGEMI THIS CERTIFICATE IS ISSUED AS A MATTER OF INFORMATION ONLY AND CONFERS NO RIGHTS NOR INSURANCE COVERAGE UPON THE CERTIFICATE HOLDER. THIS CERTIFICATE DOES NOT AMEND, EXTEND OR ALTER THE COVERAGE AFFORDED BY THE POLICY NEW YORK STATE INSURANCE FUND DIRECTOR,INSURANCE FUND UNDERWRITING f��( WOe�h CERTIFICATE OF INSURANCE COVERAGE ATI: Compensation UNDER THE NYS DISABILITY BENEFITS LAW Board PART 1.To be completed by Disability Benefits Carrier or Licensed Insurance Agent of that Carrier 1a.Legal Name and Address of Insured(Use street address only) 1b.Business Telephone Number of Insured MANZI HOMES EAST LLC 1a NYS Unemployment Insurance Employer Registration Number of Insured 649 ROUTE 25A Id.Federal Employer Identification Number of hawed ROCKY POINTi NY 11778 or Social Security Number 204934425 2 Name and Address of the Entity requesting Proof of Coverage 3a.Name of Insurance Carrier (Entity being listed as the Certificate Holder) ShelterPolnt Life insurance Company Town of Southold 3b.Policy Number of Entity listed in box'1a": Building Department DBL433617 54375 Route 25 3a Policy effective period: P.O.Box 1179 02/28/2017 to 12/31/2018 Southold,NY 11971 4.Policy covers: a.® All of the employer's employees eligible under the New York Disability Benefits Law b.[:] Only the following class or classes of the employer's employees: Under penalty of perjury,I certify that I am an authorized representative or licensed agent of the insurance carrier referenced above and that the named insured has NYS Disability Benefits insurance coverage as described above. Date Signed 7/28/2017 By %W,9t (Signature of insurance carriers authorized representative or NYS Licensed Insurer Agent of that insurance carrier) Telephone Number 516-829-8100 Title Chief Executive Officer IMPORTANT,If box 4e is checked,and this form is signed by the insurame terrier's authorized representative ar NYS Ucensed Insurance Agent of that carrier this eertmcats is COMPLETE.Mail It directly to the certificate holder. If box"4b"is checked,this certificate B NOT COMPLETE for the purposes of Section 2206 Subd.8 of the Disability Benefits Law. It must be mailed for completion to the Worker's Compensation Hoard,08 Plats Acceptance Unit,328 State Street Schenectady,NY 12305. PART 2.To be completed by NYS Worker's Compensation Board(Only if box"4b"of Part 1 has been checked) State of New York Worker's Compensation Board According to information maimalned by the NYS Workers Compensation Board,the above-named employer haseomplied with Ute NYS Disability Benefits Law with respect to all of his1her employees. Date Signed By (Signature of NYS Workers Compensation Board Employee) Telephone Number Title Please Note:Only insurance carriers licensed to write NYS Disability Benefits insurance polities and NYS Licensed Insurance Agents of those insurance carriers are authorized to issue Form DB-120.1.Insurer brokers are NOT authorized to issue this form. rbc DB-120.1(9-15) (;ERTIFICATE OF LIABILITY IN5UHANGE 7/28/2017 THIS CERTIFICATE IS ISSUED AS A MATTER OF INFORMATION ONLY AND CONFERS NO RIGHTS UPON THE CERTIFICATE HOLDER.THIS CERTIFICATE DOES NOT AFFIRMATIVELY OR NEGATIVELY AMEND, EXTEND OR ALTER THE COVERAGE AFFORDED BY THE POLICIES BELOW. THIS CERTIFICATE OF INSURANCE DOES NOT CONSTITUTE A CONTRACT BETWEEN THE ISSUING INSURER(S),AUTHORIZED REPRESENTATIVE OR PRODUCER,AND THE CERTIFICATE HOLDER. IMPORTANT: If the certificate holder is an ADDITIONAL INSURED,the policy(les)must be endorsed. If SUBROGATION IS WAIVED,subject to the terms and conditions of the policy,certain policies may require an endorsement A statement on this certificate does not confer rights to the certificate holder in lieu of such endorsement(s). PRODUCER CONTACT NAME: The B&G Group Inc. PHONE FAX 55 West Ames Court,Suite 400 ac No Ext:(516)576-0400 VC,No):(516)576-1177 Plainview,NY 11803 ADDRESS: INSURER(S)AFFORDING COVERAGE NAIC N INSURER A:Southwest Marine&General Insurance Company 12294 IINSURED INSURER B Manzi Homes East,LLC INSURER C 649 Route 25A,Suite 1 INSURER D: Rocky Point,NY 11778 INSURER E: INSURER F: COVERAGES CERTIFICATE NUMBER: REVISION NUMBER: THIS IS TO CERTIFY THAT THE POLICIES OF INSURANCE LISTED BELOW HAVE BEEN ISSUED TO THE INSURED NAMED ABOVE FOR THE POLICY PERIOD INDICATED NOTWITHSTANDING ANY REQUIREMENT, TERM OR CONDITION OF ANY CONTRACTOR OTHER DOCUMENT WITH RESPECT TO WHICH THIS CERTIFICATE MAY BE ISSUED OR MAY PERTAIN, THE INSURANCE AFFORDED BY THE POLICIES DESCRIBED HEREIN IS SUBJECT TO ALL THE TERMS, EXCLUSIONS AND CONDITIONS OF SUCH POLICIES.LIMITS SHOWN MAY HAVE BEEN REDUCED BY PAID CLAIMS. INSR TYPE OF INSURANCE AD L UBR POLICY EFF POLICY EXP LIMBS LTR INSD WVD POLICY NUMBER MM/DD MM/DD A X COMMERCIAL GENERAL LIABILITY EACH OCCURRENCE $ 1,000,000 CLAIMS-MADE ®OCCUR X GL2017LHBOO265 06/01/2017 06/01/2018 D AG -PREMISES- NTEO 100 000 PREMISES Ea occurrence $ � X Per Proj Aggregate MED EXP(Any one person) $ 5,000 PERSONAL&ADV INJURY $ 1,000,000 GEN'L AGGREGATE LIMIT APPLIES PER GENERAL AGGREGATE $ 2,000,000 POLICY❑ PRO ❑ LOC PRODUCTS-COMP/OPAGG $ 2,000,000 JECT OTHER $ AUTOMOBILE LIABILITY COMBINED SINGLE LIMIT $ Ea accident ANY AUTO BODILY INJURY(Per person) $ ALL OWNED SCHEDULED BODILY INJURY(Per accident) $ AUTOS AUTOS NON-OWNED PROPERTY DAMAGE $ HIRED AUTOS AUTOS Per accident UMBRELLA LIAB OCCUR EACH OCCURRENCE $ EXCESS LIAB CLAIMS-MADE AGGREGATE $ DED I I RETENTION$ $ WORKERS COMPENSATION PER OTH- AND EMPLOYERS'LIABILITY Y/IV STATUTE ER ANY PROPRIETOR/PARTNER/EXECUTIVE E.L.EACH ACCIDENT $ OFFICERIMEMBEREXCLUDED? N/A (Mandatory In NH) E L DISEASE-EA EMPLOYEE $ If yes,describe under DESCRIPTION OF OPERATIONS below E L DISEASE-POLICY LIMIT $ ._, DESCRIPTION OF OPERATIONS/LOCATIONS/VEHICLES(ACORD 101,Additional Remarks Schedule,maybe attached if more space Is required) Town of Southold,Building Department,54375 Route 25,P.O.Box 1179,Southold,NY 11971 is included as additional insured as required by written contract with respects to General Liability. Subject to policy terms,conditions and exclusions. CERTIFICATE HOLDER CANCELLATION SHOULD ANY OF THE ABOVE DESCRIBED POLICIES BE CANCELLED BEFORE Town Of Southold THE EXPIRATION DATE THEREOF, NOTICE WILL BE DELIVERED IN Building Department ACCORDANCE WITH THE POLICY PROVISIONS. 54375 Route 25 P.O.Box 1179 AUTHORIZED REPRESENTATIVE Southold,NY 11971 I Manual S Compliance Report Job: Manzie-2017-3 ightsoft® Date: Aug 02,2017 First Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island, NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems com Web WWW Radiant InsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone. 631-7442655 Cooling Equipment Design Conditions Outdoor design DB: 84.3°F Sensible gain: 12897 Btuh Entering coil DB: 76.6°F Outdoor design WB: 71.7°F Latent gain: 3102 Btuh Entering coil WB: 63.9°F Indoor design DB. 75.0°F Total gain: 15999 Btuh Indoor RH: 50% Estimated airflow: 600 cfm Manufacturer's Performance Data at Actual Design Conditions Equipment type. Split AC Manufacturer Rheem Model: RA1618AJ1NA+RCF2421HTAMCA+R96VA0402317MSA Actual airflow: 600 cfm Sensible capacity: 16382 Btuh 127% of load Latent capacity: 2515 Btuh 81% of load Total capacity: 18897 Btuh 118% of load SHR: 87% Heating Equipment Design Conditions Outdoor design DB: 16.0°F Heat loss: 20465 Btuh Entering coil DB: 65.3°F Indoor design DB: 72.0°F Manufacturer's Performance Data at Actual Design Conditions Equipment type: Prop furnace Manufacturer: Rheem Model: R96VA0402317MSA Actual airflow: 600 cfm Output capacity: 41000 Btuh 200% of load Temp. rise- 50 °F Meets are all requirements of ACCA Manual S. wrightsoft® Right-Suite®Universal 2017 17 0 17 RSU25329 2017-Aug-02 15 08 22 AmProlectl rup Calc=MJ8 Front Door faces NE Page 1 k Manual S Compliance Report Job: Manzie-2017-3 }Wrightsofte ~ ~ Date: Aug 02,2017 Second Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems corn Web WWW.RadiantlnsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-744-2655 Cooling Equipment Design Conditions Outdoor design DB: 84.3°F Sensible gain: 9907 Btuh Entering coil DB: 76.3°F Outdoor design WB. 71.7°F Latent gain 1903 Btuh Entering coil WB: 63.6°F Indoor design DB 75.0°F Total gain: 11810 Btuh Indoor RH: 50% Estimated airflow 600 cfm Manufacturer's Performance Data at Actual Design Conditions Equipment type: Split AC Manufacturer- Rheem Model: RA1618AJ1NA+RCF2421HTAMCA+R96VA0402317MSA Actual airflow- 600 cfm Sensible capacity: 16604 Btuh 168% of load Latent capacity: 2239 Btuh 118% of load Total capacity: 18842 Btuh 160% of load SHR 88% Heating Equipment Design Conditions Outdoor design DB: 16.0°F Heat loss: 15930 Btuh Entering coil DB: 66.9°F Indoor design DB 72.0°F Manufacturer's Performance Data at Actual Design Conditions Equipment type: Prop furnace Manufacturer: Rheem Model: R96VA0402317MSA Actual airflow- 600 cfm Output capacity 41000 Btuh 257% of load Temp. rise. 50 °F Meets are all requirements of ACCA Manual S. 2017-Aug-02 15 08 22 wrightsoft® Right-Swtee Universal 2017 17 0 17 RSU25329 Page 2 /K;CA Prolectl.rup Calc=MJ8 Front Door faces NE DHW Re Job: Manzie-2017-3 +wrightsofte pOt't Date: Aug 02,2017 Entire House By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW RadiantlnsulSystems.Com Project • • For. Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-744-2655 Design Criteria Occupants Not occupied during the day Age Number Dishwasher 0-5 0 Clothes washer 6-13 2 Additional use(gpd) 0 14-59 2 Setpoint (°F) 120 60+ 0 Daily use (gpd) 61 Gas conventional (40 gal, 0.60 EF) Manufacturer Bosch Water Heating Tank size (gal) 40 Trade name Energy factor 0.60 Model GWH C 800ES NG Input(MBtuh) 0.0 AHRI ref. number 1st hour(gal) 60 Recovery eff. (%) 77 2017-Aug-02 15 0822 1 wrightSOW Right-Suites Universal 2017 17.0.17 RSU25329 Page 1 ACCP. Prolectl rup Calc=MJ8 Front Door faces NE - `wrightsofto DHW Report Date: Aug 02,20173 First Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@Radiant]nsulSystems com Web WWW.Radiant InsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-744-2655 Destign Occupants Occupied during the day Age Number Dishwasher 0-5 1 Clothes washer 6-13 2 Additional use (gpd) 0 14-59 2 Setpoint(°F) 120 60+ 0 Daily use (gpd) 73 Propane instantaneous (0 gal, G.89 EF) Manufacturer Bosch Water Heating Trade name Pro Tankless Energy factor 0.89 Model GWH C 800ES NG Input (MBtuh) 0.2 AHRI ref. number 364106 1st hour(gpm) 5 Recovery eff. (%) 89 2017-Aug-02 15 08 22 -,g- + wrightsoft® Right-Suite®Universal 2017 17.0.17 RSU25329 Page 2 ACOA Prolectl.rup Calc=MJ8 Front Door faces NE Residential Plans Examiner Review • Form RPER 1 ACOA® for • (Loads, 15 Mar 09 adcandt��conra�sotan, a Header Information Contractor Radiant Insulation Systems REQUIRED ATTACHMENTS ATTACHED Manual J1 Form(and supporting worksheets). Yes No F-1 Mechanical license or MJ1AE Form*(and supporting worksheets) Yes No [-] OEM performance data(heating,cooling,blower): Yes E] No E] Building plan# Manual D Friction Rate Worksheet Yes No [-] Duct distribution sketch Yes No r-1 Home address(Street or Lot#,Block,Subdivision) 6805 Alvahs Lane, First Floor HVACLOAD CALCULATION1 Design Conditions Buildinq Construction Information Winter Design Conditions Building Outdoor temperature 16 °F Orientation Front Door faces Northeast Indoor temperature 72 of North,East,West,South,Northeast,Northwest,Southeast,Southwest Total heat loss 20465 Btuh Number of bedrooms 0 Conditioned floor area- 1139 ftz Summer Design Conditions Number of occupants* 4 Outdoor temperature 84 °F Indoor temperature 75 °F Windows Roof Grains difference- 32 gr/Ib @50% RH Eave overhang depth. 5.0 ft Sensible heat gain 14442 Btuh Internal shade drapes Eave Latent heat gain: 3474 Btuh Blinds,drapes,etc. Depth window Total heat gain: 17916 Btuh Number of skylights 0 EQUIPMENTHVAC • 41 Heating Equipment Data Cooling Equipment Data Blower Data E wpment typeProp furnace Equipment type Split AC Heating cfm 600 umace,Heat pump,Boiler,etc. Air Conditioner,Heat pump,etc. Cooling cfm 600 Model Rheem Model Rheem Static pressure 0,80 in H2O R96VA0402317MSA RA1618AJ 1 NA Fan's rated external static pressure for design airflow Heating output capacity 41000 Btuh Total cooling capacity 18897 Btuh Heat pumps-capacity atwmterdesignoutdoor conditions Sensible cooling capacity 16382 Btuh Aux.heating output capacity* 0 Btuh Latent cooling capacity. 2515 Btuh DISTRIBUTIONHVAC DUCT •1 Design airflow 600 cfm Longest supply duct. 229 ft Duct Materials Used Equipment design ESP 0,80 in H2O Longest return duct. 95 ft Trunk duct Sheet metal Total device pressure losses -0.6 in H2O Total effective length(TEL): 3214 ft Available static pressure(ASP): 0.24 in H2O Friction rate: 0,974 1n/100ft Branch duct: Round flex vinyl FrictionRate=ASP-(TELx 00) declare the load calculation,equipment,equipment s- - • • duct de sr, gn wereg • performed •. '• • e building • listed above. I understand the claims made on these-forms will be subjectto review and verification. Contractor's printed name- Contractor's signature: Date: Reserved for County, • •. orAuthority having jurisdiction *Home qualifies for MJ1AE Form based on Abridged Edition Checklist - wrightsoft® Right-Swte®Universal 2017 17 0 17 RSU25329 Residential ans - Review • Form RPER 1 ACCP® for HVAC System Design • • 15 Mar 09 nrc«�recam-��la� Header Information Contractor Radiant Insulation Systems REQUIRED ATTACHMENTS ATTACHED Manual J1 Form(and supporting worksheets) Yes [-] No F-1 Mechanical license. or MJ1AE Form*(and supporting worksheets): Yes r-1 No ❑ OEM performance data(heating,cooling,blower) Yes No Building plan# Manual D Friction Rate Worksheet Yes No Duct distribution sketch: Yes F-1 No i--I Home address(Street or Lot#,Block,Subdivision): 6805 Alvahs Lane, Second Floor HVAC LOAD • • 41 Design Conditions Building Construction Information Winter Design Conditions Building Outdoor temperature: 16 °F Orientation: Front Door faces Northeast Indoor temperature. 72 ^F North,East,West,South,Northeast,Northwest,Southeast,Southwest Total heat loss: 15930 Btuh Number of bedrooms 0 Conditioned floor area 1089 ftz Summer Design Conditions Number of occupants. 0 Outdoor temperature 84 °F Indoor temperature- 75 °F Windows Roof Grains difference: 32 gr/Ib @50% RH Eave overhang depth, 2,0 ft Sensible heat gain: 11094 Btuh Internal shade: drapes Eave Latent heat gain, 2131 Btuh Blinds,drapes,etc. Depth window Total heat gain. 13226 Btuh Number of skylights. 0 EQUIPMENTHVAC • 41 Heating Equipment Data Cooling Equipment Data Blower Data Equipment type Prop furnace Equipment type Split AC Heating cfm: 600 Fumace,Heat pump,Boder,etc. Air conditioner,Heat pump,etc. Cooling cfm: 600 Model Rheem Model: Rheem Static pressure: 0,80 in H2O R96VA0402317MSA RA1618AJ 1 NA Fan's rated external static pressure for design airflow Heating output capacity 41000 Btuh Total cooling capacity. 18842 Btuh Heat pumps-capacity at winter design outdoor conditions Sensible cooling capacity. 16604 Btuh Aux.heating output capacity 0 Btuh Latent cooling capacity. 2239 Btuh HVAC DUCT DISTRIBUTION SYSTEM DESIGN (IRC M1601.1) Design airflow, 600 cfm Longest supply duct: 206 ft Duct Materials Used Equipment design ESP: 0,80 in H2O Longest return duct 87 ft Trunk duct: Sheet metal Total device pressure losses, -0,5 In H2O Total effective length(TEL): 293 ft Available staticressure(ASP): 0,29 in H2O Friction rate: 0, 9 in/100ft Branch duct Round flex vinyl p ( , Friction Rate=ASP-(TELx o00� y I declare the load calculation,equipment,equipment selection and duct design were rigorously performed based on the building plan listed above. I understand the claims made on these forms will be subject,to review and verification. Contractor's printed name: Contractor's signature: Date: MunicipalityReserved for County,Town orAuthority having jurisdiction use. *Home qualifies for MJ1AE Form based on Abridged Edition Checklist + w/rightsoftm Right-Sude®Universal 2017 17 0 17 RSU25329 Load Short Form Job: Manzie-2017-3 +'wrightsoft® Date: Aug 02,2017 Entire House By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island, NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW RadiantlnsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone 631-7442655 Design, • • Htg Clg Infiltration Outside db (°F) 16 84 Method Blower door Inside db (°F) 72 75 Shielding/stories 3(partial) / 1 Design TD (°F) 56 9 Pressure/AVF 50 Pa/ 1476 cfm Daily range - L Inside humidity (%) 50 50 Moisture difference(gr/Ib) 49 32 HEATING EQUIPMENT COOLING EQUIPMENT Make n/a Make n/a Trade n/a Trade n/a Model n/a . Cond n/a AHRI ref n/a Coll n/a AHRI ref n/a Efficiency n/a Efficiency n/a Heating input Sensible cooling 0 Btuh Heating output 0 Btuh Latent cooling 0 Btuh Low output baseboard 500 Btuh/ft Total cooling 0 Btuh Total low baseboard 43 ft Actual air flow 0 cfm High output baseboard 700 Btuh/ft Air flow factor 0 cfm/Btuh Total high baseboard 31 ft Static pressure 0 in H2O Space thermostat n/a Load sensible heat ratio 0 ROOM NAME Area Htg load Clg load Baseboard (ft) Clg AVF (ft2) (Btuh) (Btuh) Low High (cfm) Second Floor d 1089 13002 9421 26 19 600 First Floor d 1139 16524 12242 33 24 600 Entire House d 2228 29526 21663 59 42 1200 Other equip loads 6869 1141 Equip. @ 0.89 RSM 20364 Latent cooling 2570 TOTALS 1 2228 1 36395 1 22933 1 59 42 1 1200 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. 2017-Aug-02 15 08 22 wrightSOW Right-Suite®Universal 2017 17.0.17 RSU25329 Page 1 ACCP. Protectt rup Calc=MA Front Door faces NE Load Short Form Job: Manzie-2017-3 wrightsoft® Date: Aug 02,2017 First Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW.Radiant InsulSystems.Com Project • • For- Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-744-2655 Design Information Htg Clg Infiltration Outside db(°F) 16 84 Method Blower door Inside db(°F) 72 75 Shielding/stories 3 (partial) / 1 Design TD (°F) 56 9 Pressure/AVF 50 Pa/ 1476 cfm Daily range - L Inside humidity (%) 50 50 Moisture difference(gr/Ib) 49 32 HEATING EQUIPMENT COOLING EQUIPMENT Make Rheem Make Rheem Trade RHEEM Trade RHEEM Model R96VA0402317MSA Cond RA1618AJ1NA AHRI ref 7501310 Coil RCF2421HTAMCA+R96VA0402317MSA AHRI ref 7940365 Efficiency 96AFUE Efficiency 13.0 EER, 16 SEER Heating input 42000 Btuh Sensible cooling 12600 Btuh Heating output 41000 Btuh Latent cooling 5400 Btuh Low output baseboard 500 Btuh/ft Total cooling 18000 Btuh Total low baseboard 33 ft Actual air flow 600 cfm High output baseboard 700 Btuh/ft Air flow factor 0.049 cfm/Btuh Total high baseboard 24 ft Static pressure 0.80 in H2O Space thermostat Load sensible heat ratio 0.81 ROOM NAME Area Htg load Clg load Baseboard (ft) Clg AVF (ftz) (Btuh) (Btuh) Low High (cfm) Kitchen/Dining 416 4902 4258 10 7 209 Living Room 247 3481 3480 7 5 171 Den 177 3647 2773 7 5 136 Bath,1 69 418 62 1 1 3 Foyer 117 2454 1099 5 4 54 Mud Room 113 1621 569 3 2 28 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. 2017-Aug-02 15 08 22 AQ wrightsoft® Right-Sude®Universal 2017 17 0 17 RSU25329 Page 2 Zdk Proiectl rup Calc=MJ8 Front Door faces NE First Floor d 1139 16524 12242 33 24 600 Other equip loads 3941 655 Equip. @ 0.89 RSM 11517 Latent cooling 3102 TOTALS 1139 20465 14619 33 24 600 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. 2017-Aug-02 15 08 22 A� wrightSOft® Right-Suite®Universal 2017 17.0.17 RSU25329 Page 3 Arm Project1 rup Calc=MJ8 Front Door faces NE Load Short Form Job: Manzie-2017-3 'wrightsofte Date: Aug 02,2017 Second Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@Radiant InsuiSystems corn Web WWW Radiant InsuiSystems.Com Project Information For: Mathews Residence, Manzi Homes East, LLC 6805 Alvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design, Information Htg Clg Infiltration Outside db(°F) 16 84 Method Blower door Inside db(°F) 72 75 Shielding/stories 3 (partial) / 1 Design TD (°F) 56 9 Pressure/AVF 50 Pa/ 1476 cfm Daily range - L Inside humidity (%) 50 50 Moisture difference(gr/Ib) 49 32 HEATING EQUIPMENT COOLING EQUIPMENT Make Rheem Make Rheem Trade RHEEM Trade RHEEM Model R96VA0402317MSA Cond RA1618AJ1NA AHRI ref 7501310 Coil RCF2421HTAMCA+R96VA0402317MSA AHRI ref 7940365 Efficiency 96AFUE Efficiency 13.0 EER, 16 SEER Heating input 42000 Btuh Sensible cooling 12600 Btuh Heating output 41000 Btuh Latent cooling 5400 Btuh Low output baseboard 500 Btuh/ft Total cooling 18000 Btuh Total low baseboard 26 ft Actual air flow 600 cfm High output baseboard 700 Btuh/ft Air flow factor 0.064 cfm/Btuh Total high baseboard 19 ft Static pressure 0.80 in H2O Space thermostat Load sensible heat ratio 0.84 ROOM NAME Area Htg load Clg load Baseboard (ft) Clg AVF (ft2) (Btuh) (Btuh) Low High (cfm) Bathroom 2 40 57 45 0 0 3 Laundry 78 1475 876 3 2 56 Master Bedrrom 272 3039 2310 6 4 147 Master Bathroom 189 2955 1061 6 4 68 Stairs/Hall 151 714 239 1 1 15 Bathroom 3 57 881 800 2 1 51 Bedroom 3 162 2313 2107 5 3 134 Bedroom 2 140 1569 1983 3 2 126 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. 2017-Aug-02 15 08 22 wrightsoft® Right-Suitee Universal 2017 17 0 17 RSU25329 Page 4 RCCA Protectl rup Calc=MJ8 Front Door faces NE Second Floor d 1089 13002 9421 26 19 600 Other equip loads 2928 486 Equip. @ 0.89 RSM 8847 Latent cooling 1903 TOTALS 1089 15930 10750 26 19 600 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. 2017-Aug-02 15 08 22 wrightSO ® Right-Suite®Universal 2017 17 0 17 RSU25329 Page 5 Zbk Protectl rup Calc=MJ8 Front Door faces NE +wrightsoftm Bulldln Anal $I$ Job: Manzie-2017-3 Date: Aug 02,2017 Entire House By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW.RadiantlnsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb (°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb (°F) - 72 Shielding/stories 3(partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Component Btuh/ft' Btuh % of load Walls 3.6 7630 21.0 Glazing 16.8 5429 14.9 WallsVentilation Doors 21.8 459 1.3 Ceilings 1.1 1280 3.5 Floors 1.4 1557 4.3 Ducts Infiltration 3.4 7559 20.8 Ducts 5613 15.4 Glazing Piping 0 0 Other Humidification 0 0 Ceilings Infiltration Ventilation 6869 18.9 Floors Adjustments 0 Total 36395 100.0 • • Component Btuh/ft' Btuh % of load Walls 0.7 1540 6.8 Glazing 20.5 6621 29.0 Walls Ventilation Doors 9.0 190 0.8 Ceilings 0.9 1068 4.7 Internal Gains Floors 0.2 258 1.1 Glazing Infiltration 0.3 588 2.6 Ducts 4479 19.6 Ventilation 1141 5.0 Internal gains 6920 30.3 Blower 0 0 lQt�orq Adjustments 0 I*�IItrBtlon Ducts Total 1 1 228041 100.0 Latent Cooling Load= 2570 Btuh Overall U-value= 0.145 Btuh/ft2-°F Data entries checked. �= wrightsoft' Right-Suite®Universal 2017 17.0 17 RSU25329 2017-Aug-02 15 08 22 Page 1 -4M Pro�ectl rup Calc=MJ8 Front Door faces NE Buildin Anal SIS Job: Manzie-2017-3 +wrightsoft® Date: Aug 02,2017 First Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems.com Web WWW Radiant InsulSystems Com Project • • For Mathews Residence, Manzi Homes East, LLC 6805 Alvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude- 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Dally range(°F) - 15 ( L ) Method Blower door Wet bulb(°F) - 72 Shielding/stories 3 (partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm mmme Component Btuh/ft' Btuh % of load Walls 3.6 4029 19.7 Glazing 16.8 3703 18.1 Walls Ventilation Doors 21.8 459 2.2 Ceilings 1.1 60 0.3 Floors 1.4 1549 7.6 Ducts Infiltration 3.4 3878 18.9 Ducts 2846 13.9 Glazing Piping 0 0 Humidification 0 0 Doors Infiltration Ventilation 3941 19.3 Other Adjustments 0 Floors Total 20465 100.0 Component Btuh/ft' Btuh % of load Walls 0.7 768 6.0 Glazing 21.3 4685 36.3 Walls Ventilation Doors 9.0 190 1.5 Ceilings 0.9 50 0.4 Floors 0.2 257 2.0 Internal Gains Infiltration 0.3 302 2.3 Glazing Ducts 2270 17.6 Ventilation 655 5.1 Internal gains 3720 28.8 Blower 0 0 ` Adjustments 0they Ducts Total 12897 100.01Infiltration Latent Cooling Load = 3102 Btuh Overall U-value= 0.223 Btuh/ftZ-°F Data entries checked. " wrightsoftm Right-Sude®Universal 2017 17 0 17 RSU25329 2017-Aug-02 15 22 Paagg e 2 �� Prolectl rup Calc=MJ8 Front Door faces NE Building Analysis Job: Manzie-2017-3 -'wrightsoft® g y Date: Aug 02,2017 Second Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@)Radiant]nsulSystems.com Web WWW,Radiant InsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-744-2655 Design C• • • Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation- 82 ft Design TD (°F) 56 9 Latitude- 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb(°F) - 72 Shielding/stories 3(partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Component Btuh/ft' Btuh % of load Walls 3.6 3600 22.6 Glazing 16.8 1726 10.8 Walls Ventilation Doors 0 0 0 Ceilings 1.1 1220 7.7 Floors 2.0 8 0.0 Ducts Infiltration 3.4 3681 23.1 Ducts 2767 17.4 Glazing Piping 0 0 Ceilings Humidification 0 0 Oilier Infiltration Ventilation 2928 18.4 Adjustments 0 Total 15930 100.0 Component Btuh/ft' Btuh % of load Walls 0.8 772 7.8 Glazing 18.8 1936 19.5 Walls Ventilation Doors 0 0 0 Ceilings 0.9 1017 10.3 Glazing Floors 0.2 1 0.0 Internal Gains Infiltration 0.3 286 2.9 Ducts 2209 22.3 Ventilation 486 4.9 Internal gains 3200 32.3 Ceilings Blower 0 0Infilt�raler Adjustments 0 Ducts Total 1 1 99071 100.0 Latent Cooling Load= 1903 Btuh Overall U-value= 0.054 Btuh/ft'-OF Data entries checked. ^, + wrightsoft® Right-Suite®Universal 2017 17.0 17 RSU25329 2017-Aug-02 15 a8 22 e 3 14M Prolectl rup Calc=MJ8 Front Door faces NE 9 Component Constructions Job: Manzie-2017-3+'wrightsof , Date: Aug 02,2017 Entire House By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadtantlnsulSystems.com Web WWW.RadiantlnsulSystems Com Project • • For. Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design, Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb(°F) - 72 Shielding/stories 3(partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ft2 BUhllt2-°F ft'-°F/Btuh Btuh/ft' Btuh Btuh/ft' Btu Walls 12F-Osw Frm wall,vni ext, 1/2"wood shth,r-21 cav Ins, 1/2"gypsum n 51 0 065 21.0 3.64 186 078 40 board Int fnsh,2"x6"wood frm,16"o.c.stud ne 405 0 065 21.0 3.64 1474 078 316 e 51 0 065 21.0 3.64 186 0.78 40 se 383 0 065 21.0 3.64 1393 078 299 sw 619 0 065 21.0 364 2253 078 483 nw 389 0 065 21.0 3.64 1415 0.78 303 all 1898 0 065 21.0 364 6909 0.78 1481 Partitions 12F-Osw:Frm wall,stucco ext,r-21 cav Ins,1/2"gypsum board Int 198 0.065 21.0 364 721 0.30 59 fnsh,2"x6"wood frm,16"o.c.stud Windows 4A4-2ow:2 glazing,cir outr,argon gas,wd frm mat,cir low-e innr, 1/2" n 10 0 300 0 16.8 170 6.34 64 gap, 1/4"thk;NFRC rated(SHGC=O 31),50%drapes,medium,50% ne 32 0 300 0 16.8 529 16.3 514 outdoor Insect screen,2 ft overhang(4.5 ft window ht,1.33 ft sep.); a 10 0 300 0 16.8 170 22.9 232 6 67 ft head ht se 18 0.300 0 16.8 302 168 303 sw 54 0 300 0 16.8 907 168 909 all 124 0.300 0 16.8 2079 16.3 2022 4A4-2ow 2 glazing,cir outr,argon gas,wd frm mat,clr low-e innr, 1/2" n 11 0.300 0 16.8 181 6.34 68 gap,1/4"thk,NFRC rated(SHGC=O 31),50%drapes,medium,50% ne 12 0.300 0 16.8 203 16.3 197 outdoor Insect screen,6 67 ft head ht a 11 0.300 0 16.8 181 24.0 259 se 24 0 300 0 16.8 408 20.5 498 sw 12 0 300 0 16.8 202 20.5 246 sw 80 0 300 0 16.8 1344 20.5 1642 nw 36 0.300 0 16.8 608 16.3 590 all 186 0.300 0 16.8 3125 18.8 3500 4A4-2ow 2 glazing,cir outr,argon gas,wd frm mat,cir low-e innr, 1/2" ne 13 0 300 0 16.8 225 18.1 243 gap, 1/4"thk,NFRC rated(SHGC=0.31);50%drapes,medium;5 ft overhang(6.7 ft window ht,2.33 ft sep.);6 67 ft head ht Doors 11 DO Door,wd sc type ne 21 0 390 0 21.8 459 9.05 190 2017-Aug-02 15 08 22 wrightsoft' Right-Swtee Universal 2017 17 0 17 RSU25329 Page 1 RCCA Pro/ectl rup Calc=MJ8 Front Door faces NE w Ceilings 1613-50ad Attic ceiling,asphalt shingles roof mat,r-50 cell Ins, 1/2" 1143 0 020 50.0 1.12 1280 0.93 1068 gypsum board Int fnsh Floors 19C-Obstp:Fir floor,frm fir, 10"thkns,tile fir fnsh,tight bsmt ovr,r-11 1139 0.368 11.0 1.36 1549 023 257 wall insul 20P-30w Fir floor,frm fir,10"thkns,hrd wd fir fnsh,r-2 ext ins,r-30 4 0 035 300 1.96 8 0.23 1 cav ins,gar ovr 2017-Aug-02 15 08 22 wrightSO ® Right-Sudee Universal 2017 17 0 17 RSU25329 Page 2 /tel\ Prolectl rup Calc=MJ8 Front Door faces NE Component Constructions Job: Manzie-2017-3 wrightsoft® Date: Aug 02,2017 Second Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW.RadiantlnsulSystems.Com Projqct Information For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-744-2655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation 82 ft Design TD (°F) 56 9 Latitude. 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Dally range(°F) - 15 ( L ) Method Blower door Wet bulb(°F) - 72 Shielding/stories 3(partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain it, BluhtW--°F ft?°F/Btuh Btuh/ft' Btu Btuh/ft' Btu Walls 12F-Osw:Frm wall,vnl ext,1/2"wood shth,r-21 cav Ins,1/2"gypsum n 24 0 065 21.0 3.64 87 0.78 19 board Int fnsh,2"x6"wood firm,16"o.c.stud ne 254 0 065 210 3.64 923 0.78 198 e 24 0.065 210 3.64 87 0.78 19 se 182 0 065 210 3.64 662 078 142 sw 306 0 065 21.0 3.64 1114 0.78 239 nw 200 0 065 21.0 3.64 728 078 156 all 989 0 065 21.0 3.64 3600 078 772 Partitions (none) Windows 4A4-2ow 2 glazing,cir outr,argon gas,wd firm mat,clr low-e innr, 1/2" n 10 0.300 0 16.8 170 6.34 64 gap, 1/4"thk;NFRC rated(SHGC=0.31);50%drapes,medium,50% ne 11 0.300 0 16.8 176 16.3 171 outdoor Insect screen,2 ft overhang(4.5 ft window ht,1.33 ft sep.); a 10 0.300 0 16.8 170 229 232 6.67 ft head ht se' 18 0.300 0 168 302 168 303 sw 54 0.300 0 168 907 16.8 909 all 103 0.300 0 168 1726 16.3 1680 Doors (none) Ceilings 16B-50ad Attic ceiling,asphalt shingles roof mat,r-50 cell Ins,1/2" 1089 0.020 500 1.12 1220 0.93 1017 gypsum board int fns Floors 20P-30w:Fir floor,firm flr, 10"thkns,hrd wd fir fnsh,r-2 ext ins,r-30 4 0.035 300 1.96 8 0.23 1 cav Ins,gar ovr 2017-Aug-02 15 08 22 wrightsoft' Right-Suite®Universal 2017 17 0 17 RSU25329 Page 3 RCCA Prolectl rup Calc=MJ8 Front Door faces NE Component Constructions Job: Manzie-2017-3 'wrightsoft® Date: Aug 02,2017 First Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd, Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@Radiant Ins ulSystems com Web WWW.Radiant Ins ulSystems.Com Project • • For. Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone- 631-744-2655 D- • n: Conditio Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb(°F) - 72 Shielding/stories 3(partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ft' Btuh/ft?°F ft'-"FBtuh Btuh/ft' Btu Btuh/ft' Btu Walls 12F-Osw•Frm wall,vnl ext, 1/2"wood shth,r-21 cav Ins, 1/2"gypsum n 27 0 065 21 0 364 100 0.78 21 board int fnsh,2"x6"wood frm,16"o.c.stud ne 152 0.065 21 0 3.64 552 0.78 118 e 27 0 065 210 3.64 100 078 21 se 201 0 065 21.0 3.64 731 078 157 sw 313 0.065 21.0 3.64 1139 0.78 244 nw' 189 0.065 21.0 3.64 687 078 147 all 909 0.065 21.0 3.64 3309 078 709 Partitions 12F-Osw.Frm wall,stucco ext,r-21 cav Ins, 1/2"gypsum board Int 198 0.065 21.0 364 721 030 59 fnsh,2"x6"wood frm, 16"o.c.stud Windows 4A4-2ow 2 glazing,clr outr,argon gas,wd frm mat,clr low-e innr, 1/2" ne 21 0 300 0 168 353 16.3 343 gap, 1/4"thk,NFRC rated(SHGC=0.31),50%drapes,medium;50% outdoor insect screen,2 ft overhang(4.5 ft window ht, 1.33 ft sep.); 6.67 ft head ht 4A4-2ow 2 glazing,clr outr,argon gas,wd frm mat,clr low-e innr, 1/2" n 11 0.300 0 16.8 181 6.34 68 gap,1/4"thk,NFRC rated(SHGC=O 31),50%drapes,medium,50% ne 12 0.300 0 16.8 203 16.3 197 outdoor Insect screen,6.67 ft head ht a 11 0.300 0 16.8 181 24.0 259 se 24 0.300 0 16.8 408 20.5 498 sw 12 0.300 0 16.8 202 20.5 246 sw 80 0.300 0 16.8 1344 205 1642 nw 36 0.300 0 16.8 608 163 590 all 186 0.300 0 168 3125 18.8 3500 4A4-2ow 2 glazing,clr outr,argon gas,wd frm mat,clr low-e innr, 1/2" ne 13 0.300 0 168 225 18.1 243 gap,1/4"thk;NFRC rated(SHGC=0.31),50%drapes,medium,5 ft overhang(6.7 ft window ht,2.33 ft sep.),6 67 ft head ht Doors 11 DO:Door,wd sc type ne' 21 0 390 0 21 8 459 9 05 190 2017-Aug-02 15 08 22 „ Wrightsoft® Right-Suites Universal 2017 17 0 17 RSU25329 Page 4 Pro/ectl.rup Calc=MJ8 Front Door faces NE Ceilings 1613-5Qad.Attic ceiling,asphalt shingles roof mat,r-50 ceil ins, 1/2" 54 0.020 50.0 1.12 60 093 50 gypsum board intfnsh Floors 19C-Obstp,Fir floor,frm flr, 10"thkns,tile flr fnsh,tight bsmt ovr,r-11 1139 0.368 11.0 136 1549 023 257 wall insul 2017-Aug-02 15 08 22 wrightsoft® Right-Sude®Universal 2017 17.0 17 RSU25329 Page 5 AM Prolectl rup Calc=MJ8 Front Door faces NE Component Constructions Job: Manzie-2017-3 wrightsoft® Component Date: Aug 02,2017 Kitchen/Dining By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email Anthonyi@RadiantlnsulSystems.com Web WWW.RadiantlnsulSystems.Com Project Information For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb (°F) - 72 Shielding/stories 3(partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ft Btuh/ft?°F ft?°FBtuh Btuh/ft' Btu Btuhff Btu Walls 12F-Osw Frm wall,vnl ext, 1/2"wood shth,r-21 cav ins, 1/2"gypsum se' 132 0 065 210 364 480 0.78 103 board int fnsh,2"x6"wood frm, 16"o.c.stud sw 182 0 065 210 3.64 662 0.78 142 all 314 0 065 21.0 3.64 1143 0.78 245 Partitions (none) Windows 4A4-2ow 2 glazing,clr outr,argon gas,wd frm mat,clr low-e innr, 1/2" se 12 0.300 0 16.8 202 20.5 246 gap,1/4"thk,NFRC rated(SHGC=0.31),50%drapes,medium,50% sw, 12 0.300 0 168 202 20.5 246 outdoor insect screen;6.67 ft head ht sw, 40 0 300 0 16.8 672 20.5 821 all 64 0 300 0 16.8 1075 20.5 1314 Doors (none) Ceilings (none) Floors 19C-Obstp Fir floor,frm flr, 10"thkns,tile flr fnsh,tight bsmt ovr,r-11 416 0 368 11.0 1.36 566 0.23 94 wall insul 2017-Aug-02 15 08 22 A wrightsoft' Right-Suitee Universal 2017 17 0 17 RSU25329 Page 6 ',,im Prolectl.rup Calc=MJ8 Front Door faces NE Component Constructions Job: Manzie-2017-3 wrightsoft® Date: Aug 02,2017 Living Room By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems com Web WWWRadiantlnsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-744-2655 Design Gonditions, Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation. 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb (°F) - 72 Shielding/stories 3 (partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area IJ-value Insul R Htg HTM Loss Clg HTM Gain ft' Btuh/ft'°F ft'-°F/Btuh Btuh/ft' Btuh Btuh/ft' Btu Walls 12F-Osw Frm wall,vnl ext, 1/2"wood shth,r-21 cav ins, 1/2"gypsum sw 131 0.065 21 0 364 477 0.78 102 board int fnsh,2"x6"wood frm, 16"ox stud nw 117 0.065 21.0 3.64 426 078 91 all 248 0 065 21.0 3.64 903 0.78 193 Partitions (none) Windows 4A4-2owd.2 glazing,cir outr,argon gas,wd frm mat,clr low-e Innr, sw 40 0 300 0 16.8 672 20.5 821 1/2"gap,1/4"thk,NFRC rated(SHGC=0.31),50%drapes,medium, 50%outdoor Insect screen,6.67 ft head ht Doors (none) Ceilings (none) Floors 19C-Obstp-Fir floor,frm flr, 10"thkns,tele flr fnsh,tight bsmt ovr,r-11 247 0 368 11.0 1 36 336 0.23 56 wall insul s 2017-Aug-02 15 08 22 ,, wrightsoft® Right-Suite®Universal 2017 17 0 17 RSU25329 Page 7 JOK'+C+I� Prolectl rup Calc=MJ8 Front Doorfaces NE Component Constructions Job: Manzie-2017-3 wrightsoft® Date: Aug 02,2017 Den By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island, NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems corn Web WWW Radiant InsulSystems.Com Project • • For Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-744-2655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb (°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb( F) - 72 Shielding/stories 3 (partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ff Btuh/ft'-°F ft?°F/Btuh Btuh/ft' Btuh Btuh/ft' Btuh Walls 12F-Osw Frm wall,vnl ext, 1/2"wood shth,r-21 cav Ins,1/2"gypsum n 27 0.065 21.0 364 100 0.78 21 board int fnsh,2'x6"wood frm,16"o.c.stud ne' 69 0.065 21.0 3.64 251 078 54 e 27 0.065 21.0 3.64 100 0.78 21 nw 72 0 065 21.0 3.64 261 0.78 56 all 196 0.065 21.0 3.64 712 078 153 Partitions (none) Windows 4A4-2ow.2 glazing,clr outr,argon gas,wd frm mat,clr low-e Innr, 1/2" n 11 0.300 0 168 181 6.34 68 gap, 1/4"thk;NFRC rated(SHGC=0.31),50%drapes,medium,50% ne 12 0.300 0 16.8 203 163 197 outdoor insect screen;6 67 ft head ht a 11 0.300 0 16.8 181 240 259 nw 36 0 300 0 16.8 608 16.3 590 all 70 0.300 0 168 1172 160 1114 Doors (none) Ceilings (none) Floors 19C-Obstp Fir floor,frm flr, 10"thkns,tele flr fnsh,tight bsmt ovr,r-11 177 0 368 11 0 136 241 0.23 40 wall Insul A;. wrightsoft® 2017-Aug-02 15 08.22 Right-Suite®Universal 2017 17 0 17 RSU25329 AOM Project1.rup Calc=MJ8 Front Door faces NE Page 8 Component Constructions Job: Manzie-2017-3 wrightsoft® Date: Aug 02,2017 Bath 1 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems.com Web WWW.Radiant InsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation. 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb (°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb(°F) - 72 Shielding/stories 3(partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ft' Btuh/ft?°F ft?°F/Btuh Btuh/ft' Btuh BtuhRt' Btu Walls 12F-Osw:Frm wall,vnl ext, 1/2"wood shth,r-21 cav ins, 1/2"gypsum ne 36 0.065 21.0 3.64 131 0.78 28 board Int fnsh,2"x6"wood frm, 16"ox.stud Partitions (none) Windows (none) Doors (none) Ceilings (none) Floors 19C-Obstp,Fir floor,frm flr,10"thkns,tile fir fnsh,tight bsmt ovr,r-11 69 0.368 11.0 136 94 0.23 16 wall tnsul 2017-Aug-02 15 08 22 , wrightsoft`° Right-Swtee Universal 2017 17 0 17 RSU25329 Page 9 JOM Protectt rup Calc=MJ8 Front Door faces NE Component Constructions Job: Manzie-2017-3+wrightsof ® Date: Aug 02,2017 Foyer By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email Anthony)@RadiantInsulSystems com Web WWW.Radiant]nsulSystems.Com Project • • For- Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue,;N.Y. 11935 Phone: 631-744-2655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb (°F) 16 84 Infiltration: Dally range(°F) - 15 ( L ) Method Blower door Wet bulb (°F) - 72 Shielding/stories 3 (partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ft' Btuhtff--°F ft?°F/Btuh Btuh/ft' Btu Btuh/ft' Btuh Walls 12F-Osw Frm wall,vnl ext, 1/2"wood shth,r-21 cav Ins, 1/2"gypsum ne 47 0.065 21.0 364 170 0.78 36 board Int fnsh,2"x6"wood frm, 16"ox stud Partitions 1217-Osw Frm wall,stucco ext,r-21 cav Ins, 1/2"gypsum board Int 72 0.065 21.0 3.64 262 0.30 22 fnsh,2"x6"wood frm, 16"o.c.stud Windows 4A4-2ow 2 glazing,clr outr,argon gas,wd frm mat,clr low-e Innr, 1/2" ne 21 0.300 0 16.8 353 16.3 343 gap,1/4"thk,NFRC rated(SHGC=0.31);50%drapes,medium,50% outdoor insect screen;2 ft overhang(4.5 ft window ht, 133 ft sep.); 6 67 ft head ht 4A4-2ow:2 glazing,cir outr,argon gas,wd frm mat,clr low-e Innr,1/2" ne 13 0.300 0 168 225 18.1 243 gap, 1/4"thk,NFRC rated(SHGC=O 31),50%drapes,medium;5 ft overhang(6 7 ft window ht,2.33 ft sep),6.67 ft head ht Doors 11 DO.Door,wd sc type ne 21 0 390 0 21 8 459 905 190 Ceilings 16B-50ad Attic ceiling,asphalt shingles roof mat,r-50 cell Ins,1/2" 54 0 020 500 1 12 60 093 50 gypsum board Int fnsh Floors 19C-Obstp:Fir floor,frm fir, 10"thkns,tele fir fnsh,tight bsmt ovr,r-11 117 0 368 110 136 159 0.23 26 wall Insul 2017-Aug-02 15 08 22 wrightsoft' Rtght-Sude®Universal 2017 17 0 17 RSU25329 Page 10 AC+CA Prolectl rup Calc=MJ8 Front Door faces NE Component Constructions Job: Manzie-2017-3 wrightsoft® Component Date: Aug 02,2017 Mud Room By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems.corn Web WWW.Radiant]nsulSystems Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue,,N.Y. 11935 Phone: 631-7442655 Design • • • Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb(°F) - 72 Shielding/stories 3(partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476'cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ft' Btuh/ft'--°F ft?°F/Btuh Btuh/ft' Btu Btuh/F Btu Walls 12F-Osw Frm wall,vnl ext,1/2"wood shth,r-21 cav ins, 1/2"gypsum se 69 0.065 21.0 3.64 250 0.78 54 board Int fnsh,2"x6"wood frm, 16"o c.stud Partitions 12F-Osw Frm wall,stucco ext,r-21 cav Ins,1/2"gypsum board int 126 0.065 21.0 3.64 459 0.30 38 fnsh,2"x6"wood frm, 16"o.c.stud Windows 4A4-2ow•2 glazing,clr outr,argon gas,wd frm mat,clr low-e Innr, 1/2" se 12 0.300 0 16.8 206 20.5 252 gap,1/4"thk,NFRC rated(SHGC=0.31),50%drapes,medium,50% outdoor insect screen,6 67 ft head ht Doors (none) Ceilings (none) Floors 19C-Obstp.Flr floor,frm flr,10"thkns,tele flr fnsh,tight bsmt ovr,r-11 113 0.368 11.0 1.36 154 023 26 wall Insul 2017-Aug-02 15 08 22 AQ� wrightsoft® Right-Suites Universal 2017 17 0 17 RSU25329 Page 11 -4M Prolectl rup Calc=MJ8 Front Door faces NE Component Constructions Job: Manzie-2017-3 wrightsofo Date: Aug 02,2017 Laundry By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email Anthony)@RadiantlnsulSystems.com Web WWW.RadiantlnsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design. Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor:, Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb (°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb (°F) - 72 Shielding/stories 3(partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Cig HTM Gain it, Btuhlft'--°F ft'-°F/Btuh Btuh/ft' Btuh Btuh/ft' Btuh Walls 12F-Osw Frm wall,vnl ext, 1/2"wood shth,r-21 cav ins, 1/2"gypsum ne 104 0.065 21.0 3.64 379 0.78 81 board int fnsh,2"x6"wood frm, 16"o.c.stud se 48 0.065 21.0 3.64 175 0.78 37 all 152 0.065 21.0 3.64 553 0.78 119 Partitions (none) Windows (none) Doors (none) Ceilings 16B-50ad:Attic ceiling,asphalt shingles roof mat,r-50 cell ins,1/2" 78 0.020 50.0 1.12 87 0.93 73 gypsum board int fnsh Floors 20P-30w:Fir floor,frm flr, 10"thkns,hrd wd flr fnsh,r-2 ext ins,r-30 4 0.035 300 1.96 8 0.23 1 cav ins,gar ovr 2017-Aug-02 15 08 22 wrightsoft' Right-Sudee Universal 2017 17 0 17 RSU25329 Page 12 -40M Pro/ectl.rup Calc=MJ8 Front Door faces,NE +wrightsoft® Component Constructions Date: Aug 02,20173 Master Bedrrom By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW.RadiantlnsulSystems Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8_ 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb(°F) - 72 Shielding/stories 3(partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ft' Btuh/ft'°F ft'-°F/Btuh Btuh/ft' Btu Btuh/W Btuh Walls 12F-Osw Frm wall,vnl ext,1/2"wood shth,r-21 cav Ins, 1/2"gypsum sw 118 0.065 21.0 3.64 430 0.78 92 board int fnsh,2"x6"wood firm,16"o c.stud nw 128 0.065 21.0 3.64 466 0.78 100 all 246 0.065 21.0 3.64 895 0.78 192 Partitions (none) Windows 4A4-2ow.2 glazing,clr outr,argon gas,wd frm mat,cir low-e innr,1/2" sw 18 0.300 0 16.8 302 168 303 gap,1/4"thk;NFRC rated(SHGC=0.31),50%drapes,medium;50% outdoor Insect screen;2 ft overhang(4.5 ft window ht, 1.33 ft sep.); 6.67 ft head ht Doors (none) Ceilings 1613-50ad:Attic ceiling,asphalt shingles roof mat,r-50 cell Ins,1/2" 272 0.020 50.0 1.12 305 0.93 254 gypsum board int fnsh Floors (none) 2017-Aug-02 15 08 22 wrightsoft' Right-Suite®Universal 2017 17 0 17 RSU25329 Page 13 /tC +CA Pro/ectl.rup Calc=MJ8 Front Door faces NE Component Constructions Job: Manzie-2017-3 +wrightsofl Date: Aug 02,2017 Master Bathroom By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email Anthony)@Radiant]nsulSystems.com Web WWW.Radiant InsulSystems Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805Alvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design C• • • Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb(°F) - 72 Shielding/stories 3 (partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ft' Btuh/fi-°F ft'-°F/Btuh BtuhV Btuh Btuh/ft' Btu Walls 12F-Osw.Frm wall,vnl ext, 1/2"wood shth,r-21 cav ins, 1/2"gypsum n 24 0.065 21.0 3.64 87 078 19 board int fnsh,2"x6"wood firm, 16"o.c.stud ne 94 0.065 21.0 3.64 340 0.78 73 e 24 0 065 21.0 3.64 87 0.78 19 nw 72 0.065 21.0 3.64 262 0.78 56 all 213 0.065 21.0 3.64 776 078 166 Partitions (none) Windows 4A4-2ow:2 glazing,cir outr,argon gas,wd firm mat,clr low-e Innr,1/2" in 10 0.300 0 16.8 170 6.34 64 gap, 1/4"thk,NFRC rated(SHGC=O 31),50%drapes,medium;50% ne 11 0.300 0 16.8 176 16.3 171 outdoor Insect screen;2 ft overhang(4.5 ft window ht, 1.33 it sep.); a 10 0.300 0 16.8 170 22.9 232 6 67 ft head ht all 31 0.300 0 16.8 517 15.2 467 Doors (none) Ceilings 16B-50ad•Attic ceiling,asphalt shingles roof mat,r-50 cell ins, 1/2" 189 0.020 50.0 1.12 212 093 177 gypsum board int fnsh Floors (none) At wrights® 2017-Aug-02 15 08 22 ft® Right-Suite®Universal 2017 17 0.17 RSU25329 Page 22 I'm Protectl.rup Calc=MJ8 Front Door faces NE ' Component Constructions Job: Manzie-2017-3 +'wrightsofe Date: Aug 02,2017 Stairs/Hall By: Anthony Jones Radiant Insulation Systems I 390 Middle Country Rd,Middle Island,NY 11953 Phone*631-879-2851 Email.Anthony.@RadiantlnsulSystems corn Web WWWRadiantlnsuiSystems.Com ---------Project Information For: Mathews Residence, Manzi Homes East, LLC 6805Alvahs Lane, Cutchogue,;N.Y. 11935 Phone: 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41'°N Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb(°F) - 72 Shielding/stories 3 (partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ft' Btuh/W--°F ft-°F/Btuh Bluh/(t' Btu BtuhRP Btuh Walls 12F-Osw:Firm wall,vnl ext, 1/2"wood shth,r-21 cav Ins,1/2"gypsum ne 56 0.065 21.0 3.64 204 0.78 44 board Int fnsh,2"x6"wood frm,16"o.c.stud Partitions (none) Windows (none) Doors (none) Ceilings 16B-50ad.Attic ceiling,asphalt shingles roof mat,r-50 ceil Ins,1/2" 151 0.020 50.0 1.12 169 0.93 141 gypsum board int fnsh Floors (none) 2017-Aug-02 15 08 22 wrightsoft' Right-Sudeo Universal 2017 17 0 17 RSU25329 Page 15 AM Pro/ectl.rup Calc=MJ8 Front Door faces NE +1wrightsoft, Component Constructions Date: Aug 02,20173 Bathroom 3 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web:WWW.RadiantlnsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue,'N.Y. 11935 Phone: 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb(°F) - 72 Shielding/stories 3 (partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain it, Btuhlft'-°F ft'-°FBtuh Btuhtft' Btu BtuhAt' Btuh Walls 12F-Osw:Frm wall,vnl ext, 1/2"wood shth,r-21 cav ins, 1/2"gypsum se, 38 0.065 21 0 3.64 138 0.78 30 board Int fnsh,2"x6"wood frm, 16"o.c.stud Partitions (none) Windows 4A4-2ow.2 glazing,clr outr,argon gas,wd frm mat,clr low-e innr,1/2" se. 18 0.300 0 16.8 302 16.8 303 gap,1/4"thk;NFRC rated(SHGC=0.31);50%drapes,medium,50% outdoor insect screen;2 ft overhang(4.5 ft window ht,1.33 ft sep.); 6.67 ft head ht Doors (none) Ceilings 1613-50ad:Attic ceiling,asphalt shingles roof mat,r-50 cell ins, 1/2" 57 0.020 50.0 1.12 64 0.93 53 gypsum board int fns Floors (none) 2017-Aug-02 15 08 22 wrightsoft' Right-Suftee Universal 2017 17 0 17 RSU25329 Page 16 ACM Protectl.rup Calc=MJ8 Front Door faces NE Component Constructions Date: Aug 02,20173 . +1wrightsoft, Bedroom 3 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email Anthony'J@Radiant]nsulSystems.com Web WWW Radiant]nsulSystems Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb (°F) 16 84 Infiltration: Dally range(°F) - 15 ( L ) Method Blower door Wet bulb (°F) - 72 Shielding/stories 3 (partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ft' 6tuhM-°F ft'-°F/Btuh Bluh/ft' Btuh MOM' Btuh Walls 12F-Osw Firm wall,vnl ext,1/2"wood shth,r-21 cav ins, 1/2"gypsum se 96 0.065 21.0 364 349 0.78 75 board int fnsh,2"x6"wood firm, 16"o.c.stud sw 86 0.065 210 364 313 0.78 67 all 182 0.065 21 0 364 662 0.78 142 Partitions (none) Windows 4A4-2ow 2 glazing,clr outr,argon gas,wd firm mat,clr low-e innr,1/2" sw 18 0.300 0 16.8 302 16.8 303 gap, 1/4"thk;NFRC rated(SHGC=0.31);50%drapes,medium,50% outdoor Insect screen;2 ft overhang(4.5 ft window ht,1.33 ft sep.); 6.67 ft head ht Doors (none) Ceilings 16B-50ad:Attic ceiling,asphalt shingles roof mat,r-50 ceil ins, 1/2" 162 0 020 50.0 1.12 181 093 151 gypsum board int fnsh Floors (none) 2017-Aug-02 15 08 22 .� + wrightsoft® Right-Sudee Universal 2017 17 0.17 RSU25329 Page 17 ,AM Prolectl rup Calc=MJ8 Front Door faces NE Component Constructions Job: Manzie-2017-3+ wrightsof ® Date: Aug 02,2017 Bedroom 2 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@Radiant]nsulSystems.com Web WWW.Radiant Ins ulSystems Com Project • • For: Mathews Residence, Manzi Homes East, LLC -6805 Alvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-744-2655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation 82 ft Design TD (°F) 56 9 Latitude: 41'N Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb (°F) - 72 Shielding/stories 3 (partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ft' 6luh/ft2-'F ft?"F/Btuh Btuh/ft' Btuh MOM Btuh Walls 12F-Osw:Frm wall,vnl ext, 1/2"wood shth,r-21 cav ins, 1/2"gypsum sw 102 0.065 21.0 3.64 371 0.78 80 board Int fnsh,2"x6"wood firm, 16"o.c.stud Pardtions (none) Windows 4A4-2ow 2 glazing,clr outr,argon gas,wd firm mat,clr low-e innr,1/2" sw 18 0.300 0 16.8 302 16.8 303 gap, 1/4"thk;NFRC rated(SHGC=0.31),50%drapes,medium,50% outdoor insect screen;2 ft overhang(4 5 ft window ht,1.33 ft sep.); 6.67 ft head ht Doors (none) Ceilings 16B-50ad•Attic ceiling,asphalt shingles roof mat,r-50 cell ins, 1/2" 140 0.020 50.0 1.12 157 0.93 131 gypsum board intfnsh Floors (none) 2017-Aug-02 15.08.22 wrightsoft' Right-Sudee Universal 2017 17.0.17 RSU25329 Page 18 Prolectl rup Calc=MJ8 Front Door faces NE +1wrightsoft® Component Constructions Job: Manzie-2017-3 Date: Aug 02,2017 Bathroom 2 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW.RadiantlnsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Method Blower door Wet bulb (°F) - 72 Shielding/stories 3(partial) / 1 Wind speed (mph) 15.0 7.5 Pressure/AVF 50 Pa/ 1476 cfm Construction descriptions Or Area U-value Insul R Htg HTM Loss Clg HTM Gain ft' Btuh/R'--°F ft'-°F/Btuh Btuhftt' Btuh Btuh/ft' Btuh Walls (none) Partitions (none) Windows (none) Doors (none) Ceilings 16B-50ad-Attic ceiling,asphalt shingles roof mat,r-50 cell Ins, 1/2" 40 0.020 50.0 1.12 45 0.93 37 gypsum board Int fns Floors (none) 2017-Aug-02 15 08 22 ,� wrightsoft' Right-Suite®Universal 2017 17.0.17 RSU25329 Page 19 � Prolectl rup Calc=MJ8 Front Door faces,NE Pro ect Summa Job: Manzie-2017-3 �+ wrightsoft® ry Date: Aug 02,2017 Entire House By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems com Web WWW RadiantlnsulSystems Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-744-2655 Notes: Required for permit. Must be field verified. Design Information Weather. Brookhaven, NY, US Winter Design Conditions Summer Design Conditions Outside db 16 OF Outside db 84 OF Inside db 72 OF Inside db 75 OF Design TD 56 OF Design TD 9 OF Daily range L Relative humidity 50 % Moisture difference 32 gr/lb Heating Summary Sensible Cooling Equipment Load Sizing Structure 23913 Btuh Structure 17184 Btuh Ducts 5613 Btuh Ducts 4479 Btuh Central vent (112 cfm) 6869 Btuh Central vent (112 cfm) 1141 Btuh Humidification 0 Btuh Blower 0 Btuh Piping 0 Btuh Equipment load 36395 Btuh Use manufacturer's data n Rate/swing multiplier 0.89 Infiltration Equipment sensible load 20364 Btuh Method Blower door Latent Cooling Equipment Load Sizing Shielding/stories 3 (partial) / 1 Pressure/AVF 50 Pa 1 1476 cfm Structure 2055 Btuh Ducts 514 Btuh Central vent (112 cfm) 2436 Btuh Heating Cooling Area (ft') 2228 2228 Equipment latent load 2570 Btuh Volume(ft') 19395 19395 Air changes/hour 0.38 0.18 Equipment total load 22933 Btuh Equiv.AVF (cfm) 123 58 Req. total capacity at 0.70 SHR 2.4 ton Heating Equipment Summary Cooling Equipment Summary Make n/a Make n/a Trade n/a Trade n/a Model n/a Cond n/a AHRI ref n/a Coil n/a AHRI ref n/a Efficiency n/a Efficiency n/a Heating input Sensible cooling 0 Btuh Heating output 0 Btuh Latent cooling 0 Btuh Low output baseboard 700 Btuh/ft Total cooling 0 cfm/Btuh Total low baseboard 31 ft Actual air flow 0 in H2O High output baseboard n/a Air flow factor 0 Total high baseboard Static pressure Space thermostat Load sensible heat ratio Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. wrightsoft' Right-Suite®Universal 2017 17 0 17 RSU25329 2017-Aug-02 15 22 Paagg e 1 RCCA Projectl.rup Calc=MJ8 Front Door faces NE Project Summa Job: Manzie-2017-3 'wrightsoft' Date: Aug 02,2017 First Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems.com Web WWW Radiant InsulSystems.Com Proiect Information For: Mathews Residence, Manzi Homes East, LLC 6805 Alvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Notes: Required for permit. Must be field verified. Design Information Weather- Brookhaven, NY, US Winter Design Conditions Summer Design Conditions Outside db 16 OF Outside db 84 OF Inside db 72 OF Inside db 75 OF Design TD 56 OF Design TD 9 OF Daily range L Relative humidity 50 % Moisture difference 32 gr/Ib Heating Summary Sensible Cooling Equipment Load Sizing Structure 13678 Btuh Structure 9972 Btuh Ducts 2846 Btuh Ducts 2270 Btuh Central vent (64 cfm) 3941 Btuh Central vent (64 cfm) 655 Btuh Outside air Outside air Humidification 0 Btuh Blower 0 Btuh Piping 0 Btuh Equipment load 20465 Btuh Use manufacturer's data n Rate/swing multiplier 0.89 Infiltration Equipment sensible load 11517 Btuh Method Blower door Latent Cooling Equipment Load Sizing Shielding/stories 3 (partial) / 1 Pressure/AVF 50 Pa/ 1476 cfm Structure 1444 Btuh Ducts 260 Btuh Central vent (64 cfm) 1398 Btuh Heating Cooling Outside air Area(ft') 1139 1139 Equipment latent load 3102 Btuh Volume(ft') 10683 10683 Air changes/hour 0.35 0.17 Equipment total load 14619 Btuh Equiv.AVF (cfm) 63 30 Req. total capacity at 0.70 SHR 1.4 ton Heating Equipment Summary Cooling Equipment Summary Make Rheem Make Rheem Trade RHEEM Trade RHEEM Model R96VA0402317MSA Cond RA1618AJlNA AHRI ref 7501310 Coil RCF2421HTAMCA+R96VA0402317MSA AHRI ref 7940365 Efficiency 96AFUE Efficiency 13.0 EER, 16 SEER Heating input 42000 Btuh Sensible cooling 12600 Btuh Heating output 41000 Btuh Latent cooling 5400 Btuh Low output baseboard 700 Btuh/ft Total cooling 0.049 cfm/Btuh Total low baseboard 24 ft Actual air flow 0.80 in H2O High output baseboard Air flow factor 0.81 Total high baseboard Static pressure Space thermostat Load sensible heat ratio Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. ^- 22 wrilghtsoft' Right-Suite®Universal 2017 17 0 17 RSU25329 2017-Aug-02 1 Pag9e 2 SCA Proiectl rup Calc=MJS Front Door faces NE Job: Manzie-2017-3 +wrightsoft', Project Summary Date: Aug 02,2017 Second Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@Radiant InsulSystems com Web WWWRadiantlnsulSystems.Com Proiect Information For Mathews Residence, Manzi Homes East, LLC 6805 Alvahs Lane, Cutchogue, N.Y. 11935 Phone. 631-7442655 Notes: Required for permit. Must be field verified. Design• • • Weather: Brookhaven, NY, US Winter Design Conditions Summer Design Conditions Outside db 16 OF Outside db 84 OF Inside db 72 OF Inside db 75 OF Design TD 56 OF Design TD 9 OF Daily range L Relative humidity 50 % Moisture difference 32 gr/Ib Heating Summary Sensible Cooling Equipment Load Sizing Structure 10235 Btuh Structure 7212 Btuh Ducts 2767 Btuh Ducts 2209 Btuh Central vent (48 cfm) 2928 Btuh Central vent (48 cfm) 486 Btuh Outside air Outside air Humidification 0 Btuh Blower 0 Btuh Piping 0 Btuh Equipment load 15930 Btuh Use manufacturer's data n Rate/swing multiplier 0.89 Infiltration Equipment sensible load 8847 Btuh Method Blower door Latent Cooling Equipment Load Sizing Shielding/stories 3(partial) / 1 Pressure/AVF 50 Pa/ 1476 cfm Structure 611 Btuh Ducts 254 Btuh Central vent (48 cfm) 1038 Btuh Heating Cooling Outside air Area(ft') 1089 1089 Equipment latent load 1903 Btuh Volume(ft') 8712 8712 Air changes/hour 0.41 0.19 Equipment total load 10750 Btuh Equiv.AVF (cfm) 60 28 Req. total capacity at 0.70 SHR 1.1 ton Heating Equipment Summary Cooling Equipment Summary Make Rheem Make Rheem Trade RHEEM Trade RHEEM Model R96VA0402317MSA Cond RA1618AJlNA AHRI ref 7501310 Coil RCF2421HTAMCA+R96VA0402317MSA AHRI ref 7940365 Efficiency 96AFUE Efficiency 13.0 EER, 16 SEER Heating input 42000 Btuh Sensible cooling 12600 Btuh Heating output 41000 Btuh Latent cooling 5400 Btuh Low output baseboard 700 Btuh/ft Total cooling 0.064 cfm/Btuh Total low baseboard 19 ft Actual air flow 0.80 in H2O High output baseboard Air flow factor 0.84 Total high baseboard Static pressure Space thermostat Load sensible heat ratio Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. wri htsoft® 2017-Aug-02 15 08 22 9 Right-Suite®Universal 2017 17.0 17 RSU25329 Page 3 ACCA Proiectl rup Calc=MJ8 Front Door faces NE Job: Manzie-2017-3 +Iwrightsoft® AED Assessment Date: Aug 02,2017 Entire House By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems.com Web WWW Radiant Ins ulSystems Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude. 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb (°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Wet bulb(°F) - 72 Wind speed (mph) 15.0 7.5 Test forAdequate Exposure Diversity Hourly Glazing Load 9,000-- 8,000-- 7,000-- 6,000-- 0 ,0008,0007,0006,0000 5,000 m Fi N 4,000-- 3,000-- 2,000-- 1,000-- 0 ,0003,0002,0001,0000 8 9 10 11 12 13 14 15 16 17 18 19 20 Hour of Day /Houdy /Average /AED Ind Maximum hourly glazing load exceeds average by 43.8%. House does not have adequate exposure diversity(AED), based on AED limit of 30%. AED excursion: 856 Btuh (PFG - 1.3*AFG) A wr9i htsoRight-Sude�1 Universal 2017 17 ft® 2017-Aug-02 15 08 23 �, .0.17 RSU25329 Page 1 ACCP Prolectl.rup Calc=MJ8 Front Door faces NE AED Assessment Job: Manzie-2017-3 +wrilghtsoft® Date: Aug 02,2017 First Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone,631-879-2851 Email AnthonyJ@Radiant Ins ulSystems.com Web WWW Radiant InsulSystems.Com Project, • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb (°F) 16 84 Infiltration: Dally range(°F) - 15 ( L ) Wet bulb (°F) - 72 Wind speed (mph) 15.0 7.5 Test forAdequate Ex • • Hourly Glazing Load 7,000 6,000 5,000 t m 4,000 0 m N N 3,000- 2,000-- 1,000-- 0 ,0002,0001,0000 8 9 10 11 12 13 14 15 16 17 18 19 20 Hour of Day /Hourly /Average /AED limit Maximum hourly glazing load-exceeds average by 44.0%. Zone does not have adequate exposure diversity (AED), based on AED limit of 30%. AED excursion: 599 Btuh (PFG -1.3*AFG) AR wri htsoft® 2017-Aug-02 15 08 23 ,v^� — 9 Right-Buda®Universal 2017 17.0.17 RSU25329 Page 2 )m Prolectl rup Calc=MJ8 Front Door faces NE AED Assessment Job: Manzie-2017-3 / +Iwrightsoft® Date: Aug 02,2017 Second Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW.Radiant Ins ulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805 Alvahs Lane, Cutchogue, N.Y. 11935 Phone 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 oN Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Wet bulb (°F) - 72 Wind speed (mph) 15.0 7.5 Test forAdequate Exposure Hourly Glazing Load 2,800-- 2,600-- 2,400-- 2,200-- 2,000-- 1,800-- 1,600 ,8002,6002,4002,2002,0001,8001,600 1,400-- 1,200-- 1,000-- 800-- 600-- 400-- 200-- 0 ,4001,2001,0008006004002000 8 9 10 11 12 13 14 15 16 17 18 19 20 Hour of Day /Haudy /Average /AED Ind Maximum hourly glazing load exceeds average by 43.4%. Zone does not have adequate exposure diversity (AED), based on AED limit of 30%. AED excursion: 257 Btuh (PFG - 1.3*AFG) 4 wri htsoft' 2017-Aug-02 15 08 23 9 Right-Sude®Universal 2017 17.0 17 RSU25329 Page 3 /4rm Prolectl rup Calc=MJ8 Front Door faces NE +�-wrightsoft® Right-M Worksheet Job: Manzie-2017-3 Entire House Date: Aug 02,2017 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island, NY 11953 Phone 631-879-2851 Email,AnthonyJ@RadiantlnsulSystems.com Web WWW.Radiant InsulSystems.Com 1 Room name Entire House Second Floor 2 Exposed wall 258.8 ft 136.4 ft 3 Room height 8.7 ft d 8.0 ft d 4 Roam dimensions 5 Room area 2228.0 ft' 1089 0 ft' Ty Construction LI-value Or HTM Area (ftp Load Area (ftp Load number (Btuh/W°F) (Btuor perimeter (ft) (Bt h) or perimeter (ft) (Btuh) Heat Cool Gross N/P/S Heat Cool Gross N/P/S Heat Cool 6 V,V 121f-0sw ---- -- 0.065 -n 3.64 - 0.78'---72---51 --- 186---- 40 --3-4- 24-_ V 87--- 19 ;LG 4A4-2ow 0.300 in 16.80 6.34 10 0 170 64 10 0 170 64 A _ 4A4-2qN_ _._,j.300_ n 16.80 6.34_ 11 .___ _O_- 181 _- ___68 _____ 0 _ _ 0 __ 0_ __ 0 12F--Osw 0 065 ne 3.64 0.78 483 405 14749f6 264 254 923 198 11 4A4-2ow 0 300 ne 16.80 18.12 13 0 225 243 0 0 0 0 4A4-2ow 0.300 ne 1680 1631 32 0 529 514 11 0 176 171 4A4-2ow 0 300 ne 16.80 16.31 12 0 203 197 0 0 0 0 11 DO 0.390 ne 21 84 905 21 21 459 190 0 0 0 0 _-_-__ 12F-0sw --- ----- -- 0.065 a 3.64 _0 78 - ' 72 ---*-5i --- 166 -- 40 - 34 24 --- -87 -' 19 4A4-2ow 0.300 a 16.80 22.91 10 1 170 232 10 1 170 232 4A472ow___,----_ ---0.300-e_-__ 16.80__--24.05------11 -_- 0----,--j 81 259 __----- 0_---.__.0 ---0- 12F-Osw 0.065 se 364 0.78 425 383 1393 299 200 182 662 142 4A4-2ow 0.300 se 1680 1684 18 5 302 303 18 5 302 303 _--_ 4A4-2ow_____-_______ -0 300 se ___16.80 _ _2.0.52___ _ 24 _ ______0__ _i408 498 __0,--_- 0___ -_0__, _ 0 W 12F-Osw 0.065 sw 3.64 - 0.78 165 619 2253 483 360 306 1114 239 tl4A4-2ow 0.300 sw 16.80 16.84 54 14 907 909 54 14 907 909 4A4-2ow 0.300 sw 16.80 20.52 12 0 202 246 0 0 0 0 -4 4-2owd_____ ---0.300_sw_----16.80 __20.52-_--_-80 --0 ---1344--- -1642 -- ----0 ---- _-0 --- ---0---0 W, 1217-0sw 0 065 nw 3.64 0.78 425 389 1415 303 200 200 728 156 _ -G 4A42ow^-__ -„0 300 nw _16.80___16 31 _--36______.0 _ __ 608 __ 590_. _-__0___ ___0 .______0 _-_- .0 P-_ _- 12F-0sw _ ___ 0.065 - -_____3.64 _ 0.30' -198 _ -198 _ ----721 -- -----59 --- --0 ------- 0 -- -0 - ___O C 1613-50ad _ 0.020 1 12 _ 0.93 1143 1143 1280 _1068 _ 1_089 _ 1_089 1.220 _ 1017 0.368=_ 1.36 ___0.23 -1139 _ _.1139 _1549 _2570_ __0 0 F 20P-30w 0.035 196 0.23 4 4 8 1 4 4 8 1 6 c)AED excursion 856 257 Envelope loss/gain 16355 9676 6554 3726 12 a) Infiltration 7559 588 3681 286 b) Room ventilation 0 0 0 0 13 Intemal gains Occupants @ 230 4 920 0 0 Appliances/other 6000 3200 Subtotal(lines 6 to 13) 23913 17184 10235 7212 Less external load 0 0 0 0 Less transfer 0 0 0 0 Redistribution 0 0 0 0 14 Subtotal 23913 17184 10235 7212 15 Duct loads 23% 26% 5613 4479 27% 31% 2767 2209 Total room load 29526 21663 13002 9421 LowlHigh Baseboard/Cool Air 59 42 1200 26 19 600 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. wrightsoftm 2017-Aug-02 15 08 23 ACCP. Right-Sude®Universal 2017 17.0.17 RSU25329 Page 1 Pro/ectl rup Calc=MJ8 Front Door faces NE - wrightsoft® Right-J®Worksheet Job: Manzie-2017-3 Entire House Date: Aug 02,2017 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems.com Web WWW Radiant InsulSystems Com 1 Room name First Floor 2 Exposed wall 122.4 ft 3 Room height 94 ft d 4 Room dimensions 5 Room area 1139 0 ft' Ty Construction Ll-value Or HTM Area (ftp Load Area Load number (Btuh/ff-°F) (Btuh/ft� or perimeter (ft) (Bt h) or perimeter Heat Cool Gross N/P/S Heat Cool Gross N/P/S Heat Cool 6 V�, 12F-Osw - - - - 0.065 n' - -3.64 - 0.78- 38 - 27 - 100 - 21 --- --- ---- ---- -- - --- -- -- - 4A4-2ow 0.300 n 16.80 6.34 0 0 0 0 4A4-2ow _ _ _ 0.300 n_ - 16_80 634 _ --_ 11 _0_._ _ 181 _ 68 12F-Osw 0 065 ne 364 078 219 152 552 118 11 4A4-2ow 0.300 ne 1680 1812 13 0 225 243 4A4-2ow 0.300 ne 16.80 16.31 21 0 353 343 4A4-2ow 0.300 ne 16.80 16.31 12 0 203 197 11DO 0.390 ne 84 ___ 9.05 21 21 459 190 12F-Osw 0.065 e --21 3.64 0.78 38 27 100 21 4A4-2ow 0 300 a 16.80 2291 0 0 0 0 _ 4A4-2ow _ _ __. _ ._ 0300 _e_ 16.80_-24.05__ _-11 -_0 181 __259 W 12F-Osw 0 065 se 364 0.78 225 201 731 157 IH4A4-2ow 0 300 se 1680 1684 0 0 0 0 4A42ow __0.300 se- _ 1680 _ 2052 24_ - _ _0 _ 40 s 8 _ 498 W 12F-Osw 0.065 w 3.64 0.78 405 313 1139 244 - 4A4-2ow 0.300 sw 16.80 16.84 0 0 0 0 4A4-2ow 0.300 sw 16.80 20.52 12 0 202 246 4A4-2owd _ 0.300_sw 16.80 __ 20.52 __ _ 80 --0 _ _ 1344 _ 1642 W. - 12F-Osw 0 065 nw 3.64 0.78 225 189 687 147 -i 4A4-2ow 0.300 nw __ 16 80 16.31 36 0 608 590 P 12F-0sw_ _ -- - -_ 0.065 .J,_ --3-.-64 _--0.90 198 LL-- -198- --- 721 59 - --50 C 11613-50a-d 0.020 1.12-- ----0.93 54 - -- 54 60 50 --- - --- - - - ---- -- - ---- - -- - - - - --- - - - - -- - - - - ----- - - --- -- --- F- _ 19C-0bstp- _ __ _- _0 368_ __ __ 1.36 .__ 0.23 1139 1139__-- 1,549 257 F 20P-30w -01-035 1.96 023 0 0 0 0 6 c)AED excursion 599 Envelope loss/gain 9800 5951 12 a) Infiltration 3878 302 b) Room ventilation 0 0 13 Internal gains Occupants @ 230 4 920 Appliances/other 2800 Subtotal(lines 6 to 13) 13678 9972 Less external load 0 0 Less transfer 0 0 Redistribution 0 0 14 Subtotal 13678 9972 15 Duct loads 21% 23% 2846 2270 Total room load 16524 12242 LowlHigh Baseboard/Cool Air 33 24 600 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. -�- wrigF�tsoft- 2017-Aug-02 15.08 23 Right-Sude®Universal 2017 17 0 17 RSU25329 Page 2 �� Prolectl rup Calc=MJ8 Front Door faces NE wrightsoft° Right-M Worksheet Job: Aug02,2017-3 First Floor Date: Aug 02,2017 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems.com Web WWW Radiant InsulSystems.Com 1 Room name First Floor Kitchen/Dining 2 Exposed wall 122 4 ft 420 ft 3 Room height 94 ft d 90 ft heat/cool 4 Room dimensions 26.0 x 16.0 ft 5 Room area 1139.0 ft2 4160 ft2 Ty Construction Ll-value Or HTM Area (ftp Load Area (ftp Load number (Btuh/ft'°F) (Btuh/ftj or perimeter (ft) (Bt h) or perimeter (ft) (Btuh) Heat I Cool Gross N/P/S Heat Cool Gross N/P/S Heat Cool 6 V,V - 12F-Osw - -- -0.065 -e - -3 - 0 78 ------3s-- ---27 ------100 21 - 6- - - -6 - - 0 4A4-2ow 0.300 n 000 0.00 0 0 0 0 0 0 0 0 4A4-2ow 0.300 n 16.80 6.34 11 0 181 68 0 0 0 0 12F-Osw 0.065 ne 364 0.78 219 152 552 118 0 0 0 0 11 4A4-2ow 0 300 ne 16 80 18.12 13 0 225 243 0 0 0 0 4A4-2ow 0 300 ne 1680 1631 21 0 353 343 0 0 0 0 4A4-2ow 0 300 ne 1680 1631 12 0 203 197 0 0 0 0 -11-DO-- 0.390 ne 21.84 9.05 21 21 459 190 0 0 _0 0 V,V - 12F-Osw - 0.065 a 3.64 0.78 y 38 - 27 100 -- 21 - 0 0 0 0 4A4-2ow 0.300 a 0.00 0.00 0 0 0 0 0 0 0 0 4A4-2ow _ - _ 0300_ a ____16.80_____24.05 _ ___11 ___O _ 181 _259 0 _ _0__ _ __0 _ ___ 111 12F-Osw 0 065 se 3.64 0.78 225 201 731 157 144 132 480 103 4A4-2ow 0 300 se 000 0.00 0 0 0 0 0 0 0 0 _ 4A4-2ow 0.300 se _ _16.80 _2.0.52 ___ 24 0 _ 408 498 _ _ _ 12_ 0 _ _ 202 _ 246 W 12F-Osw 0.065 sw 3.64 0.78 405 - 313 1139 244 234 182 -662 142 Ll4A4-2ow 0 300 sw 0.00 0.00 0 0 0 0 0 0 0 0 4A4-2ow 0 300 sw 16.80 20.52 12 0 202 246 12 0 202 246 4A4-2owd _ __ 0 300 sw_ _ 16.80 --20.52--- -80 ---Q _ 1344_ __ _1642 _ _ 40-- ----0- _ _ _672 _821 W 12F-Osw 0 065 nw 3.64 0 78 225 189 687 147 0 0 0 0 -_G- 4A4-2ow _ 0 300 nw 1680 16.31 36 _0_ _ _608 590 _- _ 0 _ __ 0 -0 - 0 -P_ 121F-Osw - - -- 0.065 - 3.64 _ 0.30.__. 198 __. - 198 __ 721 - _ _ 59--,- 0 _ _ _ 0 _ 0 _ _ - -0 C 1613-50ad 0.020 1.12_ _ 093_ _ 54 54 60 -50 0 0- -0 0 F -- - - --- - - - 19C-0bstp _ _ 0.368 -_ ---1.36 49 257 416 416- 566_ 0.23 __ 1139 1139 _ - _ __15. __ _ _ _ _ _ _ __ _ 94 F 20P-30w 0.035 000 000 0 0 0 0 0 0 0 0 6 c)AED excursion 599 257 Envelope loss/gain 9800 5951 2784 1909 12 a) Infiltration 3878 302 1274 99 b) Room ventilation 0 0 0 0 13 Internal gains Occupants @ 230 4 920 2 460 Appliances/other 2800 1000 Subtotal(lines 6 to 13) 13678 9972 4058 3469 Less external load 0 0 0 0 Less transfer 0 0 0 0 Redistnbution 0 0 0 0 14 Subtotal 13678 9972 4058 3469 15 Duct loads 21% 23% 2846 2270 21% 23% 844 789 Total room load 16524 122424902 4258 LowlHigh Baseboard!Cool Air 33 24 600 10 7 209 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. 23 wrightsoft® Right-Suite@ Universal 2017 17 0 17 RSU25329 2017-Aug-02 1 Page 3 '�� Prolectl.rup Calc=M.18 Front Door faces NE 9 wrightsoft® Right-J®Worksheet Job: Aug02,2017-3 First Floor Date: Aug 02,2017 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems corn Web WWW.Radiant]nsulSystems.Com 1 Room name Living Room Den 2 Exposed wall 32.0 ft 29.4 ft 3 Room height 9.0 ft heat/cool 90 ft heat/cool 4 Room dimensions 19.0 x 130 ft 10 x 177 0 ft 5 Room area 247.0 ft2 177 0 ft2 Ty Construction U-value Or HTM Area (ft2) Load Area (ft2) Load number (Btuh/ft2-°F) (Btuh/ft2) or perimeter (ft) (Bt h) or perimeter (ft) (Btuh) Heat Cool Gross N/P/S Heat Cool Gross N/P/S Heat Cool 6 12F-0sw --0.- 0.065 --n - 3.64 0.78 - - 0 - 0---- -- 0 - --- 6-- - 38 -'- -0 - ---1-06 --2f 4A4-2ow 0.300 n 0.00 0.00 0 0 0 0 0 0 0 0 -- 4A4-2ow - -- 0.300 0- 16.80 -6- - - 0 - - --0 -- 0 - 0 - 11- 0 -181 --68 12F-Osw 0 065 ne 3.64 0.78 0 0 0 0 81 69 251 54 11 4A4-2ow 0 300 ne 16.80 18.12 0 0 0 0 0 0 0 0 4A4-2ow 0.300 ne 16.80 16.31 0 0 0 0 0 0 0 0 4A4-2ow 0 300 ne 1680 16.31 0 0 0 0 12 0 203 197 11D0 0.390 ne 21.84 9.05 0 _0 0 0 0 0 0 0 --------- --- ---- -------- d.-66-6 - --- - -9.64 1Tl 4A4-2 w a 0.78 0 0 0 0 38 27 100 21 I�GG 4A4-tow 0.300 a 0.00 0.00 0 0 0 0 0 0 0 0 4A472ow-_- --_-_-- - -0.300--e_ ---16.80 _-24.05 _--_ _ 0__---- 0_ -_--0 _-_-- 0__--- 11 _--_-0--_j 81- 259 12F-0sw 0 065 se 364 0.78 0 0 0 0 0 0 0 0 4A4-2ow 0 300 se 000 0.00 0 0 0 0 0 0 0 0 4A4-2ow - 0300 _se 1680 _-_20,52 0 _ _ 0 ,_0 __-_0 -- _ 0_ _ 0 0 0 W 12F-0sw 0.065 sw 3.64 0.78 171 131 477 102 0 0 0 0 4A4-2ow 0 300 sw 0.00 0.00 0 0 0 0 0 0 0 0 4A4-2ow 0.300 sw 16.80 20.52 0 0 0 0 0 0 0 0 4A42owd _0.300 sw, _-_16.80 - _20.52 __ 40 _ - 0_-_-__-672 - 821 _ __-0 0 - -0. .._ yJ 12F-0sw 0.065 nw 364 078 117 117 426 91 108 72 261 56 -_�__ 4A4-tow -- _ _ _ _-0.300 nw _ 1680 _ _1631 _-_ _ _O --0 _ __ _0 _- _O_ _ 36_- __ 0 _ -_608 _ _590 P -,- 12F_-0-0sw- --- -- _-- - _ 0.065-- -- _ -3.64 --0-.30 -0 ---- 0-- _ 0 --- ---0- •- -- 0 C 166-544 0 020 1 12 093 0 _ 0 0 0 0 0 o 0 -------- -- ----- ----- - ---- -- - ---- - -- - -241 -- -- - ---- - - -- - -- -- ----- -- --- -- F 19C-0bstp---.._ _ _ 0.368- - _ -1J6 0.23 _ _ _ 247_ _ _ 336 56 177- .__177_ _- 241 -----40 F 20P-30w 0.035 0.00 000 0 0 0 0 0 0 0 0 6 c)AED excursion 329 -17 Envelope loss/gain 1911 1400 2125 1289 12 a) Infiltration 971 76 895 70 b) Room ventilation 0 0 0 0 13 Internal gains Occupants @ 230 2 460 0 0 Appliances/other 900 9o0 Subtotal(lines 6 to 13) 2881 2835 3019 2259 Less external load 0 0 0 0 Less transfer 0 0 0 0 Redistribution 0 0 0 0 14 Subtotal 2881 2835 3019 2259 15 Duct loads 21% 23% 600 645 21% 23% 628 514 Total room load 3481 3480 3647 2773 LowlHigh Baseboard/Cool Air 71 5 1711 1 7 5 136 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. -�- wrightsoft® Right-Sude®Universal 2017 17 0 17 RSU25329 2017-Aug-02 15 23 'CC` Prolectl rup Calc=MJ8 Front Door faces NE Paagg e 4 -F�-wrightsoft® Right-JO Worksheet Job: Mamie,2017-3 First Floor Date: Aug 02,2017 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW.RadiantlnsulSystems Com 1 Room name Bath 1 Foyer 2 Exposed wall 4.0 ft 6.0 ft 3 Room height 90 ft heat/cool 127 ft heat/cool 4 Room dimensions 1 0 x 690 ft 13.0 x 90 ft 5 Room area 69 0 ft' 117.0 ft' Ty Construction U-value Or HTM Area (ftp Load Area (ftp Load number (Btuh/W-F) (Btuh/ft� or perimeter (ft) (Btuh) or perimeter (ft) (Btuh) Heat I Cool Gross N/P/S Heat Cool Gross N/P/S Heat Cool ---- --- - -- - --- - -----n' - - -- - - -- - -- - - -- --- ---- ------ ------- 6 W 12F-0sw 0.065 364 0 78 0 0 0 0 0 0 0 0 4A4-2ow 0.300 n 0.00 0.00 0 0 0 0 0 0 0 0 4A42ow 0.300 n 16.80 6.34 0 0 0 0 0 0 0 0 12F-Osw 0.065 ne 364 0.78 36 36 131 28 102 47 170 36 11 4A4-2ow 0.300 ne 16.80 1812 0 0 0 0 13 0 225 243 4A4-2ow 0.300 ne 16.80 1631 0 0 0 0 21 0 353 343 4A4-2ow 0 300 ne 16.80 1631 0 0 0 0 0 0 0 0 11DO 0390 ne 2184 9.05 0 0 0 0 21 21 459 190 12F-0sw - - -- 0.065 e ----21 3.64 0.78 --- -0 0 -- -0- 0 0 0 - 0 0 4A4-2ow 0.300 a 0.00 0.00 0 0 0 0 0 0 0 0 - _ 4A4-2ow-- --_---0.300_e_- 16.80__-24.05_ __-_-- 0 __ -- _0 _ _ 0 _-- _ -0 -- 0_ ----___0 ---.___0- W 12F-0sw 0.065 se 3.64 0.78 0 0 0 0 0 0 0 0 4A4-2ow 0 300 se 000 000 0 0 0 0 0 0 0 0 4A4-2ow_ _ 0 300_ se_- 16.80 _ 20_52_ 0_ _ 0 _ _0 0 0 0 0 _ _0 W 12F-0sw 0.065 sw 3.64 0.78 0 0 0 0 0 0 0 0 4A42ow 0.300 sw 0.00 0.00 0 0 0 0 0 0 0 0 4A4 ow 0.300 sw 16.80 20.52 0 0 0 0 0 0 0 0 --- 4A4-2owd _-- _ --------0.300-sw--- 16.80 _ _20.52___--_ 0 -----0-- _-- -0_ --- -_0 --_-- --0 _ _--_0_ -- ---0 _ --_-- -0 W 12F-0sw 0 065 nw 3.64 0.78 0 0 0 0 0 0 0 0 4A42ow- -- - - 0 300_ nw _ 16.80 16.31 -- - - 0 - -0 0 - 0 - - 0 --0 - - -0 P___ _ 12F-0sw - __- _0.065-------7U4--___3.64 - 0.30 0 _ _ ---0-__-. - 0 0 72 __ - 72_ _ 262 - ----22 C 16B-50ad 0.020 112 0.93 0 0 0 0 54 54 60 50 F_ 19C-0bstp_ _.- _ - _0.368 - _1.36 -_-0.23------69__ _ 699416 117 _ 117 _-- - 159 _--26 F 20P-30w 0.035 0 00 000--- 0 0 0 0 0 0 0 0 6 c)AED excursion -2 -41 Envelope loss/gain 225 41 1688 869 12 a) Infiltration 121 9 344 27 b) Room ventilation 0 0 0 0 13 Internal gains Occupants @ 230 00 0 0 Appliances/other 0 0 Subtotal(lines 6 to 13) 346 51 2032 896 Less external load 0 0 0 0 Less transfer 0 0 0 0 Redistribution 0 0 0 0 14 Subtotal 346 51 2032 896 15 Duct loads 21% 23°/a 72 12 21% 23% 423 204 Total room load 418 62 2454 1099 LowlHigh Baseboard/Cool Air 1 1 3 5 4 54 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. �. 08 23 -Fp- wrightsoft® Right-Suite®Universal 2017 17.0.17 RSU25329 2017-Aug-02 1 Page 5 Prolectt.rup Calc=MJ8 Front Door faces NE vwrightsoft, Right-M Worksheet Job: Manzie-2017-3 First Floor Date: Aug 02,2017 Radiant Insulation Systems By: Anthony Jones 390 Middle Country Rd, Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@Radiant Ins ulSystems.com Web WWW.Radiant InsulSystems Com 1 Room name Mud Room 2 Exposed wall 9.0 ft 3 Room height 9.0 ft heat/cool 4 Room dimensions 1 0 x 1130 ft 5 Room area 113 0 ft2 Ty Construction U-value Or HTM Area (ftp Load Area Load number (Btuh/ft'°F) (Btuh/ft� or perimeter (ft) (Btuh) or perimeter Heat Cool Gross N/P/S Heat Cool Gross N/P/S Heat Cool - - --- -- ------------ - ---------- - ----- ------ -- ------ ----- ------ 6Vr:t1217-0sw 0.065 -n 3.64 0.78 0 0 0 0 4A4-2ow 0.300 n 0.00 0.00 0 0 0 0 4A4-2ow 0.300 -n 1680 6.34 0 0 0 0 ----- --- - -- -- ---- ---- - -------- - -- -- ----- - -------- ------- - -- ---- -- --- -- ---- -- -- -- W 12F-Osw 0 065 ne 364 078 0 0 0 0 11 4A4-2ow 0 300 ne 16.80 1812 0 0 0 0 4A4-2ow 0 300 ne 16.80 16.31 0 0 0 0 4A4-2ow 0 300 ne 16.80 16.31 0 0 0 0 11 DO 0.390 ne 21.84 905 00 0 0 �j 12F-0sw - 0.065 e -3.64 0.78 - - 0 - y 0 - 0 - 0- I--G 4A4-2ow 0.300 a 0.00 0.00 0 0 0 0 -I----G 4A4 tow--- -- ---.0.300 -e---- 16.80 ---24.05---- --0 ---- -------0-------0 1217-0sw 0.065 se 364 0.78 81 69 250 54 4A4-2ow 0.300 se 000 000 0 0 0 0 4A4-2ow 0 300 se 1680 2052 12 0 206 252 - W 1217-0sw - - - - 0.065 sw - 364 0 78- - 4A4-2ow 0.300 sw 0.00 000 0 0 0 0 4A4-2ow 0 300 sw 16.80 20.52 0 0 0 0 4A4-2owd _ _ 0.300 sw-. 16.80 2052_ ___- 0_--- -0_ --_,0_ _ 0-_ --_ - -- _ -_ ___-------__ _tW 12F-0sw 0 065 nw 3.64 0.78 0 0 0 0 _ _- 4A4-2ow_ _ _ __ _ __ _ 0.300_nw _ _ 16 80_ 1631 0 0 0 0 P _ 1217-0sw _ _ _ _ 0.065 = _ 3.64 ----0.30 _ _ __ 126 . .---126 _- ---459 ___-__ 38 C 16B-50ad _0.020 112 0.93 0 0 0 0 - --- -- -- -- ------ ---- - - ----------- - - -- --- --- -- - - - --- F- 19GObstp _ _ 0.368--_ ----1.36 _ ---0.23__------113 -__ 113 -154 -- _ ---26 _-- F 20P-00w 0.035 0.00 000 0 0 0 0 6 c)AED excursion 74 Envelope loss/gain 1069 443 12 a) Infiltration 273 21 b) Room ventilation 0 0 13 Internal gains Occupants @ 230 0 0 Appliances/other 0 Subtotal(lines 6 to 13) 1342 464 Less external load 0 0 Less transfer 0 0 Redistribution 0 0 14 Subtotal 1342 464 15 Duct loads 21% 23% 279 106 Total room load 1621 569 LowlHigh Baseboard/Cool Air 3 2 28 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. .= -Fl+ wrightsoft- 2017-Aug-02 15 08 23 Right-Suite®Universal 2017 17 0 17 RSU25329 Page 6 'CC*,` Prolectl rup Calc=MJ8 Front Door faces NE " wrightsoft° Right-J®Worksheet Job: Manzie-2017-3 Second Floor Date: Aug 02,2017 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd, Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems com Web WWW.RadiantlnsulSystems Com 1 Room name Second Floor Bathroom 2 2 Exposed wall 136 4 ft O ft 3 Room height 80 ft d 8.0 ft heat/cool 4 Room dimensions 5.0 x 8.0 ft 5 Room area 1089 0 ft2 400 ft2 Ty Construction LI-value Or HTM Area (ft2) Load Area (ft2) Load number (Btuh/ft2-°F) (Btu ft2) or perimeter (ft) (Bt h) or perimeter (ft) (Btuh) Heat Cool Gross N/P/S Heat Cool Gross N/P/S Heat Cool 6 V+J- - 12F-Osw-- - - - -- 0.065 n ---3.64 - 078 - 34 - -24 ----87 - " 19 --- 0 -- - 0- -0 -0 jL��l 4A4-2ow 0.300 n 16.80 634 10 0 170 64 0 0 0 0 444-2ow 0.300 n 0.00 0.00 0 0 0 0 0 0 0 0 12F-Osw 0.065 ne 364 078 264 254 923 198 0 0 0 0 11 4A4-2ow 0.300 ne 000 000 0 0 0 0 0 0 0 0 4A4-2ow 0.300 ne 16.80 16.31 11 0 176 171 0 0 0 0 4A4-2ow 0.300 ne 0.00 0.00 0 0 0 0 0 0 0 0 11DO 0.390 _ne ___ 000 0.00 0 0 0 0 0 0 0 0 12F-0sw 0.065 a 364 0.78 34 24 87 19 0 6 -6 0 4A4-2ow 0.300 a 16.80 2291 10 1 170 232 0 0 0 0 _-- 4A4-2ow __-- _ _ -----0.300 --e- _- 0.00--- 0.00 _-- _ 0 _ _ --0 _ _ _-0_-- -_0 _ ___ _0 _---- -_ 0_ -- _ _0 12F-Osw 0 065 se 3.64 0.78 200 182 662 142 0 0 0 0 4A4-2ow 0 300 se 1680 1684 18 5 302 303 0 0 0 0 -__ 4A4-2ow _ __ - _ 0.300 se 0.00 -000- 0 0 __ _ ___0 ___ 0 -0-- 0 0 - _ 0 1217-0sw 0.065 sw 3.64 360 306 1114 239 0 0 0 (Y 4A4-2ow 0.300 sw 16.80 16.84 54 14 907 909 0 0 0 0 4A4-2ow 0.300 sw 000 0.00 0 0 0 0 0 0 0 0 4A4-2owd 0.300.sw __ 0.00 - _ 000 _ _- 0__- _0 _ ------o _0 0 __ _-_0_-____ 0 12F-Osw 0.065 nw 364 0.78 200 200 728 156 0 0 0 0 T-G_ 4A4-2ow _ ___0.300 nw __000 _0.00 _ 0 0 0 0 0 0 0 0 - ----- - -- - -- - ---- --- -------- ---- ----- -- - - -- P ,_. 12F 0sw _ - 0.065 _= 000 0.00 _ _0-- ---0 _ ---_0 __--_ -0 --_-- 0 -- -- _0 -- ___-0 _ ..- __A C 16B-50ad 0 020 --- - 1 12 0.93 10.81220 1017 40.9 1089 _ 40 45 37 --- -- ---------- - - -------- - - -- - - -- - - ----- - If- --- 190-Obstp__ -- -- _0.368 = 0.00 0.00 _-- 0 _ 0 _0 _ --__-- _0 - -_ - - - -- 0 - 0- -0 0 F 20P-30w 0 035 -A-96 0.23 4 4 8 1 0 0 0 0 6 c)AED excursion 257 -3 Envelope loss/gain 6554 3726 45 34 12 a) Infiltration 3681 286 0 0 b) Room ventilation 0 0 0 0 13 Internal gains Occupants @ 230 0 0 0 0 Appliances/other 3200 0 Subtotal(lines 6 to 13) 10235 7212 45 34 Less external load 0 0 0 0 Less transfer 0 0 0 0 Redistribution 0 0 0 0 14 Subtotal 10235 7212 45 34 15 Duct loads 27% 31% 2767 2209 27% 31% 12 10 Total room load 13002 9421 57 45 LowlHigh Baseboard/Cool Air 26 19 600 0 0 3 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. - wrightsoft® 2017-Aug-02 15 O8 23 Right-Suite®Universal 2017 17.0 17 RSU25329 Page 7 ACCK Prolectl rup Calc=MJ8 Front Door faces NE wrightsoftRight-JO Worksheet Job: Manzie-2017-3 Second Floor Date: Aug 02,2017 Radiant Insulation Systems By: Anthony Jones 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW.RadiantlnsulSystems.Com 1 Room name Laundry Master Bedrrom 2 Exposed wall 19.0 ft 330 ft 3 Room height 80 ft heat/cool 80 ft heat/cool 4 Room dimensions 13.0 x 60 ft 170 x 16.0 ft 5 Room area 78 0 ft2 272.0 ft2 Ty Construction U-value Or HTM Area (ft2) Load Area (ft2) Load number (Btuh/ft2-°F) (Btu ft2) or perimeter (ft) (Bt h) or perimeter (ft) (Btuh) Heat I Cool Gross N/P/S Heat Cool Gross N/P/S Heat Cool 6 12F-0sw ___..__._ --•- 0.085 F 3.64 '---0.79 p _-0-----O --_--0 0 --0 0----O ----0 4A4-2ow 0.300 n , 16.80 6.34" 0 0 0 0 0 0 0 0 4A4-2ow - 0.300 _n 0.00 0.00 0 0 0 0 0 0 0 - 0 12F-Osw --0 065 nes 364 078- 104�- 104�- -379 �- 81 --- 0--- -- 0�---0 - - 0 11 4A4-2ow 0 300 ne 000 0.00 0 0 0 0 0 0 0 0 4A4-2ow 0 300 ne 1680 1631 0 0 0 0 0 0 0 0 4A4-2ow 0 300 ne 000 0.00 0 0 0 0 0 0 0 0 11D00.390 ne 0.00 0.00 0 0 0 0 0 0 0 0 -_...- _.__- __.,__-n _.._, -_.. ___.._._ 12F-0sw 0.065 a 3.64 - 0.78 - 0�""' 0 -` _-�--0-___ U.--,--_._O .0 _. _`0 _.-�0 4A4.2ow 0.300 a 16.80 2291 0 0 -0 0 0 0 0 0 4A472ow-__---_.._ --_---0.3Q0 -e_ _.-_0.00 --.-0.00__-_w0 0__-;__.^0_____o 12F-0sw 0.065 se 3.64 0.78 48 48 175 37 0 0 0 0 4A4-2ow 0 300 se 1680 1684 0 0 0 0 0 0 0 0 4A4-2ow0.300_se -__0 00 0.00 0 0-__ 0 0_ _. _ 0 0 _ _ _ 0 0 W -- 12F 0sw __a---•_-__,.----.-0.065 sw 3.64 ' -0.78 - p _ 0 O_._ _._0 - __136 4A4-2ow 0.300 sw 16.80 16.84 0 0 0 0 18 5 302 303 4A4-2ow 0.300 sw 0.00 0.00 0 0 0 0 0 0 0 0 4A4-2owd.-...._.___ _,0.300-sw- --0.00 _"-0.00 --- ----0 _____j0----.-__0 0„-_ -0 __.---- --------0 ---- --0 W, 12F-0sw 0 065 nw 364 078 0 0 0 - 0 128 128 466 100 L_G 4A4-2ow 0 300 nw 000 _ 0 00 _ 0 0_ 0 _ ._ r0_._ _ 0 0 ___ 0 0 P _A 12F-Osw_ _ _ --0.065_ _ _ 0.00 --_0.00 _- 0 __0 _-.-w U - __ 0 _ '0 M - _ 0^_ _ 0..� _�0 C ___ 1613-50ad 0.020 1.12 _�0.93____._78---.-__78-_- 87 _----T--_73-- -•___7 _272 272 305 _ 254 _-=-_0.368_ - _-----._ . -_0.00 - =_0.00...._ 0 __._0 ---`.-.-0 F 20P-30w 0 035 . - 1 96 023 44__•_y 8 1 0 0 0 0 6 c)AED excursion -61 50 Envelope loss/gain 648 131 1502 1 799 12 a) Infiltration 512 40 890 69 b) Room ventilation 0 0 0 0 13 Internal gains Occupants @ 230 00 0 0 Appliances/other 500 900 Subtotal(lines 6 to 13) 1161 671 2392 1768 Less external load 0 0 0 0 Less transfer 0 0 0 0 Redistribution 0 0 0 0 14 Subtotal 1161 671 2392 1768 15 Duct loads 27% 31% 314 205 27% 31% 647 542 Total room load 1475 876 3039 2310 LowlHigh Baseboard/Cool Air 3 2 56 1 6 4 1 147 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. . - wrightsoft® 2017-Aug-02 15.08 23 Right-Suile®Universal 2017 17 0.17 RSU25329 'CCK Prolectl rup Calc=MJ8 Front Door faces NE Page 8 -Fb-wrrightsoft® Right-M Worksheet Job: Manzie-2017-3 Second Floor Date: Aug 02,2017 Radiant Insulation Systems By: Anthony Jones 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW Radiant InsulSystems.Corn 1 Room name Master Bathroom Stairs/Hall 2 Exposed wall 30.4 ft 70 ft 3 Room height so ft heat/cool 80 ft heat/cool 4 Roam dimensions 1.0 x 189 O ft 1 0 x 151 O ft 5 Room area 189 0 ft2 151 0 ft2 Ty Construction U-value Or HTM Area (ftl Load Area (ftp Load number (Btuh/ft'°F) (Btuh/ft� or perimeter (ft) (Btuh) or perimeter (ft) (Btuh) Heat I Cool Gross N/P/S Heat Cool Gross N/P/S Heat Cool 6 W '- 12F-Osw - -6-06-5_n - 3.64 0.78-- 34-- 24-87 --l§ - -----0 _- O-----0 -__0---0 -----o 4A4-2ow 0.300 n 16.80 6.34 10 0 170 64 0 0 0 0 - - 4A4-2ow_ ----0_300- n __ 0_00 _ 0.00 _ --04 94 0 -- --0 - 0 . .... _ _0 --�---0 --- -0 --- -0- ---0 W 12F-Osw 0.065 ne 364 0 78 1 340 73 56 56 204 44 11 4A4-2ow 0.300 ne 000 000 0 0 0 0 0 0 0 0 4A4-2ow 0 300 ne 1680 16.31 11 0 176 171 0 0 0 0 4A4-2ow 0 300 ne 0.00 0.00 0 0 0 0 0 0 0 0 11 DO0 390 ne 0.00 0.00 0 _0 0 0 0 0 0 0 12F-0sw- -- f 0.065' e _3.64 - 0.78 J-_-34 _ 24 _..._._-87 19 _� ._0�_.____O -_ _-__0__. -0 4A4-2ow 0.300 a 16.80 2291 10 1 170 232 0 0 0 0 4A4-2ow--_--.-._ - 0.300_e-__0.00._--0.00-_ 0- 0___0___ _O --__-_--0 _0 -----__0 Vel 12F-Osw 0.065 se 364 078 0 0 0 0 0 0 0 0 ;LAG 4A4-2ow 0.300 se 1680 1684 0 0 0 0 0 0 0 0 4A4-2ow.,_--_-__ _ ._ __ 0 300 se 0.00 000 0 0 0 0 0 0 0 0 __ _._ _._ _ _e ._.... - W 2-,F--O-sw- 0.065 sw 3.64 0.78 0 0 0-"`-___._O ----- _ 0 ._ 0_.--_._ 0 _ - _O 4A4-2ow 0.300 sw 16.80 _ 16.84 0 0 0 0 0 0 20 0 4A4-2ow 0 300 sw 0.00 0.00 0 0 0 0 0 0 0 0 4A472owd..------------- _.0.300-sw_.-.-_0.00 -0.00_0.00_____------ --_._._0___. 0 ,--0 0------0-_. ...-0 12F-Osw 0.065 nw 364 078 72 72 262 56 0 0 0 0 _--_ 4A4-2ow .__..- ._- 0,300 nw .___.0.00__ 0 00----- 0 _----0 -------_0 __r 0 ---0 0 0 0 P_=_..-_ 12F_-0sw_-- -_.------ __...._._0.065 -_. O.00 ..._-0.00__.__----0--_--__0 0 _0 ._-0_.----- 0 _- - --0---- -_0_ C -__ -;1613SOad-_ - 0 020 1 12, 0.93-__ 189 -__ 189-_ 212 __ 177 151- 151 169 141_ _.._.0.368�._ -_--0.00_4.0.00_--__ _0-=-� 0 _---.__0._�_.. U_._.-_--o---0 .------0 -__-__0 F 20P-30w. O035 _^1 96 _.._.-0.23. 0_- -0 - - _0 _ 0 ,--r0 - - 0- -0 - -0 6 c)AED excursion -62 -17 Envelope loss/gain 1504 749 373 168 12 a) Infiltration 822 64 189 15 b) Room ventilation 0 0 0 0 13 Internal gains Occupants @ 230 0 0 0 0 Appliances/other 0 0 Subtotal(lines 6 to 13) 2326 813 562 183 Less external load 0 0 0 0 Less transfer 0 0 0 0 Redistribution 0 0 0 0 14 Subtotal 2326 813 562 183 15 Duct loads 27% 31% 629 249 27% 31% 152 56 Total room load 2955 1061 714 239 LowlHigh Baseboard/Cool Air 6 4 68 1 1 15 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. wrightsoft- 2017-Aug-02 15 08 23 Right-SudeO Universal 2017 17.0.17 RSU25329 Page 9 ACC-11'` Pro/ectl.rup Calc=MJ8 Front Door faces NE • -�-vtrrightsoft® Right-J®Worksheet Job: Manzie-2017-3 Second Floor Date: Aug 02,2017 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW.RadiantlnsulSystems Com 1 Room name Bathroom 3 Bedroom 3 2 Exposed wall 70 ft 25.0 ft 3 Room height 80 ft heat/cool 80 ft heat/cool 4 Room dimensions 1.0 x 570 ft 1.0 x 162 0 ft 5 Room area 57.0 ft2 162 0 f? Ty Construction U-value Or HTM Area (ftp Load Area (ftp Load number (Btuh/ftz°F) (Btuh/ftj or perimeter (ft) (Bt h) or perimeter (ft) (Btuh) Heat Cool Gross N/P/S Heat Cool Gross N/P/S Heat Cool 6 12F-Osw 0.065 n 3.64 6 78 ---' 0- -- U-- 0 0 7--"'-o -----o �j) 4A4-2ow 0.300 n , 16.80 6.34 0 0 0 0 0 . 0 0 0 �G 4A4-2ow _. .._. -_ 0.300_ n . 0_00 _4_40__-.---0 - --- _0 0 0 _ 0 W 12F-Osw 0.065 ne 3.64 0.78 0 0 0 0µ 0 --� 0 - 0 0 11 4A4-2ow 0 300 ne 000 0.00 0 0 0 0 0 0 0 0 4A4-2ow 0 300 ne 16.80 1631 0 0 0 0 0 0 0 0 4A4-2ow 0 300 ne 000 0.00 0 0 0 0 0 0 0 0 11 DO0.390 ne 000 000 0 0 0 0 0 0 0 0 w_ 12F-ds -_._______.. ---- --d.-66-5 a -3t4 -.--6.78 _-_.__0 --O--___ -_ �.0 O _.__ .--_-O, 4A4-2ow 0.300 a 16.80 22.91 0 0 0 0 0' 0 0 0 4A4.2ow_.----_..._-0.300 -e_.. _0 00___._0.00_.----.0 0_----- _0 ...-----o___0----.-0_--.__-0_--------0 12F-Osw 0 065 se 364 078 56 38 138 30 96 96 349 75 4A42ow 0 300 se 1680 1684 18 5 302 303 0 0 0 0 -__ 4A42ow _� '-6.b-66-4W- _0 300_se__ 0.00 0.00_ _.- _0 0 0 0 0 0 0 0 W 12F Osw 0.065 -sw 3.64. . 0.78 - 0 0 '. - 0' - 0�- 104 --' 86 - -Y - 61 4A43132ow 0.300 sw 16.80 16.84 0 0 0 0 18 5 302 303 I--G 4A42ow 0.300 sw 0.00 0.00 0 0 0 0 0 0 0 0 ►►►►------CGGG 4A4-2owd_____- __ -0.300_sw_ 0.00---0.00 0_____0 -_-_.__0_ _0 _ -'_0------._0 ...-.__-o- -0 W 12F-Osw 0 065 nw 364 078 0 0 0 0 0 0 0 0 L-_G 4A42ow 0 300 nw 000 000 0 _ 0 _ _0 __ 0 0 _ 0 0 0 F 12F Osw _ _ _' 0.065 v O.OQ._-0 00 --0_M�_ --0-_^ O _ ®0 _- _0 0 - -..0_. .---o C 16B-50ad 0 020 1.12 0 93 57 57 64 53 162 162 181 151 F__` 19C,Obstp_.-_.-_._._--_ ----j0368.--=-------0.00 0.00_-_-_0__---0____=_0 _-__--0.m_--_--0 0035 1.96 0.23 -_ a .--__ _0-__ 0 0 . 0-----_- a ._ - 0 6 c)AED excursion 212 64 Envelope loss/gain 505 598 1146 661 12 a) Infiltration 189 15 674 52 b) Room ventilation 0 0 0 0 13 Internal gains Occupants @ 230 0 0 0 0 Appliances/other 0 900 Subtotal(lines 6 to 13) 693 613 1821 1613 Less external load 0 0 0 0 Less transfer 0 0 0 0 Redistribution 0 0 0 0 14 Subtotal 693 613 1821 1613 15 Duct loads 27% 31% 187 188 27% 31% 492 494' Total room load 881 800 2313 2107 LowlHigh Baseboard/Cool Air 2 1 51 5 3 134 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. -�- wrightsc ft- Right-Suite®Universal 2017 17.0.17 RSU25329 2017-Aug-02 15 08 23 ACCP. Page 10 Prolectl rup Calc=MJ8 Front Door faces NE • - - wrightsoft, Right-M Worksheet Job: Manzie-2017-3 Second Floor Date: Aug 02,2017 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@Radiant Ins ulSystems com Web WWW.Radiant Ins ulSystems.Com 1 Room name Bedroom 2 2 Exposed wall 150 ft 3 Room height 80 ft heat/cool 4 Room dimensions 1.0 x 140 0 ft 5 Room area 1400 ftz Ty Construction U-value Or HTM Area (ftl Load Area Load number (Btuh/ft�°F) (Btuh/ft� or perimeter (ft) (Btuh) or perimeter Heat I Cool Gross N/P/S Heat Cool Gross N/P/S Heat Cool -- ------ -- -- ------------------ --- ---- -- ------------- --------------- --- -- 6 12F-0sw 0.065 n 3.64 0 78 0 0 0 0 4A42ow 0.300 n 16.80 6.34 0 0 0 0 4A4-2ow ---- - - 0.300- in - 0.00 --0-00 -- -0 -- 0- - - 0 --- ------- --------- ------ -- -- 12F-Osw 0 065 ne 3.64 078 0 0 0 0 11 4A4-2ow 0 300 ne 000 000 0 0 0 0 4A4-2ow 0 300 ne 1680 16.31 0 0 0 0 4A4-2ow 0 300 ne 000 0.00 0 0 0 0 11DO 0.390 ne 0.00 0 00 0 0 _0 0 W, 1217-0sw 0.065 a 3.64 0.78 0 -0 0 0 JL—�G 4A4-2ow 0.300 a 16.80 22.91 0 0 0 0 --_ - 4A42ow------- - --0.300---e-- ----0.00 --- 0.00 - 0 -----0 --- - - -0-- - - - - -- ----- --- —- W 12F-0sw 0.065 se 364 078 0 0 0 0 4A4-2ow 0 300 se 1680 1684 0 0 0 0 _-___ 4A4 tow _ ____.______._0.300 se 0.065 sw ___ 371 0 00 _-_0 00 0 _0 0.78 120 102 _ _ __0____ _ _. 0 80 - - - 4A4-tow 0.300 sw 16.80 16.84 18 5 302 303 4A4-2ow 0.300 sw 0.00 0.00 0 0 0 0 __-- -_4A4-2owd------------- -----0.300-sw, _ 0.00-----0.00 -- - 0- 0 -- 0 -- -- - 0 - - - �j 12F-Asw 0 065 nw 3.64 078 0 0 0 0 !_- G_ 4A4-2ow__ _ _ _ _ 0 300_nw-_ 0.00 __ 0.00 _ 0 0_.__ _ 0 ______ 0 P _ 32F-0-0sw_-- -0.065 •-- - -- 0.00-- -,0.00 __ - - -- -- - -- C 16B-50ad 0.020 1.12 0.93 140 140 157 131 --- -- -- ---- ------- -------- - - -------- ------ - ---- - - --- ----- - ------- - - -- - - - -- ---- - - F- --- 19C Obstp-_-- _ ___0 368 ____--_.0.00 _ _ 0.00 . __ _- 0 ---- 0 0 -_ F 20P-30w 0 035 1 96 023 0 0 0 0 6 c)AED excursion 73 Envelope loss/gain 830 586 12 a) Infiltration 405 31 b) Room ventilation 0 0 13 Intemal gains Occupants @ 230 0 0 Appliances/other 900 Subtotal(lines 6 to 13) 1235 1518 Less external load 0 0 Less transfer 0 0 Redistnbution 0 0 14 Subtotal 1235 1518 15 Duct loads 27% 31% 334 465 Total room load 1569 1983 LowlHigh Baseboard/Cool Air 3 2 126 Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. - wrightsoft- 2017-Aug-02 15.08 23 Right-Suite®Universal 2017 17 0 17 RSU25329 Page 11 AC;C` Prolectl rup Calc=MJ8 Front Door faces NE Loads for Multiple Orientations Job: Manzie-2017-3 +'wrightsoft', pDate: Aug 02,2017 Entire /,rouse By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@Radiant]nsulSystems.com Web WWW.Radiant Ins ulSystems Cam Project For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone. 631-744-2655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb (°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Wet bulb (°F) - 72 Wind speed (mph) 15.0 7.5 Front Door North Northeast East Southeast South Southwest West Northwest Sensible Load (Btuh) 18354 ' 20364 20595 19790 18012 19255 19963 19537 Latent Load (Btuh) 2570 2570 2570 2570 2570 2570 2570 2570 Total Load (Btuh) 20924 22933 23165 22360 20581 21825 22533 22106 Heating AVF (cfm) 1200 - 1200 1200 1200 1200 1200 1200 1200 Cooling AVF (cfm) 1200 1200 1200 1200 1200 1200 1200 1200 Building Orientation Cooling Load 25000 20000 m J 15000 0 10000-- 5000-- 0 000050000 N NE E SE S SW W NW Direction Front Door faces Current Orientation Front Door faces Northeast Highest Cooling Load: Front Door faces East Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. .� wrightsoft® Right-Suites Universal 2017 17 0 17 RSU25329 2017-Aug-02 15 08 27Page 1 SCA Prolectl rup Calc=MJ8 Front Door faces NE ® Loads for Multiple Orientations Job: Manzie-2017-3 wrightsoft Date: Aug 02,2017 Second Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island, NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW RadiantlnsulSystems Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design • • • Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude- 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Daily range(°F) - 15 ( L ) Wet bulb(°F) - 72 Wind speed (mph) 15.0 7.5 Front Door North Northeast East Southeast South Southwest West Northwest Sensible Load (Btuh) 8182 8847 9335 9111 8295 8859 8839 8980 Latent Load (Btuh) 1903 1903 1903 1903 1903 1903 1903 1903 Total Load (Btuh) 10086 10750' 11238 11014 10198 10763 10742 10883 Heating AVF (cfm) 600 600 600 600 600 600 600 600 Cooling AVF (cfm) 600 - 600 600 600 600 600 600 600 Building Orientation Cooling Load 15000-- 10000-- 0 5000100000 m c_ 0 0 0 ia 5000 0 H 0 N NE E SE S SW W NW Direction Front Door faces Current Orientation: Front Door faces Northeast Highest Cooling Load: Front Door faces East Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. 1 wrightsoft' Right-Suite®Universal 2017 17 0 17 RSU25329 2017-Aug-02 15 08 27 Page 2 ZCA Projectl rup Calc=MJ8 Front Door faces NE Loads for Multiple Orientations Job: Manzie-2017-3 - - wrightsofte Date: Aug 02,2017 First Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems com Web WWW.Radiant InsulSystems.Com Project • • For. Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Design Conditions Location: Indoor: Heating Cooling Brookhaven, NY, US Indoor temperature(°F) 72 75 Elevation: 82 ft Design TD (°F) 56 9 Latitude: 41 ON Relative humidity (%) 50 50 Outdoor: Heating Cooling Moisture difference(gr/Ib) 48.8 32.1 Dry bulb(°F) 16 84 Infiltration: Dally range(°F) - 15 ( L ) Wet bulb (°F) - 72 Wind speed (mph) 15.0 7.5 Front Door North Northeast East Southeast South Southwest West Northwest Sensible Load (Btuh) 10172 11517 11336 10687 9889 10732 11124 11026 Latent Load (Btuh) 3102 3102 3102 3102 3102 3102 3102 3102 Total Load (Btuh) 13274 14619 14438 13789 12991 13834 14226 14128 Heating AVF (cfm) 600 600 600 600 600 600 600 600 Cooling AVF (cfm) 600 600 600 600 600 600 600 600 Building Orientation Cooling Load 15000-- 10000-- 0 5000100000 m C_ O O U cu 5000 0 H 0 N NE E SE S SW W NW Direction Front Door faces Current Orientation: Front Door faces Northeast Highest Cooling Load: Front Door faces Northeast Calculations approved by ACCA to meet all requirements of Manual J 8th Ed. wrightsoft® Right-Sw2017-Aug-02 15 08 27tee Universal 2017 17 0.17 RSU25329 Page 3 �C� Prolectl rup Calc=MJ8 Front Door faces NE Load Multizone Summary Report Job: Manzie-2017-3 ` wrightsoft® Date: Aug 02,2017 By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW.RadiantlnsulSystems.Com Infiltration Heating Cooling ZONE NAME Volume ACH AVF HTM Volume ACH AVF HTM ft3 cfm Btuh/ftz ft' cfm Btuh/ft2 Second Floor 8712 0. 41 60 3 . 4 8712 0 . 19 28 0 .3 First Floor 10683 0.35 63 3 .4 10683 0 . 17 30 0.3 Entire House 19395 0 . 38 123 3 . 4 19395 0 . 18 58 0 .3 Load • AV-F Summary ROOM NAME Area Htg load Clg load Htg AVF Clg AVF ftZ Btuh Btuh cfm cfm Bathroom 2 40 57 45 3 3 Laundry 78 1475 876 68 56 Master Bedrrom 272 3039 2310 140 147 Master Bathroom 189 2955 1061 136 68 Stairs/Hall 151 714 239 33 15 Bathroom 3 57 881 800 41 51 Bedroom 3 162 2313 2107 107 134 Bedroom 2 140 1569 1983 72 126 Second Floor 1089 13002 9421 600 600 Kitchen/Dining 416 4902 4258 178 209 Living Room 247 3481 3480 126 171 Den 177 3647 2773 132 136 Bath 1 69 418 62 15 3 Foyer 117 2454 1099 89 54 Mud Room 113 1621 569 59 28 First Floor 1139 16524 12242 600 600 Entire House 2228 29526 21663 1200 1200 2017-Aug-02 15 08 28 wrightsoft® Right-Swte®Universal 2017 17 0 17 RSU25329 Page 1 �i� Project 1.rup Calc=M J 8 Front Door faces NE 4 kN Level 1 70 cfm 70 cfm 85 cfm 7 „ 85 cfm 6 7 Livi oo he Dining 14 " 600 cf 70 cfm 6 " 14 " 6 " 6 " 4 �� 45 cfm 6 " ath 1 6 " Mud Room Foy r en 5 cfm 45 cfm 15 cm 45 cfm 59 cfm 45 cfm 6 " 6 " Garage Job#: Manzie-2017-3 Radiant Insulation Systems Scale: 1 : 81 Performed by Anthony Jones for: Page 1 Mathews Residence 390 Middle Country Rd Right-Suite®Universal 2017 6805Alvahs Lane Middle Island, NY 11953 17 0.17 RSU25329 Cutchogue, NY. 11935 Phone631-879-2851 2017-Aug-02150959 . Phone. 631-744-2655 Projectl.rup WWW.RadiantinsulSystems.Com AnthonyJ@Rad... kN Level 2 t. 45'-0" 134 cfm 8 " 126 cfm 74 cfm 8 " 74 cfm 4 Bedroo 2 12 "Bedroom 3 3 fm Bathro m 2 Master Bedrrom 9 " 14 " 5 „ 25'-0" 51 cfm 600 cfm 5 " at room 3 5 Stai /Hall 6 " 6 " 68 cfm Open to Below Mas r Bathroom au ry 68 cfm 33 cfin 6 .1 68 cfm Job#: Mamie-2017-3 Radiant Insulation Systems Scale: 1 : 81 Performed by Anthony Jones for: Page Mathews Residence 390 Middle Country Rd Right-Suite®Universal 2017 6805Alvahs Lane Middle Island, NY 11953 217.0.17 RS 15 329 Cutcho09 59 Phonegue, N.Y. 265 5 Phone: 631-879-2851 Prgectl rup Phone 631-744-2655 bWVW.RadiantlnsulSystems.Com AnthonyJ@Rad... +wrightsoft', Duct S stem Summa Job: Manzie-2017-3 Date: Aug 02,2017 First Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@Radiant Ins ulSystems.com Web WWW.Radiant InsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805Alvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Heating Cooling External static pressure 0.80 in H2O 0.80 in H2O Pressure losses 0.56 in H2O 0.56 in H2O Available static pressure 0.24 in H2O 0.24 in H2O Supply/ return available pressure 0.170/0.070 in H2O 0.170/0.070 in H2O Lowest friction rate 0.074 in/100ft 0.074 in/100ft Actual air flow 600 cfm 600 cfm Total effective length (TEL) 324 ft Supply Branch Detail Table Design Htg Gig Design Diam H x W Duct Actual Ftg.Egv Name (Btuh) (cfm) (cfm) FR (in) (in) Matl Ln (ft) Ln (ft) Trunk Bath 1 h 418 15 3 0.098 4.0 OX 0 VIFX 33.0 140.0 st2 Den c 924 44 45 0.088 6.0 OX 0 VIFX 28.0 165.0 st2 Den-A c 924 44 45 0.085 6.0 OX 0 VIFx 29.0 170.0 st2 Den-B c 924 44 45 0.087 6.0 OX 0 VIFX 15.0 180.0 st2 Foyer h 1227 45 27 0.083 6.0 OX 0 VIFX 40.0 165.0 st2A Foyer-A h 1227 45 27 0.089 6.0 Ox 0 VIFx 41.0 150.0 st2A Kitchen/Dining C 1419 59 70 0.112 6.0 Ox 0 VIFX 21.0 130.0 st2 Kitchen/Dmmg-A C 1419 59 70 0.100 6.0 Ox 0 VIFX 29.0 140.0 st2A Kitchen/Dmmg-B C 1419 59 70 0.094 6.0 Ox 0 VIFX 50.0 130.0 st26 Living Room C 1740 63 85 0.091 7.0 Ox 0 VIFX 7.0 180.0 st2 Living Room-A c 1740 63 85 0.105 7.0 Ox 0 VIFX 11.0 150.0 st2 Mud Room h 1621 59 28 0.074 6.0 Ox 0 VIFX 59.0 170.0 st26 SupplyDetail, • Trunk Htg Clg Design Veloc Diam H x W Duct Name Type (cfm) (cfm) FR (fpm) (in) (in) Material Trunk st2 Peak AVF 600 600 0.074 561 14.0 0 x 0 ShtMetl st2A Peak AVF 267 221 0.074 604 9.0 0 x 0 ShtMetl st2 st213 Peak AVF 118 97 0.074 442 7.0 0 x 0 ShtMetl st2A 2017-Aug-02 15 08.28 A wrightsoft® Right-Swtee Universal 2017 17 0 17 RSU25329 Page 1 ZCA Prolectl.rup Calc=MJ8 Front Door faces*NE Return ,Branch Detail Table Grille Htg Clg TEL Design Veloc Diam H x W Stud/Joist Duct Name Size(in) (cfm) (cfm) (ft) FR (fpm) (in) (in) Opening (in) Matl Trunk rb18 Ox 0 600 600 95.0 0.074 561 14.0 Ox 0 VIFx ® 2017-Aug-02 15 08 28 wrightsoft Right-Suite®Universal 2017 17 0.17 RSU25329 Page 2 Z& Prolectl rup Calc=MJ8 Front Door faces NE - Duct System Summa Job: Manzie-2017-3 wrightsoft® Date: Aug 02,2017 Second Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantInsulSystems com Web WWW.Radiant Ins ulSystems.Com Project Information, For: Mathews Residence, Manzi Homes East, LLC 6805Alvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 Heating Cooling External static pressure 0.80 in H2O 0.80 In H2O Pressure losses 0.51 in H2O 0.51 in H2O Available static pressure 0.29 in H2O 0.29 in H2O Supply/return available pressure 0.204/0.086 in H2O 0.204/0.086 in H2O Lowest friction rate 0.099 in/100ft 0.099 in/100ft Actual air flow 600 cfm 600 cfm Total effective length (TEL) 293 ft Supply Branch-Detail Table Design Htg Clg Design Diam H x W Duct Actual Ftg.Egv Name (Btuh) (cfm) (cfm) FR (in) (in) Mat[ Ln (ft) Ln (ft) Trunk Bathroom 2 C 45 3 3 0.119 4.0 Ox 0 VIFx 16.0 155.0 SO Bathroom 3 c 800 41 51 0.104 6.0 Ox 0 VIFx 11.0 185.0 st1 Bedroom 2 c 1983 72 126 0.121 8.0 Ox 0 VIFx 28.0 140.0 st1 Bedroom 3 c 2107 107 134 0.110 8.0 Ox 0 VIFx 15.0 170.0 st1 Laundry h 1475 68 56 0.103 6.0 Ox 0 VIFx 22.0 175.0 st1 Master Bathroom h 1478 68 34 0.100 6.0 Ox 0 VIFx 44.0 160.0 st1A Master Bathroom-A h 1478 68 34 0.108 5.0 Ox 0 VIFx 54.0 135.0 st1 B Master Bedrrom c 1155 70 74 0.105 6.0 Ox 0 VIFx 45.0 150.0 st1A Master Bedrrom-A c 1155 70 74 0.099 6.0 Ox 0 VIFx 36.0 170.0 st1A Stairs/Hall I h 714 1 33 15 1 0.118 5.0 Ox 0 1 VIFx 28.0 145.0 st1 SupplyTrunk Detail Table Trunk Htg Clg Design Veloc Dlam H x W Duct Name Type (cfm) (cfm) FR (fpm) (in) (In) Material Trunk st1 Peak AVF 600 600 0.099 764 12.0 0 x 0 ShtMetl st1A Peak AVF 277 215 0.099 626 9.0 0 x 0 ShtMetl st1 st1B Peak AVF 68 34 0.108 500 5.0 0 x 0 ShtMetl st1A ® 2017-Aug-02 15 08 28 wrightsoft Right-Sude®Universal 2017 17.0 17 RSU25329 Page 3 ACCA Prolectl rup Calc=MJ8 Front Door faces NE Return Branch Detail Table Grille Htg Clg TEL Design Veloc Diam H x W Stud/Joist Duct Name Size(in) (cfm) (cfm) (ft) FR (fpm) (in) (in) Opening (in) Matl Trunk rb19 Ox 0 600 600 87.0 0.099 561 14.0 Ox 0 VIFx 2017-Aug-02 15 08 28 wrightSOft® Right-SuRee Universal 2017 17 0 17 RSU25329 Page 4 �i.� Protectl rup Calc=MJ8 Front Door faces NE #' Static Pressure and Friction Rate Job: Manzie-2017-3 wrightsof:t Date: Aug 02,2017 First Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW.RadiantlnsulSystems.Com Project • • For: Mathews Residence, Manzi Homes East, LLC 6805AIvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 AvailablePressure Heating Cooling (in H2O) (In H2O) External static pressure 0.80 0.80 Pressure losses Coil 0 0 Heat exchanger 0.25 0.25 Supply diffusers 0.03 0.03 Return grilles 0.03 0.03 Filter 0.25 0.25 Humidifier 0 0 Balancing damper 0 0 Other device 0 0 Available static pressure 0.24 0.24 Total • Supply Return (ft) (ft) Measured length of run-out 30 25 Measured length of trunk 29 0 Equivalent length of fittings 170 70 Total length 229 95 Total effective length 324 Friction Heating Cooling (in/100ft) (in/100ft) Supply Ducts 0.074 OK 0.074 OK Return Ducts 0.074 OK 0.074 OK Fitting Equivalent LengthDetails Supply 4AD=60, 2A1=45, 11G=5, 11G=5, 12J1=10, 12J1=10, 1A=35: TotalEL=170 Return 6M=20, 5D=40, 11G=5, 11G=5. TotalEL=70 2017-Aug-02 15 08 28 wrightsoft® Right-Swtee Universal 2017 17 0.17 RSU25329 Page 1 �� Prolectl rup Calc=MJ8 Front Door faces NE ® Static Pressure and Friction Rate Job: Manzie-2017-3 -�+ wrightsoft Date: Aug 02,2017 Second Floor By: Anthony Jones Radiant Insulation Systems 390 Middle Country Rd,Middle Island,NY 11953 Phone 631-879-2851 Email AnthonyJ@RadiantlnsulSystems.com Web WWW.Radiant InsulSystems.Com Project • • For Mathews Residence, Manzi Homes East, LLC 6805Alvahs Lane, Cutchogue, N.Y. 11935 Phone: 631-7442655 AvailablePressure Heating Cooling (in H2O) (In H2O) External static pressure 0.80 0.80 Pressure losses Coll 0.20 0.20 Heat exchanger 0 0 Supply diffusers 0.03 0.03 Return grilles 0.03 0.03 Filter 0.25 0.25 Humidifier 0 0 Balancing damper 0 0 Other device 0 0 Available static pressure 0.29 0.29 Total • Supply Return (ft) (ft) Measured length of run-out 12 22 Measured length of trunk 24 0 Equivalent length of fittings 170 65 Total length 206 87 Total effective length 293 Friction Heating Cooling (In/100ft) (In/100ft) Supply Ducts 0.099 OK 0.099 OK Return Ducts 0.099 OK 0.099 OK • Equivalent LengthDetails Supply 4AD=60, 2A2=55, 11G=5, 12J1=10, 912=5, 1A=35: TotalEL=170 Return 5D=40, 6M=20, 11G=5: TotalEL=65 2017-Aug-02 15 08 28 � . wrightsoft® Right-Swtee Universal 2017 17 0 17 RSU25329 Page 2 Z& Prolectl rup Calc=MJ8 Front Door faces NE o HVAC Design Report MEM ENERGY STAR Certified Homes, Version 3 / 3. 1 (Rev. 03) HVAC Designer Responsibilities: •Complete one HVAC Design Report for each system design for a house plan,created for either the specific plan configuration(i.e.,elevation, option,orientation,&county)of the home to be certified or for a plan that is intended to be built with potentially different configurations(i.e., different elevations,options,and/or orientations).Visit www.energystar.gov/newhomeshvacdesign and see Footnote 2 for more information. •Obtain efficiency features(e.g.,window performance,insulation levels,and infiltration rate)from the builder or Home Energy Rater. •Provide the completed HVAC Design Report to the builder or credentialed HVAC contractor and to the Home Energy Rater. 1.Design Overview 1.1 Designer name:Anthony Jones Designer company Radiant Insulation Systems Date:Aug 02,2017 1.2 Select which party you are providing these design services to M Builder or p Credentialed HVAC contractor 1.3 Name of company you are providing these design services to(if different than Item 1.1). Manzi Homes East,LLC 1.4 Area that system serves M Whole-house O Upper-level O Lower-level I-]Other 1.5 Is cooling system for a temporary occupant load? E3 Yes N No 1.6 House plan. Check box to indicate whether the system design is site-specific or part of a group M Site-specific design.Option(s)&elevation(s)modeled E3 Group design.Group#•0 out of 0 total groups for this house plan. Configuration modeled Designer 2.Whole-House Mechanical Ventilation Design Verified Airflow: 2.1 Ventilation airflow design rate&run-time meet the requirements of ASHRAE 62.2-2010 or 2013 2.2 Ventilation airflow rate required by 62.2 for a continuous system 64 CFM - 2.3 Design for this system.Vent.airflow rate, 64 CFM Run-time per cycle: 0 minutes Cycle time 0 minutes - System Type&Controls: 2.4 Specified system type- E3 Supply 0 Exhaust M Balanced - 2.5 Specified control location: (e.g.,Master bath,utility room) - 2.6 Specified controls allow the system to operate automatically,without occupant intervention 0 2.7 Specified controls include a readily-accessible ventilation override and a label has also been specified if its function is not obvious(e g.,a label is required for a standalone wall switch,but not for a switch that's on the ventilation equipment) 2.8 No outdoor air intakes designed to connect to the return side of the HVAC system,unless specified controls operate 0 intermittently and automatically based on a timer and restrict intake when not in use(e.g,motorized damper) Sound: 12.9 The fan of the specified system is rated<_3 sones if intermittent ands 1 sone if continuous,or exempted p Efficiency: 210 If system utilizes the HVAC fan,then the specified fan type in Item 4.7 is ECM/ICM,or the specified controls will reduce the standalone ventilation run-time by accounting for hours when the HVAC system is heating or cooling 2 11 If bathroom fans are specified as part of the system,then they are ENERGY STAR certified E3 Air Inlet Location: (Complete this section if system has a specified air inlet location;otherwise check"N/A") E3 N/A 212 Inlet pulls ventilation air directly from outdoors and not from attic,crawlspace,garage,or adjacent dwelling unit O 2.13 Inlet is>_2 ft.above grade or roof deck,z 10 ft.of stretched-string distance from known contamination sources(e g, stack,vent,exhaust,vehicles)not exiting the roof,and>_3 ft.from known sources exiting the roof 3.Room-by-Room Heating&Cooling Loads 3.1 Room-by-room loads calculated using =Unabridged ACCA Manual J v8 2013ASHRAE Fundamentals E3Other perAHJ 3.2 Indoor design temperatures used in loads are 70°F for heating and 75°F for cooling E3 3.3 Outdoor design temperatures used in loads:(See Footnote 12 and energystar.gov/hvacdesigntemps) - County&State selected. Suffolk,NY Cooling season- 84°F Heating season. 16 T 3.4 Number of occupants used in loads. 4 - 3 5 Conditioned floor area used in loads- 1139 Sq.Ft - 3.6 Window area used in loads 220 Sq.Ft. - 3.7 Predominant window SHGC used in loads: 031 - 3.8 Infiltration rate used in loads. Summer 0.17 Winter 0 35 - 3.9 Mechanical ventilation rate used in loads 64 CFM - Loads At Design Conditions(kBtuh) N NE E SE S SW W NW - 3 10 Sensible heat gain(By orientation) 102 115 11.3 10.7 9.9 107 11.1 110 - Cooling 3.11 Latent heat gain(Not by orientation) 3.1 - 3.12 Total heat gain(By orientation) 13.3 146 144 13.8 13.0 138 14.2 14.1 - 3.13 Maximum-minimum total heat gain(Item 3 12)across orientations= 16 kBtuh Variation is 5 6 kBtuh M Heating 3.14 Total heat loss(Not by orientation) 20.5 - wri htsofit® 2017-Aug-02 15 08 28 g Right-Suite®Universal 2017 17 0 17 RSU25329 Page 1 Projectl.rup Calc=MJ8 Front Door faces NE HVAC Design Report ENERGY STAR Certified Homes, Version 3 / 3. 1 (Rev. 08) Designer 4.Heating&Cooling Equipment Selection Verified 4.1 Equipment selected perACCA Manual S(see Footnote 19&20) E3 Air Conditioner/Heat Pum (Complete if air conditioner or heat pump will be Installed;otherwise check"N/A" 0 N/A 4.2 Equipment type: m Cooling-only air conditioner or 0 Cooling&heating heat pump - 4.3 Condenser manufacturer&model Rheem RA1618AJl NA - 4.4 Evaporator/fan coil manufacturer&model Rheem RCF2421 HTAMCA+R96VA0402317MSA - 4.5AHRI reference# 7940365 - 4 6AHRI listed efficiency 13 / 16 EER/SEER Air-source heat pump HSPF Ground-source heat pump COP - 4.7 Evaporator fan type 0 PSC 0 ECM/ICM M Other. - 4.8 Compressor type* M Single-speed 0 Two-speed O Variable-speed - 4.9 Latent capacity at design conditions,from OEM expanded performance data, 2.5 kBtuh - 4.10 Sensible capacity at design conditions,from OEM expanded performance data* 16.4 kBtuh - 4.11 Total capacity at design conditions,from OEM expanded performance data* 18.9 kBtuh - 4.12 Air-source heat pump capacity At 17°F 0 kBtuh At 47°F 0 kBtuh M N/A - 4.13 Cooling sizing%=Total capacity(Item 4.11)divided by maximum total heat gain(Item 3 12) 129% - 4.14 Complete this Item if Condition B Climate will be used to select sizing limit in Item 4.15.Otherwise,check"N/A" I■N/A - 4.14.1 Load sensible heat ratio=Max sensible heat gain(Item 3.10)/Max.total heat gain(Item 3 12) = 79% - 4.14.2 HDD/CDD ratio(Visit energystar gov/hvacdesigntemps to determine this value for the design location) 1.7 - 4.15 Check box of applicable cooling sizing limit from chart below, - Equipment Type(Per Item 4.2)& Compressor Type(Per Item 4.8) Climate Condition(Per Item 4.14) Single-Speed Two-Speed Variable-Speed For Cooling-Only Equipment or Recommended.90-115% Recommended 90-120% Recommended:90-130% For Cooling Mode of Heat Pump in 0 Allowed 90-130% 0 Allowed 90-140% 0 Allowed:90-160% Condition A Climate For Cooling Mode of Heat Pump in E3 90%-100%,plus 15 kBtuh 0 90%-100%,plus 15 kBtuh 0 90%-100%,plus 15 kBtuh Condition B Climate 4.16 Cooling sizing%(4.13)is within cooling sizing limit(4 15) Furnace (Complete if fumace will be installed;otherwise check"N/A° 0 N/A 4.17 Furnace manufacturer&model Rheem R96VA0402317MSA - 4.18 Listed efficiency 96 AFUE - 4.19 Total capacity 41 kBtuh - 4.20 Heating sizing%=Total capacity(Item 419)divided by total heat loss(Item 3.14) 200% - 4.21 Check box of applicable heating sizing limit from chart below. When Used for Heating Only When Paired With Cooling 0 100-140% 0 Recommended 100-140%Allowed 100-200% 4.22 Heating sizing%(4.20) is within heating sizing limit(4.21) E3 5.Duct Desi n Complete if heating or cooling equipment will be installed with ducts;otherwise check°N/A" 0 N/A 5.1 Duct system designed for the equipment selected in Section 4,perACCA Manual D 5.2 Design HVAC fan airflow. Cooling mode 600 CFM Heating mode 600 CFM 5.3 Design HVAC fan speed setting(e.g.,low,medium,high) Cooling mode Medium Heating mode Medium - 5.4 Design total external static pressure(corresponding to the mode with the higher airflow in Item 5.2) 0 8 IWC - 5.5 Room-by-room design airflows documented below which must sum to the mode with the higher airflow in Item 5 2 - Room Name Design Airflow(CFM) Room Name Design Airflow(CFM) 1 Bath 1 3 13 2 Den 136 14 3 Foyer 54 15 4 Kitchen/Dining 209 16 5 Living Room 171 17 6 Mud Room 28 18 7 19 8 20 9 21 10 22 11 23 12 Total for all rooms 600 wri htsoft� 2017-Aug-0215 08.28 g Right-Suite®Universal 2017 17 0.17 RSU25329 Page 2 Protectl rup Calc=MJ8 Front Door faces NE HVAC Design Report ENERGY STAR Certified Homes, Version 3 / 3. 1 (Rev. 08) HVAC Designer Responsibilities: •Complete one HVAC Design Report for each system design for a house plan,created for either the specific plan configuration(i.e.,elevation, option,orientation,&county)of the home to be certified or for a plan that is intended to be built with potentially different configurations(i.e., different elevations,options,and/or orientations).Visit www.energystargov/newhomeshvacdesign and see Footnote 2 for more information. •Obtain efficiency features(e.g.,window performance,insulation levels,and infiltration rate)from the builder or Home Energy Rater. •Provide the completed HVAC Design Report to the builder or credentialed HVAC contractor and to the Home Energy Rater. 1.Design Overview 1.1 Designer name Anthony Jones Designer company.Radiant Insulation Systems Date-Aug 02,2017 1.2 Select which party you are providing these design services to- 0 Builder or 0 Credentialed HVAC contractor 1.3 Name of company you are providing these design services to(if different than Item 1.1): Manzi Homes East,LLC 1.4 Area that system serves M Whole-house 0 Upper-level 0 Lower-level 0 Other 15 Is cooling system for a temporary occupant load? 0 Yes =No 16 House plan Check box to indicate whether the system design is site-specific or part of a group. 0 Site-specific design Option(s)&elevation(s)modeled 0 Group design.Grou #.0 out of 0 total groups for this house plan Configuration modeled Designer 2.Whole-House Mechanical Ventilation Design Verified Airflow- 2.1 Ventilation airflow design rate&run-time meet the requirements of ASHRAE 62.2-2010 or 2013 2.2 Ventilation airflow rate required by 62.2 for a continuous system 48 CFM - 2.3 Design for this system Vent.airflow rate: 48 CFM Run-time per cycle 0 minutes Cycle time. 0 minutes - System Type 8•Controls: 2.4 Specified system type 0 Supply 0 Exhaust M Balanced - 2.5 Specified control location: (e.g.,Master bath,utility room) - 2.6 Specified controls allow the system to operate automatically,without occupant intervention 0 2.7 Specified controls include a readily-accessible ventilation override and a label has also been specified if its function is not 0 obvious(e.g.,a label is required for a standalone wall switch,but not for a switch that's on the ventilation equipment) 2.8 No outdoor air intakes designed to connect to the return side of the HVAC system,unless specified controls operate 0 intermittently and automatically based on a timer and restrict intake when not in use(e g,motorized damper) Sound: 12.9 The fan of the specified system is rated s 3 sones if intermittent ands 1 sone if continuous,or exempted 0 Efficiency: 2.10 If system utilizes the HVAC fan,then the specified fan type in Item 4 7 is ECM/ICM,or the specified controls will reduce 0 the standalone ventilation run-time by accounting for hours when the HVAC system is heating or cooling 2.11 If bathroom fans are specified as part of the system,then they are ENERGY STAR certified 0 Air Inlet Location: (Complete this section if system has a specified air inlet location;otherwise check°N/A") 0 N/A 2.12 Inlet pulls ventilation air directly from outdoors and not from attic,crawlspace,garage,or adjacent dwelling unit 0 2.13 Inlet is Z 2 ft.above grade or roof deck;>_10 ft.of stretched-string distance from known contamination sources(e.g., 0 stack,vent,exhaust,vehicles)not exiting the roof,and z 3 ft.from known sources exiting the roof 3.Room-by-Room Heating&Cooling Loads 3.1 Room-by-room loads calculated using N Unabridged ACCA Manual J v8 02013ASHRAE Fundamentals E3 Other perAHJ 3.2 Indoor design temperatures used in loads are 70°F for heatinq and 75°F for cooling O 3.3 Outdoor design temperatures used in loads (See Footnote 12 and energystar.gov/hvacdesigntemps) - County&State selected, Suffolk,NY Cooling season 84°F Heating season 16°F 3 4 Number of occupants used In loads 0 - 3.5 Conditioned floor area used in loads 1089 Sq.Ft. - 3 6 Window area used in loads 103 Sq.Ft. - 3.7 Predominant window SHGC used in loads 0.31 - 3.8 Infiltration rate used in loads Summer: 0.19 Winter 0.41 - 3 9 Mechanical ventilation rate used in loads- 48 CFM - Loads At Design Conditions(kBtuh) N NE E SE S SW W NW - 3 10 Sensible heat gain(By orientation) 8.2 8.8 9.3 91 8.3 8.9 8.8 1 90 - Cooling 3 11 Latent heat gain(Not by orientation) 1.9 - 3 12 Total heat gain(By orientation) 10.1 10.8 11.2 11 0 10.2 10.8 10.7 -7-109 - 3.13 Maximum-minimum total heat gain(Item 312)across orientations= 1.2 kBtuh Variation is s 6 kBtuh Heating 3.14 Total heat loss(Not by orientation) 15.9 - WCI FItSOt�m 2017-Aug-02 15 08 28 9 R,ght-Suite®Universal 2017 17 0 17 RSU25329 Page 3 Proiectl rup Calc=MJ8 Front Door faces NE HVAC Design Report ENERGY STAR Certified Homes, Version 3 / 3. 1 (Rev. 08) Designer 4.Heating&Cooling Equipment Selection Verified 4.1 Equipment selected per ACCA Manual S(see Footnote 19&20) ED Air Conditioner/Heat Pum (Complete if air conditioner or heat pump will be installed;otherwise check"N/A" 0 N/A 4.2 Equipment type w Cooling-only air conditioner or p Cooling&heating heat pump - 4.3 Condenser manufacturer&model Rheem RA1618AJlNA - 4.4 Evaporator/fan coil manufacturer&model Rheem RCF2421 HTAMCA+R96VA0402317MSA - 4.5AHRI reference#. 7940365 - 4 6AHRI listed efficiency 13 / 16 EER/SEER Air-source heat pump HSPF Ground-source heat pump COP - 4 7 Evaporator fan type. p PSC p ECM/ICM 0 Other - 4 8 Compressor type M Single-speed OTwo-speed O Variable-speed - 4 9 Latent capacity at design conditions,from OEM expanded performance data. 22 kBtuh - 4.10 Sensible capacity at design conditions,from OEM expanded performance data: 16.6 kBtuh - 4.11 Total capacity at design conditions,from OEM expanded performance data 18.8 kBtuh - 4.12 Air-source heat pump capacity* At 17"F 0 kBtuh At 47"F 0 kBtuh M N/A - 4.13 Cooling sizing%=Total capacity(Item 4.11)divided by maximum total heat gain(Item 3.12) 168% - 4.14 Complete this Item if Condition B Climate will be used to select sizing limit in Item 4.15.Otherwise,check"N/A" M N/A - 4.14.1 Load sensible heat ratio= Max.sensible heat gain(Item 3.10)/Max.total heat gain(Item 3.12) = 83% - 4.14.2 HDD/CDD ratio(Visit energystar.gov/hvacdesigntemps to determine this value for the design location) 1.7 - 415 Check box of applicable cooling sizing limit from chart below - Equipment Type(Per Item 4.2)& Compressor Type(Per Item 4.8) Climate Condition(Per Item 4.14) Single-Speed Two-Speed Variable-Speed For Cooling-Only Equipment or Recommended 90-115% Recommended.90-120% Recommended 90-130% For Cooling Mode of Heat Pump in 0 Allowed-90-130% 0 Allowed-90-140% ID Allowed.90-160% Condition A Climate For Cooling Mode of Heat Pump in p 90%-100%,plus 15 kBtuh E3 90%-100%,plus 15 kBtuh 0 90%-100%,plus 15 kBtuh Condition B Climate 4.16 Cooling sizing%(4.13)is within cooling sizing limit(4.15) E3 Furnace (Complete if furnace will be installed;otherwise check"N/A" ED N/A 4.17 Furnace manufacturer&model Rheem R96VA0402317MSA - 4.18 Listed efficiency 96 AFUE - 4.19 Total capacity: 41 kBtuh - 4.20 Heating sizing%=Total capacity(Item 419)divided by total heat loss(Item 314) 257% - 4.21 Check box of applicable heating sizing limit from chart below When Used for Heating Only When Paired With Cooling 0 100-140% 0 Recommended:100-140%Allowed: 100-200% 4 22 Heating sizing%(4.20)is within heating sizing limit(4.21) ED 5.Duct Desi n Complete if heating or cooling equipment will be installed with ducts;otherwise check"N/A" E3 N/A 5.1 Duct system designed for the equipment selected in Section 4,perACCA Manual D 5.2 Design HVAC fan airflow Cooling mode 600 CFM Heating mode 600 CFM - 5.3 Design HVAC fan speed setting(e.g.,low,medium,high): Cooling mode Medium Heating mode Medium - 5.4 Design total external static pressure(corresponding to the mode with the higher airflow in Item 5 2). 0.8 IWC - 5.5 Room-by-room design airflows documented below which must sum to the mode with the higher airflow in Item 5.2)Room Name Design Airflow(CFM) Room Name Design Airflow(CFM) 1 Bathroom 2 3 13 2 Bathroom 3 51 14 3 Bedroom 2 126 15 4 Bedroom 3 134 16 5 Laundry 56 17 6 Master Bathroom 68 18 7 Master Bedrrom 147 19 8 Stairs/Hall 15 20 9 21 10 22 11 23 12 Total for all rooms 600 wri htsoft® 2017-Aug-02 15 08 28 g Right-Suite®Universal 2017 17 0 17 RSU25329 Page 4 Prolectl rup Calc=MJ8 Front Door faces NE Air Conditioners ' a Air I RA16 Series The new degree of comfort- _ Rheem Classic® Series \' Air Conditioners RA16 Series _ Efficiencies up to 16 SEER/13 EER Nominal Sizes 11/2 to 5 Ton [5.28 to 17.6 kW] Cooling Capacities 17.3 to 60.5 kBTU [5.7 to 17.7 kW] ustEo i ^� J Proper sizing and installation of equipment is critical to achieve optimal performance.Split system air conditioners and heat pumps must be matched with appropriate coil components to meet Energy Star. Ask your Contractor for details or visit www.energystargov." • New composite base pan—dampens sound,captures louver • Diagnostic service window with two-fastener opening— panels,eliminates corrosion and reduces number of fasteners provides access to the high and low pressure. needed • External gauge port access—allows easy connection of • Powder coat paint system—for a long lasting professional finish `low-loss"gauge ports • Scroll compressor—uses 70%fewer moving parts for higher • Single-row condenser coil—makes unit lighter and allows efficiency and increased reliability thorough coil cleaning to maintain"out of the box" • Modern cabinet aesthetics—increased curb appeal with visu- performance ally appealing design • 35%fewer cabinet fasteners and fastener-free base—allow • Curved louver panels—provide ultimate coil protection, for faster access to internal components and hassle-free enhance cabinet strength,and increased cabinet rigidity panel removal • Optimized fan orifice—optimizes airflow and reduces unit • Service trays—hold fasteners or caps during service calls sound • QR code—provides technical information on demand for • Rust resistant screws—confirmed through 1500-hour salt faster service calls spray testing • Fan motor harness with extra long wires allows unit top to be • PlusOneTm Expanded Valve Space—3"-4"-5" service valve removed without disconnecting fan wire. space—provides a minimum working area of 27-square inches for easier access • PlusOneTM Triple Service Access—15"wide, industry lead- ing corner service access—makes repairs easier and faster. The two fastener removable corner allows optimal access to internal unit components. Individual louver panels come out once fastener is removed,for faster coil cleaning and easier cabinet reassembly INTEGRATED HOME .- FORM NO All-222 REV 5 Air ITable of Contents RA16 Series TABLE OF CONTENTS StandardFeature......................................................................................................3 AvailableSKUs ........................................................................................................3 Features&Benefits ..............................................................................................4-5 Model Number Identification ................................................................................6-7 General Data/Electrical Data....................................................................................8 Accessories ............................................................................................................9 WeightedSound Power............................................................................................9 Thermostats..............................................................................................................9 UnitDimensions......................................................................................................10 Clearances..............................................................................................................11 WiringDiagrams ....................................................................................................12 ApplicationGuidelines............................................................................................12 Refrigerant Line Size Information......................................................................13-14 Performance Data ............................................................................................15-43 GuideSpecifications ..............................................................................................44 LimitedWarranty ....................................................................................................45 INTEGRATED HOME COMFORT Air IStandard Feature/Available SKUs RA16 Series Standard Feature Table STANDARD FEATURES Feature 18 24 30 36 42 48 60 R-41 Oa Refrigerant ✓ ✓ ✓ J ✓ J J Maximum SEER 16 16 16 16 16 16 16 Maximum EER 13 13 13 13 13 13 13 Scroll Compressor J ✓ J J ✓ ✓ ✓ Field Installed Filter Drier ✓ ✓ J ✓ J ✓ J Front Seating Service Valves ✓ ✓ ✓ ✓ ✓ ✓ ✓ Internal Pressure Relief Valve ✓ ✓ ✓ ✓ J ✓ J Internal Thermal Overload ✓ ✓ ✓ ✓ ✓ ✓ J Long Line capability J ✓ J ✓ ✓ ✓ ✓ Low Ambient capability with Kit J ✓ ✓ J ✓ ✓ ✓ 3-4-5 Expanded Valve Space J J J ✓ ✓ J J Composite Basepan J J ✓ ✓ J ✓ J i 2 Screw Control Box Access J ✓ ✓ ✓ ✓ J J 15'Access to Internal Components ✓ J J J J J ✓ Quick release louver panel design J ✓ ✓ ✓ ✓ ✓ ✓ No fasteners to remove along bottom ✓ ✓ J J ✓ ✓ ✓ Optimized Venturi Airflow ✓ ✓ ✓ ✓ ✓ ✓ ✓ Single row condenser coil ✓ ✓ ✓ ✓ ✓ ✓ J Powder coated paint ✓ ✓ ✓ ✓ J J ✓ Rust resistant screws ✓ ✓ ✓ ✓ ✓ ✓ ✓ QR code J ✓ ✓ J ✓ J ✓ External gauge ports J J ✓ ✓ ✓ J J Service trays J ✓ J ✓ ✓ ✓ ✓ V'=Standard Available SKUs Available Models Description RA1618AJl NA Classic®Series 11/2 ton 16 SEER Single-Stage Air Conditioner-208/230/1/60 RA1624AJl NA Classic®Series 2 ton 16 SEER Single-Stage Air Conditioner-208/230/1/60 RA1630AJlNA Classic®Series 21/2 ton 16 SEER Single-Stage Air Conditioner-208/230/1/60 RA1636BJl NA Classic®Series 3 ton 16 SEER Single-Stage Air Conditioner-208/230/1/60 RA1642AJl NA Classic®Series 31/2 ton 16 SEER Single-Stage Air Conditioner-208/230/1/60 RA1648AJl NA Classic®Series 4 ton 16 SEER Single-Stage Air Conditioner-208/230/1/60 RA1660AJl NA Classic®Series 5 ton 16 SEER Single-Stage Air Conditioner-208/230/1/60 RA1618AJl NB Classic®Series 11/2 ton 16 SEER Single-Stage Air Conditioner w/High/Low Pressure-208/230/1/60 RA1624AJl NB Classic®Series 2 ton 16 SEER Single-Stage Air Conditioner w/High/Low Pressure-208/230/1/60 RA1630AJl NB Classic®Series 21/2 ton 16 SEER Single-Stage Air Conditioner w/High/Low Pressure-208/230/1/60 RA1636BJl NB Classic®Series 3 ton 16 SEER Single-Stage Air Conditioner w/High/Low Pressure-208/230/1/60 RA1642AJl NB Classic®Series 31/2 ton 16 SEER Single-Stage Air Conditioner w/High/Low Pressure-208/230/1/60 RA1648AJl NB Classic®Series 4 ton 16 SEER Single-Stage Air Conditioner w/High/Low Pressure-208/230/1/60 RA1660AJl NB Classic®Series 5 ton 16 SEER Single-Stage Air Conditioner w/High/Low Pressure-208/230/1/60 RA1636BCl NB Classic®Series 3 ton 16 SEER Single-Stage Air Conditioner w/High/Low Pressure-208/230/3/60 RA1642ACl NB Classic®Series 31/2 ton 16 SEER Single-Stage Air Conditioner w/High/Low Pressure-208/230/3/60 RA1648ACl NB Classic®Series 4 ton 16 SEER Single-Stage Air Conditioner w/High/Low Pressure-208/230/3/60 RA1660ACl NB Classic®Series 5 ton 16 SEER Single-Stage Air Conditioner w/High/Low Pressure-208/230/3/60 INTEGRATED • COMFORT Air Features&Benefits RA16 Series Introduction to RA16 Air Conditioner The RA16 is our 16 SEER air conditioner and is part of theE Rheem air conditioner product line that extends from 13 to 20 SEER.This highly featured and reliable air conditioner is :*"""' designed for years of reliable,efficient operation when matched ; ,fz with Rheem indoor aluminum evaporator coils and furnaces or l �WE ` air handler units with aluminum evaporators. .p Our unique composite base(0)reduces sound emission, elimi- nates rattles,significantly reduces fasteners,eliminates corro- If in the rare event,greater access is needed to internal compo- sion and has integrated brass compressor attachment inserts nents,such as the compressor,the entire corner of the unit can (❑2 ). Furthermore it has incorporated into the design,water be removed along with the top cover assembly to have unprece- management features, means for hand placement(❑3 )for unit dented access to interior of the unit(H). Extra wire length is maneuvering,screw trays(®)and inserts for lifting off unit incorporated into each outdoor fan and compressor so top pad.( s❑) cover and control panel can be positioned next to the unit.With minimal effort the plug can be removed from the compressor Fill and the outdoor fan wires can be removed from the capacitor to allow even more uncluttered access to the interior of the unit Outdoor coil heights range from as short as 27"to 48",aiding access to the compressor. Disassembly to this degree and com- plete reassembly only takes a first time service technician less } 2 - than 10 minutes. Service Valves(©)are rigidly mounted in the composite base ' with 3" between suction and discharge valves,4" clearance ; I below service valves and a minimum of 5" above the service = valves,creating industry leading installation ease.The minimum y 27 square-inches around the service valves allows ample room z _- to remove service valve Schrader prior to brazing, plenty of clearance for easy brazing of the suction and discharge lines to 0 a service valve outlets,easy access and hookup of low loss refrig- All units utilize strong formed louver panels which provide indus- erant gauges(0),and access to the service valve caps for try leading coil protection. Louver removal for coil cleaning is opening. For applications with long-line lengths up to 250 feet accomplished by removing one screw and lifting the panel out of total equivalent length,up to 200 feet condenser above evapora- the composite base pan.(17)All RA16 units utilize single row tor,or up to 80 feet evaporator above condenser,the long-line coils(ifi)making cleaning easy and,complete, restoring the instructions in the installation manual should be followed. performance of the air conditioner back to out of the box perfor- mance levels year after year. 10 e 9 Controls are accessed from the corner of the unit by removing only two fasteners from the control access cover, revealing the The outdoor fan motor has sleeve bearings and is inherently industry's largest 15"wide and 14"tall control area(®).With all protected.The motor is totally enclosed for maximum protection this room in the control area the high voltage electrical whip(ED from weather,dust and corrosion.Access to the outdoor fan is can easily be inserted through the right size opening in the bot- made by removing four fasteners from the fan grille.The outdoor tom of the control area. Routing it leads directly to contractor fan can be removed from the fan grille by removing 4 fasteners lugs for connection.The low voltage control wires(io)are easily in the rare case outdoor fan motor fails. connected to units low voltage wiring. If contactor or capacitor (11)needs to be replaced there is more than adequate space to Each cabinet has optimized composite(is)fan orifice assuring make the repair. Furthermore,if high pressure and low pressure efficient and quiet airflow. model was not purchased but is desired to be installed in the field,the service window(12)can be removed by removing two screws,to access the high and low side Schrader fittings for easy " is field installation.The entire corner can be removed providing ultimate access to install the high and low pressure switch.(13) INTEGRATED . COMFORT Air Features&Benefits M I RAi6 Series The entire cabinet has powder post paint(®)achieving 1000 Optional Accessories hour salt spray rating,allowing the cabinet to retain its aesthetics (Refer to accessory chart for model#) throughout its life. Compressor Crankcase Heater 24 Protects against refrigerant migration that can occur during low ® ambient operation ~' Compressor Sound Cover 23 • Reinforced vinyl compressor cover containing a 11/2 inch thick batt of fiberglass insulation 22 21 •Open edges are sealed with a one-inch wide hook and loop fastening tape Compressor Hard Start Kit Scroll compressors with standard internal pressure relief and •Single-phase units are equipped with a PSC compressor internal thermal overload are used on all capacities assuring motor,this type of motor normally does not need a potential longevity of high efficient and quiet operation for the life of the relay and start capacitor product. • Kit may be required to increase the compressor starting Each unit is shipped with filter drier for field installation and will torque,in conditions such as low voltage trap any moisture or dirt that could contaminate the refrigerant Low Ambient Kit system. •Air conditioners operate satisfactorily in the cooling mode down to 55°F outdoor air temperature without any additional controls •This Kit can be added in the field enabling unit to operate properly down to 00 in the cooling mode •Crankcase heater and freezestat should be installed on com- pressors equipped with a low ambient kit 311/611/1211 , All cabinets have industry leading structural strength due to the •Gray high density polyethylene feet are available to raise unit composite base pan(21),interlocking corner post(9),formed off of mounting surface away from moisture curved louver panels(❑2a)and drawn top cover(24)making it Low Pressure the most durable cabinet on the market today. •Can be added in field enabling the unit to shut off compressor Each RA16 capacity has undergone rigorous psychometric test- on loss of charge ing to assure performance ratings of capacity,SEER NOTE:Unit can be purchased with high and low pressure and EER per AHRI Standard 210/240 rating condi- c 4t us installed at factory.(Refer to SKU list) tions.Also each unit bears the UL mark and each unit uMn is certified to UL 1995 safety standards. High Pressure •Can be added in field enabling unit to shut off compressor if Each unit has undergone specific strain and modal testing to unit loses outdoor fan operation. assure tubing(❑2s)is outside the units natural frequency and that the suction and discharge lines connected to the compressor NOTE: Unit can be purchased with high and low pressure withstand any starting,steady state operation or shut down installed at factory.(Refer to SKU list) forces imposed by the compressor. Decorative Top All units have been sound tested in sound chamber to AHRI 270 •Can be installed on fan grille rating conditions,and A-weighted Sound Power Level tables produced,assuring units have acceptable noise qualities(see page 8).Each unit has been ran in cooling operation at 95°F and 82°F and sound ratings for the RA16 range from as low as 70.7 dBA to 76.6 dBA. All units have been ship tested to assure units meet stringent "over the road"shipping conditions. As manufactured all units in the RA16 family have cooling capa- bility to 55 OF Addition of low ambient control will allow the unit to operate down to 0°F. Factory testing is performed on each unit.All component parts meet well defined specification and continually go through receiving inspections. Each component installed on a unit is scanned,assuring correct component uti- lization for a given unit capacity and voltage.All condenser coils are leak tested with pressurization test to 550#'s and once installed and assembled,each units'complete refrigerant system is helium leak tested.All units are fully charged from the factory for up to 15 feet of piping.All units are factory run tested. The RA16 has a 10-year conditional compressor and parts war- ranty(registration required). INTEGRATED HOME COMFORT 1,Ar Conditioners* JL6 R A 16 24 A J 1 N A D Brand Product SEER Capacity Major Series* Voltage Type Controls Minor Series** Option i Category BTU/HR Code 8, 9L Rheem A-Air Conditioners 13 -13 SEER 18- 18,000 [5.28 kW] A-1 st Design J- 1 ph, 208-230/60 1 -Single-stage C-Communicating A- 1 st Design N/A 3 14 -14 SEER 24-24,000 [7.03 kW] B-2nd Design C-3ph, 208-230/60 2-Two-stage N - Non-Communicating yCr 16 -16 SEER 30-30,000 [8.79 kW] V- Inverter 17 -17 SEER 36-36,000 [10.55 kW] 20 -20 SEER 42-42,000 [12.31 kW] 9 48-48,000 [14.07 kW] 60-60,000 [17.58 kW] *See page 3 for available SKU's. -'ieat Pumps.(ForR• R P 14 24 A J 1 N A Brand Product SEER Capacity Major Series* Voltage Type Controls Minor Series** Option Category BTU/HR Code Rheem P-Heat Pump 13-13 SEER 18-18,000 [5.28 kW] A-1st Design J-1 ph,208-230/60 1 -Single-stage C-Communicating A-1 st Design N/A 14-14 SEER 24-24,000 [7.03 kW] C-3ph,208-230/60 2-Two-stage N-Non-Communicating • 15-15 SEER 30-30,000 [8.79 kW] D-3ph,460/60 V-Inverter 17-17 SEER 36-36,000[10.55 kW] P-Piston 20-20 SEER 42-42,000[12 31 kW] • 48-48,000[14.07 kW] • 60-60,000[17.58 kW] CoilsFurnace 1 '• R C F 24 17 S T A N1 C A Brand Product Type Capacity Width Efficiency Metering Major Orientation Casing Minor Series** Option Category BTU/HR Device Series* Code Rheem C-Evap Cod F-Furn Coil 24-24,000 [7.03 kW] 14-14" S-Standard Eff. T-TXV A-1st Design M-Multipoise C-Cased A-1 st Design N/A H-Air-Handler 36-36,000[10.55 kW] 17-17.5" M-Mid Eff E-EEV V-Vertical only/ U-Uncased Coil 48-48,000[14 07 kW] 21 -21" H-High Eff. P-Piston convertible 60-60,000[17 58 kW] 24-24 5" H-Ded. Horizontal only **Model number ID's are for reference only See available SKU page of applicable spec sheet for table of available SKU's for a specific model. [ ]Designates Metric Conversions ' I ' + AFUE Gas Furnaces (For Reference)** R 96 V A 70 2 3 17 M S A Brand Series Motor Major Rev Input Stages Air Flow Cabinet Configuration Nox Minor Rev BTU/HR Width Rheem 90-90 AFUE V-Variable speed A-1 st Design 040- 42,000[12.31 kW] 1 -Single-stage 3-up to 3 ton 14-14" M-Multi X-Low Nox A-1st Design 92-92 AFUE T-Constant 060- 56,000[16.41 kW] 2 -Two-stage 5-31/2 up to 5 ton 17-17.5" S-Standard 95-95 AFUE Torque 070- 70,000 120.51 kW] M-Modulating 21 -21" 96-96 AFUE (X-13) 085- 84,000[24.62 kW] 24-24.5' 97-97 AFUE P-PSC 100- 98,000[28.72 kW] 115-112,000[32.82 kW] 80% AFUE Gas Furnaces (For Reference)** R 80 2 V A 075 3 17 M S A Brand Series Stages Motor Major Rev Input Air Flow Cabinet Configuration Nox Minor Rev BTU/HR Width Rheem 80-80+AFUE 1 Single-stage V-Variable speed A-1 st Design 050- 50,000[15 kW] 3-up to 3 ton 14-14" M-Multi X-Low Nox A-1 st Design 2 -Two-stage T-Constant Torque(X-13) 075- 75,000[22 kW] 4-21/2 to 4 ton 17-17 5' D -Down S-Standard P-PSC premium 100-100,000[29 kW] 5-31/2 up to 5 ton 21 -21" Z -Down& S-PSC standard 125-125,000[37 kW] 24-24.5' zero clearance 150-150,000[44 kW] down flow 1Handlers or ■. R H 1 T 36 17 S T A N A A 000 ' Brand Product Stages of Motor Type Capacity Width Coil Size Metering Major Controls Voltage Minor Factory Heat Option Category Airflow BTU/HR Device Series* Series** Cap Code • Rheem H-Air 1 -Single-Stage V-Variable 24-24,000 [7 03 kW] 14-14" S-Standard T-TEV A-1st Design C-Communicating A-1 ph,115/60 A-1 st Design 00-no *TBD Handler 2-Two-Stage Speed 36-36,000[10.55 kW] 17-17.5' Eff. E-EEV N-Non-comm J -1 ph,208-240/60 factory heat M-Modulating T-Constant 48-48,000[14.07 kW] 21 -21" M-Mid Eff. P-Piston D-3ph,480/60 with option Torque 60-60,000[17.58 kW] 24-24.5' H-High Eff. code P-PSC **Model number ID's are for reference only.See available SKU page of applicable spec sheet for table of available SKU's for a specific model. [ ]Designates Metric Conversions JL6 D a o a� m Z c m 3 N Cr N C (D 7 n w 0 Air General Data/Electrical Data RAI 6 Series Physical Data PHYSICAL DATA Model No. RA1618A FIA1624A RA1630A RA1636B RA1642A RA1648A RA1660A Nominal Tonnage 1.5 2.0 2.5 30 3.5 40 5.0 Valve Connections Liquid Line O.D.-In. 3/8 3/8 3/8 3/8 3/8 3/8 3/8 Suction Line O.D -in. 3/4 3/4 3/4 3/4 7/8 7/8 7/8 Refrigerant(R410A)furnished oz.' 82 87 113 108 150 174 201 Compressor Type Scroll Outdoor Coil Net face area-Outer Coll 12.1 148 162 17.29 24.2 283 32.3 Net face area-Inner Coll - - - - - - - Tube diameter-in 3/8 3/8 3/8 3/8 3/8 3/8 3/8 Number of rows 1 1 1 1 1 1 1 Fins per inch 22 22 22 22 22 22 22 Outdoor Fan Diameter-In. 20 24 26 24 26 26 26 Number of blades 3 2 3 3 3 3 3 Motor hp 1/8 1/6 1/5 1/6 1/3 1/3 1/3 CFM 2405 2850 3915 3300 4450 4660 4775 RPM 1095 851 710 825 829 828 795 watts 155 1 147 1 102 167 193 198 239 Shipping weight-Ihs. 147 1 149 1 159 199 212 232 247 Operating weight-lbs. 140 142 152 192 205 225 240 Electrical Data Line Voltage Data(Volts-Phase-Hz) 208/230-1-60 208/230-1-60 208/230-1-50 208/230-1-60 208/230-1-60 208/230-1-60 208/230-1-60 Maximum overcurrent protection(amps)? 20 20 30 35 40 40 50 Minimum circuit ampacity3 12 14 18 21 25 25 34 Compressor Rated load amps 1 9 10.3 12.8 1 15.4 16.7 17 23.7 Locked rotor amps 47.5 61.6 67.3 839 109 1239 152.5 Condenser Fan Motor Full load amps 0.7 0.6 1.4 0.8 3.5 5.3 3.5 Locked rotor amps 1.3 15 2.3 15 - 2.3 - Line Voltage Data(Volts-Phase-Hz) - - - 208/230-3-60 208/230-3-60 208/230-3-60 208/230-3-60 Maximum overcurrent protection(amps)? - - - 20 25 30 35 Minimum circuit ampacity3 - - - 14 18 21 24 Compressor Rated load amps - - - 10.4 11.2 1 13.6 15.9 Locked rotor amps - - - 73 88 83.1 110 Condenser Fan Motor Full load amps - - - 0.8 3.5 3.5 3.5 Locked rotoramps - - - 15 - 2.3 - 'Refrigerant charge sufficient for 15 ft length of refrigerant lines For longer line set requirements see the installation instructions for information about set length and additional refrigerant charge required. ?HACK type circuit breaker of fuse. 3Refer to National Electrical Code manual to determine wire,fuse and disconnect size requirements. INTEGRATED HOME COMFORT -Del Air Accessories/Weighted Sound Power/Thermostats 0 RA16 Series Accessories Model No. RA1618 RA1624 RA1630 RA1636 RA1642 RA1648 RA1660 Compressor crankcase heater* 44-17402-44 44-17402-44 44-17402-44 44-17402-44 44-17402-45 44-17402-45 44-17402-45 Low ambient control RXAD-A08 RXAD-A08 RXAD-A08 RXAD-A08 RXAD-A08 RXAD-A08 RXAD-A08 Freeze Stat 50313 50313 50313 50313 50313 50313 50313 Compressor sound cover 68-23427-26 68-23427-26 68-23427-26 68-23427-26 68-23427-25 68-23427-25 68-23427-25 Compressor hard start kit SK-A1 SK-A1 SK-A1 SK-A1 SK-A1 SK-A1 SK-A1 Low pressure control RXAC-A07 RXAC-A07 RXAC-A07 RXAC-A07 RXAC-A07 RXAC-A07 RXAC-A07 High pressure control RXAB-A07 RXAB-A07 RXAB-A07 RXAB-A07 RXAB-A07 RXAB-A07 RXAB-A07 Heat pump Riser 6 in 686020 686020 686020 686020 686020 686020 686020 Liquid Line Solenoid Solenoid Valve 200RD2T3TVLC 200RD2T3TVLC 200RD2T3TVLC 200RD2T3TVLC 200RD2T3TVLC 200RD3T3TVLC 200RD3T3TVLC (24 VAC,50/60 Hz) Solenoid Coil 61-AMG24V 61-AMG24V 61-AMG24V 61-AMG24V 61-AMG24V 61-AMG24V 61-AMG24V Liquid Line Solenoid Solenoid Valve 200RD2T3TVLC 200RD2T3TVLC 200RD2T3TVLC 200RD2T3TVLC 200RD2T3TVLC 200RD3T3TVLC 200RD3T3TVLC (120/240 VAC,50/60 Hz) Solenoid Coil 61-AMG120/240V 61-AMG120/240V 61-AMG120/240V 61-AMG120/240V 61-AMG120/240V 61-AMG120/240V 61-AMG120/240V Classic Top Cap w/Label 91-101123-21 91-101123-21 91-101123-21 91-101123-21 91-101123-21 91-101123-21 91-101123-21 *Crankcase Heater recommended with Low Ambient Kit Weighted Sound Power Level (MA) Unit Size-Voltage,Series Standard TYPICAL OCTAVE BAND SPECTRUM(dBA without tone adjustment) Rating(dBA) 125 250 500 1000 2000 4000 8000 RA1618A 766 53.4 60 65.7 663 64.2 58.8 52.6 RA1624A 755 49.9 58.4 61.4 64.1 616 57.3 50.8 RA1630A 74.3 48.4 574 62.6 64.5 61.5 56.5 51.5 RA1636B 75 51.6 58.7 631 66.1 62.3 59 55.7 RA1642A 70.7 475 51 60.2 60.7 597 536 50.4 RA1648A 74.3 512 56.1 64.5 65.6 607 56.6 52.6 RA1660A 74.6 50.1 551 65.6 64.8 63.2 57.4 56.4 NOTE:Tested in accordance with AHRI Standard 270-08(not listed in AHRI) Thermostats a i 2s 200-Series = Programmable 300-Series* 500-Series IHt Deluxe Communicating/ rye`, Programmable _s.., Programmable 400-Series Special Applications/ , Programmable Brand Descriptor Series System Type (3 Characters) (3 Characters) (2 Characters) (2 Characters) RHC TST 213 LIN MS 200-Programmable GE=Gas/Electnc 300=Deluxe Pmgrommable GE-Gas ElectnAC/HP/GE) RHC=Rheem TST=Thermostat 400=Special Applications/ MD=Modulabng Fumace SS-Single-Stage Programmable DF=Dual Fuel MS=MuhiStage 500=Commumcabng/ CM=Communicabng Programmable *Photos are representative.Actual models may vary. For detailed thermostat match-up information, see specification sheet form number T11-001. Air Unit Dimensions a RA16 Series Unit Dimensions OPERATING SHIPPING MODEL H(Height) L(Length) W(Width) H(Height) L(Length) W(Width) NO. INCHES mm INCHES mm INCHES mm INCHES mm INCHES mm INCHES mm RA1618A 27 685 29.75 755 29.75 755 27 375 695 3225 819 3225 819 RA1624A 27 685 3375 857 33.75 857 27.375 695 36.25 921 36.25 921 RA1630A 27 685 35.75 908 35.75 908 27 375 695 3825 972 3825 972 RA1636B 31 787 1 3375 857 3375 857 31.375 797 36.25 921 36.25 921 RA1642A 39 990 35.75 908 35.75 908 39.375 1000 1 38.25 1 972 3825 1 972 RA1648A 45 1143 35.75 908 35.75 908 45.375 1153 38.25 972 38.25 1 972 RA1660A 51 1295 3575 908 3575 908 51.375 1305 38.25 972 1 38.25 972 ALLOW 60"[1524 mm] OF CLEARANCE A f R W D 7 S C H A L R G E • H SERVICE PANELS/ INLET CONNECTIONS/HIGH&LOW VOLTAGE ACCESS ALLOW 24"[610 mm]OF CLEARANCE AIR INLET LOUVERS ALLOW 6"[152 mm]MIN.OF CLEARANCE ALL SIDES 12"[305 mm]RECOMMENDED [ ]Designates Metric Conversions ST-A1226-02-00 CLEARANCES ;V1%ALL VALL 6" 152.4 24"(609.6) Service ° 24" 12„ 12„ a D (609.6) (304.8) Service (304.8) r 6" (152.4) 6" (152.4) 12" (304.8) • 24" 24" 24„ (609.6) (609.6) (609.6) Service Service Service 18" 24" 24" (457.2) (609.6) (609.6) 24" recommended 24" recommended 6" minimum 6" minimum JLb NOTE: NUMBERS IN () = mm D IMPORTANT When installing multiple units in an alcove,roof well or partially enclosed area,ensure there is adequate ventillation to prevent re-circulation of discharge air D m ST-A1225-01-00 m CO) 0 o 3. N H — Air Wiring Diagram/Application Guidelines a RA16 Series Control Wiring FIGURE 2 *IF MAXIMUM OUTLET TEMPERATURE RISE IS DESIRED,IT IS RECOMMENDED THAT CONTROL WIRING FOR GAS OR OIL FURNACE W1(W/BK)AND W2(W/BL)BE JUMPERED TOGETHER. TYPICAL THERMOSTAT TYPICAL THERMOSTAT FOR TYPICAL GAS OR OIL HEAT SUBBASE FOR TYPICAL ELECTRIC HEAT SUBBASE OY © ® ® Y G W R BR -BROWN WIRE YL-YELLOW WIRE BR-BROWN WIRE X-WIRE CONNECTION R-RED WIRE YL-YELLOW WIRE W/BK-WHITE WIRE WITH BLACK STRIPE G/BK-GREEN WIRE WITH BLACK STRIPE PU-PURPLE WIRE(NOT USED) X-WIRE CONNECTION TYPICAL GAS OR TYPICAL ELECTRIC HEAT OIL FURNACE LOW VOLTAGE JUNCTION BOX * W/BL TYPICAL CONDENSING R TYPICAL CONDENSING R UNIT W UNIT X W/BK GIBK G YL Y YL YL BR BR x BR PU Application Guidelines 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. Minimum outdoor operation air temperature for cooling mode without low-ambient operation accessory is 55°F(12.8°C). 3. Maximum outdoor operating air temperature is 125°F(51.7°C). 4. For reliable operation,unit should be level in all horizontal planes. 5.Use only copper wire for electric connections at unit.Aluminum and clad aluminum are not acceptable for the type of connector provided. 6. Do not apply capillary tube indoor coils to these units. 7. Factory—supplied filter drier must be installed. INTEGRATED12 • • •- Refrigerant Line Size Information Liquid Line Selection Chart R-411 OA System Liquid Line Size Liquid Line Size Elevation(Above or Below)Indoor Coil Capacity Model Connection Size (Inch O.D. Total Equivalent Length-Feet[m] (Inch I )Imm].D.)[mm] 25[7.62] 50[15.24] 75[22.86] 100[30 48] 125[45 72] 150[45.72] 175[53 341 200[60.96] 1225[68 58] 250[76.20] 1275[83.82] 300[91.44] Maximum Vertical Separation-Feet[m] 1/4 [6.35] 25[7.62] 50[15.24] 60[18.29] 1 45[13 721 30 [9 14] 15 [4 571 N/R N/R N/R N/R N/R N/R 5/16 [7.94] 25[7 621 50[15.24] 75[22.86] 85[25.91] 85[25.91] 80[24.38] 75[22.86] °70[21.34]=.: 70'[21,3,4] h'65[19.81]'. 60'[18,29]^ 55-:[16`.76], 18 3/8"[9.53] 3/8 [9.53] 25[7.62] 50[15.24] 75[22.86] 95[28 96] ;a 95`[28.96], 95[28.96]:, _90[27.43]" '90_[27.43]; „90[27.43] `90.[27.43]:: ' 85[25.91].,' 85[25.91]; 7/16[11 121 25[7 621 50[15.24] 75[22.86] 100[30.48]-1,106,[30.481-`1.00,[30A8]- -100{30:48];: ,'95--[28.,96], , 95[28.96] -.95,[28.96]% _95[28 96] "95[28.96] 1/2[12.71] 25[7.62] 50[15.24] 75:[22686] 100;_[30.48], 100,[30.48_] 100[30.48]' 100'[30.48] 100:[30.48]~ 100[30.48] 1A0'[K48] 1900[30:48]'100[30.48]. 1/4 [6 351 125[7 621,50[15.24] 35[10.67] 10 [3.05] N/R N/R N/R N/R N/R N/R N/R N/R 5/16 [7.94 125[7.62]150[15 24 175[22.86] 80[24.38] 75[22 86] 70121341 X60[18°29] ,155[16.76] -.:50[.15.241, 45[13.72] .AO[1219] `°.30 ,[9.14], 24 3/8"[9.53] 3/8 [9.53] 25[7 62] 50[15.24] 75[22.86] 95[28.96] 95[28.96]• '.90'[27:43j',-90,[U43]- '90[27:43] ~85`[25.91;], 85'[25.,911 ° 80[24.38]: 80[24.38] 7/16[11.12] 25[7.62] 50[15.24] 75[22.86] 100[30.48] 100[30.48] 100[30.48] -100[30.48]; 100[30:48]' 95[28.96] .95[28.96]' 95,[28.96],,'95 1/2[12.71] 25[7.62] 50[15.24] 75'[22.8.6],1100[30.48]• 105 [32] 100j30A8], 100•[30.48]:,100,[30;48] 100[30.48]`400.[30.48] 100[30.48]; 100[30:48]: 1/4 [6.35] 25[7.62] 30 [9 14] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 5/16 [7 941 25[7.62]150[15.24] 70[21.34] 65[19 811 °55'[16.76], -45[13.72],;:35[10.67] 25..;,[7.62] 20; [6:1]., `°10 [3.05]' NLR, 'r' N/R' 30 3/8"[9.53] 3/8 [9.53] 25[7.62] 50[15.24] 75[22 86] 85[25-.91] 85[95.91]a .80`[24.38]' ;80[24.38],."75[22.86]`•:70[21.34]° :'-70.[21.34] 65[19;81], X60[18.29] 7/16[11 121 25[7.62] 50[15.24]" 75=[22:86], 95[28:96]' 95.[28.96] ` 90[27.43], -90'[27.431[27.43] 90,[27:43]: °`=90[27:43]- 85`[25,91] ` 85[25,91-] '-85,[25.91] 1/2[12.71] 25[7.62] 50[15.24] 75[22:86] -95.[28.,96],=°:95[28:96] °95•[28.96] 95[28:96] x,95[28.96].°",95[28.96] ,95128'96] x,95-[28.96]'°AO[27.43] 1/4 [6.35] 25[7.62] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 5/16 [7 94 125[7.62] 50[15.24] 60[18 29] 1 45[13 72] -,35[10.67]" :20-', ,[6.1]]""-,,5„[1.52]` N/R N/R N/R N/R N/R 36 3/8"[9.53] 3/8 [9.53 125[7 621 50[15.24] 75[22.86] 80'[24.38] 775,[22:86]; 70[21,34]` 65[.19.81]_' 60[18:29]'.,50[18.29]"'°,55[•16.76] ':,,50_[15.24]` -, 45[13.72] 7/16[11 12 125[7.62] 50[15.24] 75•[22'86] `90'[27x`43]: •90[27.43] s 85[25.91] 85_[25.91]' 85•[25:91], ., M[24.38], �80`[24.38] F 75[22.86]._..75[22'8%, 1/2[12.71] 25[7 621 50`•[15:24]` 75[22.86];•_95,[28:96]'-:,95[28.96] ".95.[28.96] ,,90_[27.43] `90[27:43]1 ,90[27,43] .,,9,0[27.43]-90 85[25.91]'` 1/4 [6.35] 25[7.62] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 5/16 [7.94] 25[7.62] 50[15 24] 55[16.76] 45[13.72] 30 [9.14] "15. [4:57] N/R N/R N/R N/R N/R N/R 36B 3/8"[9.53] 3/8 [9.53] 25[7.62] 50[15 24] 75[22.86] °80[24.38] :;75,[22.86]` ^70[21;34]1-55-09.811 -`60,[18.29]h `.55[16:76] :,-50[15,24] -,45113.72]';'`A05[12:19]`. 7/16[11.12 125[7.62] 50[15.24] 75.[22.86] .;90[27:43]., =;:90[27:43] :,90;[27.43]` 85[25.91].-,85=[25:91] _x80~[24.38] 80-[24,38] .75[22.86] - 75.[22.86] 1/2[12.71] 25[7.62] 50[15,,24].;75[22:86]: �t95.[28.96]='°<95[28,96]'�-95[28.96],"�95-[28;96];:,,90°[27.43]° °90;[27.43] 90'[27.43]" --,90[27.43].".;:904[27..43] 1/4 [6.35] 20 [6.1] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 5/16 [7 941 25[7.62] 50[15.24] 40[12.19] 20 [6 11 N/R N/R N/R N/R N/R N/R N/R N/R 42 3/8"[9.53] 3/8 [9 531 25[7.62]150[15.24] 75[22 861 70[21,341",'60[18:29],. 55.[.16.7,6],J504,15:241: , 45-[13.72] 40[12.19] 30._[9.14]y'25:,j7.62]` 20' [6.1] 7/16[11.12 125[7.62] 50[15.24] 75'[22.86]' -85,[25.91]., 80,[24:38]-1 -80'[24.38], 75[22.86]. x-70,x[21.34] 70[21,34] 65[19.81]` , .65[19.8, 11, 60[48.29]j 1/2[12.71] 25[7.62]150[15.24].75[22.86] 90[27.43] , 85'[25.91] n 85;[25.91-] 85.[25.91] :85[25.91] °:80[24.38]: 80[24.38] 80[24.38]' • 80[24.38]:' j�� 1/4 [6.35] 15[4.57] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 5/16 [7 941 25 17 621 50[15.24] 35`[10.67]' 15`'[4.57] N/R N/R N/R N/R N/R N/R N/R N/R D 48 3/8"[9 53] 3/8 [9 53] 25[7.62] 50[15:24]. 75[22.86] ,.,65[19.81]° •fl60[18.29]••`,55[113.76] : 45;[13:72] :40[12:19] ','30 [9.14]' 25;[7.62] ,••,20=",,[6:1] 10 ,[3.05]: 7/16[11.12] 25°[7.62] 50[1524]' 75f22.86], :85:[25:91] _ 80-[24:38]., 80[24:38].;,75,[22:86] 70[21.34] 70,[21.34] ;'65[19:81], 65'[19.81] 60[18;29]• � m 1/2[12.71] 25'[7:62] ,50'[15.24] ;75-:[22.86]° .90[27.43]' -;90[27:43]' 85'[25.911- 85[25.91] " 85'[25.91] -`.85[25.91] -80.[24.38] `,80J24.081 -80[24.38] 1 w 1/4 [6.35] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R _ 5/16 [7.94] 125,[7.62],130:a[9:14] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R y I- 60 3/8"[9.53] 3/8 [9.53] .25[7:62] 50[15:24] 60-[18.29]--. 50'[15:24] 40-[-12.19], 30" [9:14]" 20`.. [6.1] 5`.[1.52], N/R N/R N/R N/R v� 7/16[11.12] 25[7.62] 50,[15:24] 75[22:86]"'70[21:34]' :'70;[21:34], ;65[19.81] .60.[18.29]`; 55[16.76]..6 50[15:24] .>45[1a. 4' R40[12.1'9] _40[12.19] 1/2[12.71] '25[7.62].,50[15:24] 75[2Z86],,;80.[24:38], 80,[24.38] _75[2286]',, 75(22:86] . -75,[22.86];° 70[21.34]:' 70.[21:34],° .'Q5[19.01] -_,65[19.81]' NOTES: ° WR =Application not recommended [ ]Designates Metric Conversions 3 m Grey=This application is acceptable,but the long line guidelines must be followed Reference Long Line Set section in the IN 0 Refrigerant Line Size Information (con't.) JL6 . Vapor Line Selection Chart D Vapor Line Capacity Multiplier Table - R pacify41 OA Modelystem Connection Size Vapor Line Size Total Equivalent Length-Feet[m] Capacity Model (Inch I.D.)[mm] (loch O.D.)[mm] 25[7.62] 50[15.24] 75[22.86]1 100[30.48] 125[45.72]1150[45 72] 1175[53 34] 200[60.96] 1225[68.58] 250[76 20] 275[83.82] 300[91.44] s m y � 5/8[15.88] 1.00 0.99 099 0.99 098 0.98 0.97 097 0.97 096 0.96 0.96 3/4[19 051 1 00 1.00 1.00 0.99 1.00 100 0.99 0.99 0.99 0.99 0.99 0.99 18 3/4"[19.06] 7/8[22.23] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R rn 1 [25.4] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R CD 1-1/8[28.58] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R o 5/8[15 881 1.01 0.99 0.98 098 097 0.96 0.95 0.95 094 093 0.93 0.92 3 3/4[19.05] 1.00 1.00 1.01 1 0.99 0.99 1.00 0.98 0.98 0.98 0.98 1 0.98 098 24 3/4"[19 061 7/8[22.23] 100 101 1.00 100 1.00 1.01 1.00 100 1.00 0.99 0.99 1.00 1 [25.4] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 1-1/8[28.58] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 5/8[15 881 1.01 0.99 0.98 0.97 0.96 0.95 0.95 0.94 0.93 0.92 091 0.91 3/4[19.05] 100 1.01 1.01 1.00 1.00 0.99 0.99 0.98 0.98 0.98 0.97 0.97 30 3/4"[19 061 7/8[22 231 1.01 1.00 1.00 1.01 1.01 1.01 1.01 1.01 1.00 1.00 1 1.00 1.00 1 [25.4] 1.01 101 101 1.00 100 101 100 101 1.00 1.00 1.00 1.00 1-1/8[28.58 1 N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 5/8[15.88] 099 0.97 0.95 0.94 0.93 0.93 0.91 0.91 0.90 0.89 0.87 086 3/4[19 05] 100 0.99 0.99 0.98 0.98 0.97 0.96 0.96 0.95 0.95 0.94 094 36 3/4"[19 06] 7/8[22.23] 1.00 100 099 1.00 099 099 0.99 098 0.98 0.98 0.97 0.97 1 [25.4] 1.01 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1.00 1 0.99 0.99 1-1/8[28.58] 1.01 1.01 101 100 1.00 1.00 1.00 1.00 100 1.00 100 1.00 5/8[15 88] 0.99 0.97 0.97 0.94 - 0.94 0.93 0.92 0.90 0.89 0.87 0.87 0.85 3/4[19.05] 1.00 1.00 0.99 0.99 0.98 0.98 0.97 0.97 0.97 0.95 0.95 0.95 36B 3/4"[19.06] 7/8[22 231 1.01 1.00 1.00 1.00 1.00 0.99 1.00 1.00 0.99 0.99 0.99 0.98 1 [25.4] 1.01 101 1.00 1.00 101 100 1.01 100 1.00 100 100 1.00 1-1/8[28.58] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 5/8[15.88] 098 0.97 0.95 0.92 0.91 0.90 0.89 0.86 0.85 0.84 0.83 0.83 3/4[19 05] 1.00 0.98 0.98 0.97 0.96 0.96 0.95 0.95 0.93 0.93 0.93 0.92 42 7/8"[22 23] 7/8[22.23] 1.00 100 0.99 099 098 0.98 0.98 097 0.97 0.96 0.96 096 1 [25.4] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 1-1/8[28.58] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 5/8[15.88] 0.98 0.97 0.94 0.92 0.91 0.89 0.87 0.86 0.84 0.83 0.82 081 3/4[19.05] 1.00 099 098 0.97 0.97 096 0.96 095 094 094 0.93 0.92 48 7/8"[22.23] 7/8[22.23] 1.00 1.00 1.00 1.00 0.99 0.98 0.98 0.98 0.98 0.98 097 0.97 1 [25.4] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 1-1/8[28.58] N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R N/R 5/8[15.88] 0.98 0.95 0.92 0.88 0.88 0.86 1 0.85 0.82 N/R N/R I N/R OR 3/4[19.05] 1.00 0.99 0.98 0.97 0.96 0.95 0.94 0.94 N/R N/R N/R N/R 60 7/8"[22 231 7/8[22.23] 1.01 1.00 1.00 1.00 099 0.99 0.98 0.97 N/R N/R N/R N/R 1 [25 4] 102 1.01 1.01 1.00 1.00 1.01 0.99 100 N/R N/R N/R N/R 1-1/8[28.58] N/R I N/R N/R N/R N/R N/R N/R I N/R N/R N/R N/R I N/R NOTES: [ ]Designates Metric Conversions N/R=Application not recommended All calculations assume a 3/8"liquid line -90 Air Performance Data a RA16 Series Performance Data @ AHRI Standard Conditions - Cooling High Sales Volume Tested Combination(HSVTC) Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Indoor Coil BTU/H[kW] BTU/H[kW] BTU/H[kW] SEER EER [Us] AHRI# RA1618AJ1 RCF2417STAM+RXMD-004 18000 [5.3] 13500 [4.0] 4500[1 3] 14.5 122 600[283.2] 7940358 RA1624AJ1 RCF2417STAM+RXMD-CO4 24000 [7.0] 17500 [5.1] 6500[1 9] 14.5 12.2 800[377.6] 7940647 RA1630AJ1 RCF3617STAM+RXMD-CO4 28400 [8.3] 21600 [6.3] 6800[2.0] 14.5 12.2 1025[483 71 7940930 RA1636BC1 RCF3617STAM+RXMD-004 35800[10.5] 25500 [7.5] 10300[3.0] 14.5 12.2 1100[519 1] 8177920 RA1636BJ1 RCF3617STAM+RXMD-004 35800[10 51 25500 [7.5] 10300[3.0] 14.5 12.2 1100[519 11 8178451 RA1642AC1 RCF4821STAM+RXMD-004 41000[12.0] 30300 [8.9] 10700[3 1] 14.5 12.2 1425[672.5] 7942269 RA1642AJ1 RCF4821 STAM+RXMD-CO4 41000[12 01 30300 [8.9] 10700[3.1] 145 12.2 1 1425[672.5] 7942605 RA1648AC1 RCF4821MTAM+RXMD-CO4 46000[13 51 35700[10.5] 10300[3.0] 15.1 12.5 1600[755.1] 7943765 RA1648AJ1 RCF4821MTAM+RXMD-CO4 46000 113 5] 3570011051 10300[3.0] 15.1 12.5 1600[755.1] 7943766 RA1660AC1 RCF6024STAM+RXMD-1304 56500[16.6] 39100[11.5] 17400[51 1 15.1 125 1525[719.7] 7943825 RA1660AJ1 I RCF6024STAM+RXMD-004 56500[16.6] 39100[11.5] 17400[5.11 151 12.5 1525[719.7] 7943604 [ ]Designates Metric Conversions INTEGRATED • COMFORT 15 -on Air Performance Data a RA16 Series Performance Data @ AHRI Standard Conditions - Cooling (con't.) Coil Only Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Indoor Coil BTU/H[kWl BTU/H[kW1 BTU/H[kW1 SEER EER ]us] AHRI# RCF2414STAM+RXMD-004 18000 [5.3] 13500 [4 01 4500[1.3] 14.5 12.2 600[283 2] 7940295 RCF2417HTAM+RXMD-004 18000 1531 13000 [3.8] 5000[1.5] 14.5 122 600[283 21 7940316 RA1618AJ1 RCF2417MTAM+RXMD-004 18000 [5.3] 13000 [3.8] 5000[1.5] 14.5 122 600[283.2] 7940337 RCF2421 MTAM+RXMD-004 18000 [5 31 13000 [3.8] 5000[1.5] 14.5 12.2 600[283.2] 7940410 RCF2421 HTAM+RXMD-004 18000 [5.3] 13000 [3.8] 5000[1.5] 14.5 12.2 600[283 2] 7940384 RCF2414STAM+RXMD-004 24000 [7 0] 17500 [5.11 6500[1.9] 145 12.2 800[377 61 7940574 RCF2417HTAM+RXMD-004 24000 [7 01 17500 [5 11 6500[1.9] 145 12.2 800[377.6] 7940598 RA1624AJ1 RCF2417MTAM+RXMD-004 24000 [7.0] 17500 [5.1] 6500[1 9] 14.5 122 800[377.6] 7940622 RCF2421MTAM+RXMD-004 24000 [7.0] 17500 [5 11 6500[1.9] 14.5 12.2 800[377.6] 7940713 RCF2421 HTAM+RXMD-004 24000 [7.0] 17500 [5.1] 6500[1 9] 14.5 122 800[377.6] 7940680 RCF3621 HTAM+RXMD-004 30000 [8.8] 22800 [6.7] 7200[2.11 15 125 1025148371 8080028 RCF3621 MTAM+RXMD-004 29600 [8.7] 20900 [61], 8700[2 51 15.1 12.5 1025[483 71 7940974 RA1630AJ1 RCF3621 STAM+RXMD-004 28400 [8.3] 21600 [6.3] 6800[2 0] 14.5 122 1025[483 71 7941018 RCF3624HTAM+RXMD-004 30000 [8.8] 22800 [6.7] 7200[2.11 15.1 125 1025[483.7] 7941049 RCF3624MTAM+RXMD-004 29600 [8.7] 20900 [6.1] 8700[2.5] 151 12.5 1025[483.7] 7941080 RCF3621 HTAM+RXMD-004 36000[10 61 25600 [7.5] 10400[3.0] 15.1 1 12.5 1200[566.3] 8177944 RCF3621 MTAM+RXMD-004 36000[10.6] 25600 [7 51 10400[3.0] 14.5 12.2 1150[542.7] 8177992 RA1636BC1 RCF3621 STAM+RXMD-004 35800[10 51 25500 [7.5] 10300[3.0] 14.5 122 1100[519.11 8178039 RCF3624HTAM+RXMD-004 36000[10 61 25600 [7 51 10400[3.0] 15.1 125 1200[566.3] 8178076 RCF36241VITAM+RXMD-004 36000[10 61 25600 [7 51 10400[3.0] 14.5 12.2 1200[566.3] 8178113 RCF3621 HTAM+RXMD-004 36000[10.6] 25600 [7 51 10400[3.0] 15.1 125 1200[566 31 8178475 RCF3621 MTAM+RXMD-004 36000[10.6] 25600 [7.5] 10400[3.0] 14.5 12.2 1150[542.7] 8178521 RA1636BJ1 RCF3621 STAM+RXMD-004 35800[10.5] 25500 [7 51 10300[3 01 14.5 122 1100[519 1] 8178567 RCF3624HTAM+RXMD-004 36000[10.6] 25600 [7.5] 10400[3.0] 151 12.5 1200[566.3] 8178602 RCF36241VlTAM+RXMD-004 36000[10.6] 25600 [7.5] 10400[3.0] 145 12.2 1200[566.3] 8178637 RCF4821MTAM+RXMD-CO4 42000[12.3] 29600 [8.7] 12400[3.6] 14.5 12.2 1425[672.5] 8080539 RA1642AC1 RCF4824HTAM+RXMD-004 42000[12.3] 31100 [9.1] 10900[3.2] 15.1 12.5 1425[672.5] 7942305 RCF4824STAM+RXMD-004 41000[12.0] 30300 [8.9] 10700[3.1] 14.5 12.2 1425[672.5] 7942342 RCF4821 MTAM+RXMD-004 42000[12.3] 29600 [8.7] 12400[3.6] 14.5 122 1425[672 51 8080654 RA1642AJ1 RCF4824HTAM+RXMD-004 42000[12.3] 31100 [9.1] 10900[3.2] 15.1 12.5 1425[672 51 7942641 RCF4824STAM+RXMD-004 41000[12.0] 30300 [8.9] 10700[3.1] 14.5 122 1425[672.5] 7942678 RCF4821 STAM+RXMD-004 44000[12.9] 32600 [9.6] 11400[3 31 15.1 12.5 1375[648.9] 7942932 RA1648AC1 RCF4824HTAM+RXMD-004 46500[13 61 34400[10.1] 12100[3.5] 155 13 1600[755.1] 7942967 RCF4824STAM+RXMD-CO4 44000[12 9] 32600 1961 11400[3.3] 151 12.5 1375[648.9] 7943004 RCF4821 STAM+RXMD-004 44000[12.9] 32600 [9 61 11400[3 31 151 125 1375[648.9] 7943258 RA1648AJ1 RCF4824HTAM+RXMD-004 46500[13.6] 34400[10.1] 12100[3.5] 15.5 13 1600[755 11 7943293 RCF4824STAM+RXMD-004 44000[12.9] 32600 [9.6] 11400[3.3] 15.1 12.5 1375[648.9] 7943330 RA1660AC1 RCF6021 STAM+RXMD-004 55500[16 31 36600[10 71 18900[5 51 14.5 12 1750[825.9] 8080979 RCF6024HTAM+RXMD-004 56500[16.6] 39100[11 5] 17400[5.1] 151 12.5 1525[719.7] 7943796 RA1660AJ1 RCF6021 STAM+RXMD-004 1 55500[16.3] 36600[10.7] 18900[5.5] 145 12 1750[825 91 8081057 RCF6024HTAM+RXMD-004 1 56500[16.6] 39100[11.5] 17400[5.11 15.1 125 1525[719 7] 7943575 [ ]Designates Metric Conversions INTEGRATED16 • • •- Air Performance Data 0 RA16 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R801P Classic Plus Single-Stage X-13 80%Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kWI BTU/H[kW] BTU/H[kW1 SEER EER [Us] AHRI# RCF2414STAM 18000[5.3] 13500[4 0] 4500[1.3] 16 13 625[295 0] 7940294 RA1618AJ1 R801TA050314MSA RCF2417HTAM 18000[5.3] 13500[4.0] 4500[1.3] 16 13 625[295.0] 7940296 RCF2417MTAM 18000[5 31 13500 14 0] 4500[1.3] 16 13 625[295.0] 7940317 RCF2417STAM 18000[5.3] 13500[4 01 4500[1.3] 16 13 625[295.0] 7940338 RCF2414STAM 18000[5.3] 13500[4.0] 4500[1 3] 16 13 625[295.0] 8079876 RA1618AJ1 R801TA050314MXA RCF2417HTAM 18000[5 31 13500[4.0] 4500[1.3] 16 13 625[295.0] 8079877 RCF2417MTAM 18000[5 3] 13500[4.0] 4500[1.3] 16 13 625[295 0] 8079882 RCF2417STAM 18000[5.3] 13500[4.0] 4500[1 3] 16 13 625[295.0] 8079887 RCF2417HTAM 18000[5.3] 13500[4.0] 4500[1 3] 16 13 650[306.8] 7940297 RA1618AJ1 R801TA075317ZSA RCF2417MTAM 18000 15 3] 13500[4.0] 4500[1.3] 16 13 650[306 8] 7940318 RCF2417STAM 18000[5.3] 135001401 4500[1.3] 16 13 650[306 81 7940339 RCF2421 MTAM 18000[5.3] 13500[4 01 4500[1.3] 16 13 650[306.8] 7940385 RCF2417HTAM 18000[5.3] 13500[4 0] 4500[1.3] 16 13 650[306.8] 8079878 RA1618AJ1 R801TA075317ZXA RCF2417MTAM 18000[5.3] 13500[4.0] 4500[1.3] 16 13 650[306.8] 8079883 RCF2417STAM 18000[5.3] 13500[4 0] 4500[1.3] 16 13 650[306.8] 8079888 RCF2421 MTAM 18000[5.3] 13500[4.0] 4500[1.3] 16 13 650[306 8] 8079898 RA1618AJ1 R801TA075317ZSA RCF2421HTAM 18000[5.3] 13500[4 0] 4500[1.3] 16 13 650[306.8] 7940359 RA1618AJ1 R801TA075317ZXA RCF2421HTAM 18000[5.3] 13500[4.0] 4500[1 3] 16 13 650[306.8] 8079892 RCF2414STAM 24000[7.0] 17500[5.1] 6500[1 9] 16 13 800[377 61 7940573 RA1624AJ1 R801TA050314MSA RCF2417HTAM 24000[7 0] 17500[5.11 6500[1.9] 16 13 875[413.0] 7940575 RCF2417MTAM 24000[7.0] 17500[5 11 6500[1.9] 16 13 850[401.2] 7940599 RCF2417STAM 24000 17 0] 17500[51 1 6500[1.9] 16 13 825[389.4] 7940623 RCF2414STAM 24000[7.0] 17500 15.1] 6500[1.9] 16 13 800[377.6] 8079935 RA1624AJ1 R801TA050314MXA RCF2417HTAM 24000[7 0] 17500[5 1] 6500[1.9] 16 13 875[413.0] 8079936 RCF2417MTAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 850[401.2] 8079941 RCF2417STAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 825[389.4] 8079946 RCF2417HTAM 24000[7.0] 17500[51 1 6500[1 9] 16 13 875[413 0] 7940576 RA1624AJ1 R801TA075317ZSA RCF2417MTAM 24000[7.0] 17500[5 1] 6500[1.9] 16 13 875[413 0] 7940600 RCF2417STAM 24000 17 0] 17500[51 1 6500[1.9] 16 13 850[401 21 7940624 RCF2421 MTAM 24000[7 01 17500[51] 6500[1 9] 16 13 875[413 01 7940681 RCF2417HTAM 24000[7 01 17500[51 1 6500[1.9] 16 13 650[306.8] 8079937 RA1624AJ1 R801TA075317ZXA RCF2417MTAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 650[306.8] 8079942 RCF2417STAM 24000[7 0] 17500[5.1] 6500[1.9] 16 13 850[401.2] 8079947 RCF2421 MTAM 24000[7 0] 17500[51] 6500[1.9] 16 13 1 650[306 81 8079958 RA1624AJ1 R801TA075317ZSA RCF2421HTAM 24000[7.0] 17500[5 1] 6500[1 9] 16 13 1 875[413 0] 7940648 RA1624AJ1 R801TA075317ZXA RCF2421 HTAM 24000[7 0] 17500[5.11 6500[1.9] 16 13 650[306 81 8079951 RA1630AJ1 R801TA050314MSA RCF3617STAM 28800[8.4] 21900[6.4] 6900[2 01 16 13 1000[471.9] 7940904 RA1630AJ1 R801TA050314MXA RCF3617STAM 28800[8.4] 21900[6.4] 6900[2.0] 16 13 1000[471 9] 8079999 RCF3617STAM 28400[8.3] 21100[6.2] 7300[2.1] 16 13 875[413.0] 7940905 RA1630AJ1 R801TA075317ZSA RCF3621 MTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1075[507.3] 7940931 RCF3621 STAM 28400[8.3] 21100[6.2] 7300[2.11 16 13 875[413.0] 7940975 RCF3617STAM 28400[8.3] 21100[6.2] 7300[2.1] 16 13 875[413.0] 8080000 RA1630AJ1 R801TA075317ZXA RCF3621 MTAM 29600[8.7] 20500[6.0] 9100[2.7] 16 13 875[413.0] 8080029 RCF3621 STAM 28400[8.3] 21100[6 21 7300[21 1 16 13 875[413.0] 8080042 RCF3617STAM 29000[8 5] 22100[6.5] 6900[2 0] 16 13 1000[471.9] 7940906 RA1630AJ1 R801 TA075417MSA RCF3621 HTAM 30000[8.8] 22800[6.7] 7200[21 1 16 13 1050[495 5] 8080005 RCF3621 MTAM 30000[8.8] 22800[6.7] 7200[2.11 16 13 1050[495.5] 7940932 RCF3621STAM 29000[8.5] 22200[6.5] 6800[2.0] 16 13 1025[483.7] 7940976 [ ]Designates Metric Conversions INTEGRATED HOME COMFORT Air I Performance Data a RA16 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R801P Classic Plus Single-Stage X-13 80%Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H[kW] BTU/H[kW] SEER EER [L/s] AHRI# RCF3617STAM 29000 [8 5] 22100[6.5] 6900[2.0] 16 13 1000[471 91 8080001 RA1630AJ1 R801TA075417MXA RCF3621 MTAM 30000 [8.8] 22800[6.7] 7200[2.1] 16 13 1050[495 51 8080030 RCF3621 STAM 29000 [8.5] 22200[6.5] 6800[2.0] 16 13 1025[483 71 8080043 RCF3621 HTAM 30000 [8.8] 22800[6.7] 7200[21] 16 13 1050[495 51 8080006 RCF3621 MTAM 30000 [8.8] 22800[6.7] 7200[2.1] 16 13 1025[483 71 8080031 RA1630AJ1 R801 TA075421 MSA RCF3621 STAM 29000 [8.5] 22200[6 51 6800[2 01 16 13 1025[483.7] 8080044 RCF3624HTAM 30000 [8.8] 22800[6.7] 7200[2.1] 16 13 1050[495.5] 8080055 RCF3624MTAM 30000 [8.8] 22800[6.7] 7200[2.1] 16 13 1025[483.7] 8080065 RCF3621 MTAM 30000 [8.8] 22800[6.7] 7200[2.1] 16 13 1000[471.9] 7940933 RA1630AJ1 R801TA075521ZSA RCF3621STAM 28800 [8.4] 21800[6.4] 7000[2 11 16 13 975[460 1] 7940977 RCF3624HTAM 30000 [8.8] 22800[6.7] 7200[2.1] 16 13 1025[483.7] 7941019 RCF3624MTAM 30000 18 8] 22800[6 7] 7200[21 1 16 13 1000[471 9] 7941050 RCF3621 MTAM 30000 [8 8] 22800[6 7] 7200[21] 16 13 1000[471 91 8080032 RA1630AJ1 R801 TA075521ZXA RCF3621 STAM 28800 [8 41 21800[6 41 7000[2.1] 16 13 975[460 1 1 8080045 RCF3624HTAM 30000 [8.8] 22800[6 7] 7200[2.1] 16 13 1025[483 7] 8080056 RCF3624MTAM 30000 [8 81 22800[6 71 7200[21 1 16 13 1000[471 9] 8080066 RCF3621 HTAM 30000 [8 81 22800[6 71 7200[2.11 16 13 1075[507.3] 8080007 RA1630AJ1 R801 TA100521 MSA RCF3621 MTAM 30000 [8.8] 22800[6 7] 7200[2.1] 16 13 1 1050[495.5] 7940934 RCF3621 STAM 29000 [8 51 22100[6 51 69001201 16 13 1000[471 9] 7940978 RCF3624MTAM 30000 [8.8] 22800[6.7] 7200[2.1] 16 13 1050[495.5] 7941051 RCF3621 MTAM 30000 [8.8] 22800[6.7] 7200[2.1] 16 13 1050[495.5] 8080033 RA1630AJ1 R801 TA100521 MXA RCF3621STAM 29000 [8.5] 22100[6 5] 6900[2 0] 16 13 1000[471 9] 8080046 RCF3624MTAM 30000 [8.8] 22800[6.7] 7200[2.1] 16 13 1050[495.5] 8080067 RCF3621 MTAM 30000 [8.8] 21100[6.2] 8900[2.6] 16 13 975[460.11 7940935 RA1630AJ1 R801TA100521ZSA RCF3621STAM 28800 [8.4] 21800[6.4] 7000[2.1] 16 13 975[460 11 7940979 RCF3624HTAM 30000 [8.8] 22800[6 71 7200[21 1 16 13 1025[483.7] 7941020 RCF3624MTAM 30000 [8.8] 21100[6 2] 8900[2 61 16 13 975[460.1] 7941052 RCF3621 MTAM 30000 [8.8] 21200[6.2] 8800[2.6] 16 13 975146011 8080034 RA1630AJ1 R801TA100521ZXA RCF3621STAM 28800 [8.4] 21800[6.4] 7000[2 11 16 13 975[460.1] 8080047 RCF3624HTAM 30000 [8 8] 22800[6 7] 7200[2.1] 16 13 1025[483.7] 8080057 RCF3624MTAM 30000 [8.8] 21200[6.2] 8800[2.6] 16 13 975[460 11 8080068 RA1630AJ1 R801TA125524ZSA RCF3624HTAM 30000 [8 8] 22800[6.7] 7200[2.1] 16 13 975[460 1] 7941021 RCF3624MTAM 29800 [8.7] 20700[61] 9100[2 7] 16 13 925[436 6] 7941053 RA1630AJ1 R801TA125524ZXA RCF3624HTAM 30000 [8.8] 22800[6.7] 7200[2 1] 16 13 975[460.1] 8080058 RCF3624MTAM 29800 [8.7] 20900[61 1 8900[2 61 16 13 925[436 61 8080069 RA1636BC1 R801TA050314MSA RCF3617STAM 35600[10 4] 24900[7.3] 10700[3.1] 151 125 1000[471 9] 8177894 RCF3617STAM 35800[10.5] 25300 17 4] 10500[3.1] 15.1 12.5 1050[495 51 8177895 RA1636BC1 R801TA075317ZSA RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3 0] 15.5 1 13 1075[507.3] 8177945 RCF3621 STAM 35800[10.5] 25300[7 4] 10500[31 1 15.1 12.5 1050[495 5] 8177993 RCF3617STAM 36000[10 6] 25600[7.5] 10400[3.0] 151 125 1125[530.9] 8177896 RA1636BC1 R801TA075417MSA RCF3621 HTAM 36000[10.6] 25600[7 51 10400[3 01 16 13 1200[566 31 8177921 RCF3621 MTAM 36000[10 61 25600[7.5] 10400[3.0] 15.5 13 1275[601.7] 8177946 RCF3621STAM 35800[10.5] 25100[7.4] 10700[3.1] 15.5 13 1000[471.9] 8177994 RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8177922 RCF3621 MTAM 36000[10.6] 25600[7 5] 10400[3.0] 15.5 1 13 1225[578 1] 8177947 RA1636BC1 R801 TA075421 MSA RCF3621 STAM 35800[10.5] 25100[7 4] 10700[3.1] 15.5 13 1000[471 9] 8177995 RCF3624HTAM 36000[10 61 25600[7.5] 10400[3 01 16 13 1250[589 91 8178041 RCF3624MTAM 36000[10.6] 25600[7 51 10400[3.0] 15.5 13 1225[578.1] 8178077 [ ]Designates Metric Conversions 18 INTEGRATED HOME COMFORT Air Performance Data RAi6 Series Performance Data Ccs AHRI Standard Conditions- Cooling (con't.) R801T: Classic Plus Single-Stage X-13 80%Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H[kW] BTU/H[kW] SEER EER IL/s] AHRI# RCF3621 MTAM 36000[10.6] 25600[7 5] 10400[3 0] 155 13 1225[578.1] 8177948 RA1636BC1 R801TA075521ZSA RCF3621 STAM 35600[10.4] 24700[7.2] 10900[3 2] 15.5 13 950[448.4] 8177996 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178042 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1225[578.1] 8178078 RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1075[507.3] 8177923 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1050[495.5] 8177949 RA1636BC1 R801 TA100521 MSA RCF3621 STAM 35800[10.5] 25100[7.4] 10700[3.1] 15.5 13 1000[471.9] 8177997 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1 1100[519.1] 8178043 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3 0] 16 13 1050[495.5] 8178079 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1225 1578.1] 8177950 RA163613131 R801TA100521ZSA RCF3621 STAM 35600[10.4] 24700[7.2] 10900[3.2] 15.5 13 950[448.4] 8177998 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178044 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1225[578.1] 8178080 RA1636BC1 R801TA125524MSA RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1200[566.3] 8178045 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1 1175[554.5] 8178081 RA1636BC1 R801TA125524ZSA RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1150[542.7] 8178046 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1100[519.1] 8178082 RA1636BJ1 R801TA050314MSA RCF3617STAM 35600[10.4] 24900[7.3] 10700[3.1] 15.1 12.5 1000[471.9] 8178425 RCF3617STAM 35800[10.5] 25300[7.4] 10500[3.1] 15.1 12.5 1050[495.5] 8178426 RA16366J1 R801TA075317ZSA RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 155 13 1 1075[507.3] 8178476 RCF3621 STAM 35800[10.5] 25300[7.4] 10500[3.11 15.1 12.5 1050[495.5] 8178522 RCF3617STAM 36000[10.6] 25600[7.5] 10400[3.0] 15.1 12.5 1125[530.9] 8178427 RA1636BJ1 R801TA075417MSA RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1200[566.3] 8178452 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1275[601.7] 8178477 RCF3621 STAM 35800[10.5] 25100[7.4] 10700[3.11 15.5 13 1 1000[471.9] 8178523 RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178453 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1225[578 1] 8178478 RA163613J1 R801TA075421MSA RCF3621STAM 35800[10.5] 25100[7.4] 10700[3.1] 15.5 13 1000[471.9] 8178524 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178568 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 155 13 1225[578.1] 8178603 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 155 13 1225[578.11 8178479 RA163613J1 R801TA075521ZSA RCF3621STAM 35600[10.4] 24700[7.2] 10900[3.2] 15.5 13 950[448.4] 8178525 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3 0] 16 13 1250[589.9] 8178569 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3 0] 15.5 13 1225[578.1] 8178604 RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1075[507.3] 8178454 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400 13 0] 16 13 1050[495.5] 8178480 RA163613J1 R801 TA100521 MSA RCF3621 STAM 35800[10.5] 25100[7.4] 10700[3.1] 155 13 1000[471.9] 8178526 RCF3624HTAM 36000[10 6] 25600[7.5] 10400[3.0] 16 13 1100[519.1] 8178570 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1050[495.5] 8178605 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1225[578.1] 8178481 RA1636BJ1 R801TA100521ZSA RCF3621 STAM 35600[10.4] 24700[7.2] 10900[3.2] 155 13 950[448.4] 8178527 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178571 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1225[578.1] 8178606 RA163613J1 R801TA125524MSA RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1200[566.3] 8178572 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1175[554.5] 8178607 RA1636BJ1 R801TA125524ZSA RCF3624HTAM 36000[10 6] 25600[7.5] 10400[3.0] 16 13 1150[542.7] 8178573 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1100[519.1] 8178608 RA1642AC1 R801TA075317ZSA I RCF4821STAM 40000[11.7] 27400[8.0] 12600[3.7] 1 15.5 13 1075[507.3] 1 7942224 [ ]Designates Metric Conversions 19 INTEGRATED • • •- Air Performance Data 0 I RAI 6 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R801T: Classic Plus Single-Stage X-13 80%Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H[kW] BTU/H[kW] SEER EER [L/s] AHRI# RA1642AC1 R801TA075317ZXA RCF4821 STAM 40000[11 7] 27400[8.0] 12600[3 71 155 13 1075[507 31 8080540 RA1642AC1 R801TA075417MSA RCF4821 MTAM 42000[12 3] 28900[8.5] 13100[3.8] 16 13 1300[613 5] 8080514 RCF4821 STAM 41000[12.0] 29500[8.6] 11500[3.4] 15.5 13 1275[601 7] 7942225 RA1642AC1 R801 TA075417MXA RCF4821 STAM 41000[12.0] 29500[8.6] 11500[3.4] 15.5 13 1275[601 7] 8080541 RCF4821 MTAM 41500[12.2] 28200[8.3] 133001391 16 13 1250[589 91 8080515 RA1642AC1 R801TA075421MSA RCF4821 STAM 40500[11 9] 28600[8.4] 11900[3.5] 16 13 1200[566.3] 8080542 RCF4824HTAM 42000[12.3] 31100[91] 10900[3 21 16 13 1425[672 51 8080553 RCF4824STAM 40500[11.9] 28600[8 4] 11900[3 5] 16 13 1200[566 3] 8080565 RCF4821 STAM 41000[12.0] 29200[8.6] 11800[3.5] 15.5 13 1225[578 1] 7942226 RA1642AC1 R801TA075521ZSA RCF4824HTAM 42000[12 31 31100[9.1] 10900[3 2] 16 13 1450[684.3] 7942270 RCF4824STAM 41000[12.0] 29200[8.6] 11800[3.5] 15.5 13 1225 1578.1] 7942306 RCF4821 STAM 41000[12.0] 29200[8 61 11800[3 51 15.5 13 1225 15781] 8080543 RA1642AC1 R801TA075521ZXA RCF4824HTAM 42000[12 31 31100[9 11 10900[3 21 16 13 1450[684.3] 8080554 RCF4824STAM 41000[12 01 29200[8 61 118001351 155 13 1225[578.1] 8080566 RCF4821 MTAM 42000[12.3] 31100[9.11 10900[3.21 16 13 1425[672.5] 8080516 RA1642AC1 R801TA100521MSA RCF4821 STAM 41500[12.2] 30300[8 91 11200[3.3] 16 13 1325[625.3] 7942227 RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1425[672.5] 7942271 RCF4824STAM 41500[12.2] 30300[8.9] 11200[3.3] 16 13 1325[625 3] 7942307 RCF4821 STAM 41500[12.2] 30300[8.9] 11200[3.3] 16 13 1325[625.3] 8080544 RA1642AC1 R801 TA100521 MXA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3 2] 16 13 1425[672 51 8080555 RCF4824STAM 41500[12.2] 30300[8.9] 11200[3.3] 16 13 1325[625.3] 8080567 RCF4821 STAM 41000[12.0] 29200[8.6] 11800[3.5] 15.5 13 1225 1578.11 7942228 RA1642AC1 R801TA100521ZSA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1425[672.5] 7942272 RCF4824STAM 41000[12 0] 29200[8 61 11800[3.5] 15.5 13 1225[578.1] 7942308 RCF4821 STAM 41000[12.0] 29200[8.6] 11800[3.5] 15.5 13 1225[578 1] 8080545 RA1642AC1 R801 TA100521 ZXA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1425[672 51 8080556 RCF4824STAM 41000[12.0] 29200[8.6] 11800[3.5] 15.5 13 1225[578 1 1 8080568 RA1642AC1 R801TA125524MSA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3 2] 16 13 1375[648.9] 7942273 RCF4824STAM 41500[12 2] 30400[8.9] 11100[3.3] 16 13 1350[637 11 7942309 RA1642AC1 R801TA125524MXA RCF4824HTAM 42000[12 3] 31100[91 1 10900[3 21 16 13 1375[648.9] 8080557 RCF4824STAM 41500[12 21 30400[8.9] 11100[3.3] 16 13 1350[6371] 8080569 RA1642AC1 R801TA125524ZSA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 1 13 1375[648.9] 7942274 RCF4824STAM 40500[11.9] 28000[8 21 12500[3 71 16 13 1100[519.1] 7942310 RA1642AC1 R801TA125524ZXA RCF4824HTAM 42000[12.31 31100[9.1] 10900[3.2] 16 13 1375[648.9] 8080558 RCF4824STAM 40500[11 9] 28000 18 2] 12500[3 7] 16 13 1100[519.11 8080570 RA1642AJ1 R801TA075317ZSA RCF4821 STAM 40000[11.7] 27400[8 0] 12600[3 7] 15.5 13 1075[507.3] 7942560 RA1642AJ1 R801TA075317ZXA RCF4821 STAM 40000[11.7] 27400[8 01 12600[3 71 15.5 13 1075[507.3] 8080655 RA1642AJ1 R801TA075417MSA RCF4821 MTAM 42000[12 3] 28900[8.5] 13100[3.8] 16 13 1300[613 51 8080629 RCF4821 STAM 41000[12.0] 29500[8 6] 11500[3 41 155 13 1275[601.7] 7942561 RA1642AJ1 R801TA075417MXA RCF4821 STAM 41000[12 01 29500[8.6] 11500[3.4] 15.5 13 1275[601.7] 8080656 RCF4821 MTAM 41500[12.2] 28200[8.3] 13300[3 91 16 13 1250[589.9] 8080630 RA1642AJ1 R801 TA075421 MSA RCF4821 STAM 40500[11.9] 28600[8 4] 11900[3.5] 16 13 1200[566 3] 8080657 RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3 2] 16 13 1425[672.5] 8080668 RCF4824STAM 40500[11.9] 28600[8.4] 11900[3 5] 16 13 1200[566.3] 8080680 RCF4821 STAM 41000[12.0] 29200[8.6] 11800[3 5] 15.5 13 1225[578.11 7942562 RA1642AJ1 R801TA075521ZSA RCF4824HTAM 42000[12.3] 31100[9 1] 10900[3 2] 16 13 1450[684 31 7942606 RCF4824STAM 1 41000[12.0] 29200[8.6] 11800[3.5] 15.5 13 1225[578.1] 7942642 [ ]Designates Metric Conversions 20 INTEGRATED • • •- Air Performance Data ' I RAI 6 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R801T: Classic Plus Single-Stage X-13 80%Furnace Ratings Outdoor oTotal Capacity Net Sensible Net Latent SEER EER Indoor CFM AHRI# Unit Furnace Indoor Cil BTU/H[kW1 BTU/H[kW1 BTU/H[kW] 1L/s1 RCF4821 STAM 41000[12 01 29200 [8.6] 11800[3.5] 15.5 13 1225[578.11 8080658 RA1642AJ1 R801TA075521ZXA RCF4824HTAM 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1450[684.3] 8080669 RCF4824STAM 41000[12.0] 29200 [8.6] 11800[3.5] 15.5 13 1225[578.11 8080681 RCF4821MTAM 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1425[672.5] 8080631 RA1642AJ1 R801TA100521MSA RCF4821 STAM 41500[12.2] 30300 [8.9] 11200[3.3] 16 13 1325[625.3] 7942563 RCF4824HTAM 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1425[672.5] 7942607 RCF4824STAM 41500[12.2] 30300 [8.9] 11200[3.3] 16 13 1325[625.3] 7942643 RCF4821 STAM 41500[12.2] 30300 [8.9] 11200[3.3] 16 13 1325[625.3] 8080659 RA1642AJ1 R801 TA1 00521 MXA RCF4824HTAM 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1425[672.5] 8080670 RCF4824STAM 41500[12.2] 30300 [8.9] 11200[3.3] 16 13 1325[625.3] 8080682 RCF4821 STAM 41000[12.0] 29200 [8.6] 11800[3.5] 155 13 1225[578.1] 7942564 RA1642AJ1 R801TA100521ZSA RCF4824HTAM 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1425[672.5] 7942608 RCF4824STAM 41000[12.0] 29200 [8.6] 11800[3.5] 15.5 13 1225[578.1] 7942644 RCF4821 STAM 41000[12.0] 29200 [8.6] 11800[3.5] 15.5 13 1225[578.1] 8080660 RA1642AJ1 R801TA100521ZXA RCF4824HTAM 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1425[672.5] 8080671 RCF4824STAM 41000[12.0] 29200 [8.6] 11800[3.5] 155 13 1225[578.1] 8080683 RA1642AJ1 R801TA125524MSA RCF4824HTAM 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1375[648.9] 7942609 RCF4824STAM 41500[12.2] 30400 [8.9] 11100[3.3] 16 13 1350[637 1] 7942645 RA1642AJ1 R801 TA1 25524MXA RCF4824HTAM 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1 1375[648.9] 8080672 RCF4824STAM 41500[12.2] 30400 [8.9] 11100[3 3] 16 13 1350[637.11 8080684 RA1642AJ1 R801TA125524ZSA RCF4824HTAM 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1375[648.9] 7942610 RCF4824STAM 40500[11.9] 28000 [8.2] 12500[3.7] 16 13 1100[519.1] 7942646 RA1642AJ1 R801TA125524ZXA RCF4824HTAM 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1375[648.9] 8080673 RCF4824STAM 40500[11.9] 28000 [8.2] 12500[3.7] 16 13 1100[519.1] 8080685 RA1648AC1 R801TA075317ZSA RCF4821 STAM 43500[12.7] 29500 [8.6] 14000[4.1] 15.5 13 1225 1578.11 7942895 RA1648AC1 R801TA075317ZXA RCF4821 STAM 43500[12.7] 29500 [8.6] 14000[4.1] 15.5 13 1225[578.1] 8080764 RA1648AC1 R801TA075417MSA RCF4821MTAM 45000[13.2] 32900 [9.6] 12100[3.5] 16 13 1300[613.5] 8080744 RCF4821 STAM 43500[12.7] 29200 [8.6] 14300[4.2] 16 13 1175[554.5] 7942896 RA1648AC1 R801TA075417MXA RCF4821 STAM 43500[12.7] 29200 [8.6] 14300[4.2] 16 13 1175[554.5] 8080765 RCF4821 MTAM 45500[13 3] 34200[10.0] 11300[3 31 16 13 1425[672.5] 8080745 RA1648AC1 R801 TA075421 MSA RCF4821 STAM 44000[12.9] 29800 [8.7] 14200[4.2] 16 13 1200[566.3] 8080766 RCF4824HTAM 46000[13.5] 32800 [9.6] 13200[3.9] 16 13 1425[672.5] 8080776 RCF4824STAM 44000[12.9] 29800 [8.7] 142001421 16 13 1200[566.3] 8080788 RCF4821 STAM 44000[12.9] 29800 [8.7] 14200[4.2] 16 13 1200[566.3] 7942897 RA1648AC1 R801TA075521ZSA RCF4824HTAM 46000[13.5] 33000 [9.7] 13000[3.8] 16 13 1 1450[684 31 7942933 RCF4824STAM 44000[12.9] 29800 [8.7] 14200[4.2] 16 13 1200[566.3] 7942968 RCF4821 STAM 44000[12.9] 29800 [8.7] 14200[4.2] 16 13 1200[566.3] 8080767 RA1648AC1 R801TA075521ZXA RCF4824HTAM 46000[13.5] 33000 [9.7] 13000[3.8] 16 13 1450[684.3] 8080777 RCF4824STAM 44000[12.9] 29800 [8.7] 14200[4.2] 16 13 1200[566.3] 8080789 RCF4821 MTAM 45500[13.3] 34000[10.0] 11500[3.4] 16 13 1400[660.7] 8080746 RA1648AC1 R801 TA100521 MSA RCF4821 STAM 44500[13.0] 31400 [9.2] 13100[3.8] 16 13 1 1375[648 9] 7942898 RCF4824HTAM 47000[13.8] 35300[10.3] 11700[3.4] 16 13 1650[778.7] 7942934 RCF4824STAM 44500[13.0] 31400 [9.2] 13100[3.8] 16 13 1375[648.9] 7942969 RCF4821 STAM 44500[13.0] 31400 [9.2] 13100[3.8] 16 13 1375[648.9] 8080768 RA1648AC1 R801TA100521MXA RCF4824HTAM 47000[13.8] 35300[10.3] 11700[3.4] 16 13 1650[778.7] 8080778 RCF4824STAM 44500[13.0] 31400 [9.2] 13100[3.8] 16 13 1375[648.9] 8080790 RCF4821 STAM 44000[12.9] 29800 [8.7] 14200[4.2] 16 13 1200[566.3] 7942899 RA1648AC1 R801TA100521ZSA RCF4824HTAM 46000[13.5] 32800 [9.6] 13200[3.9] 16 13 1425[672.5] 7942935 RCF4824STAM 44000[12.9] 1 29800 [8.7] 14200[4 2] 16 13 1200[566.3] 7942970 [ ]Designates Metric Conversions INTEGRATED HOME COMFORT -00 Air I Performance Data 0 RAi6 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R801P Classic Plus Single-Stage X-13 80%Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H[kWl BTU/H[kW] SEER EER [L/s] AHRI# RCF4821 STAM 44000[12 91 29800 [8 7] 14200[4.2] 16 13 1200[566 3] 8080769 RA1648AC1 R801TA100521ZXA RCF4824HTAM 46000[13 51 32800 [9 6] 13200[3.9] 16 13 1425[672.5] 8080779 RCF4824STAM 44000[12.9] 29800 [8.7] 14200[4 2] 16 13 1200[566.3] 8080791 RA1648AC1 R801 TA1 25524MSA RCF4824HTAM 47000[13.8] 35300[10.3] 11700[3 41 16 13 1650[778.7] 7942936 RCF4824STAM 44500[13 0] 31100 [9.1] 13400[3 9] 16 13 1325[625 3] 7942971 RA1648AC1 R801TA125524MXA RCF4824HTAM 47000[13.8] 35300[10 31 117001341 16 13 1650[778.7] 8080780 RCF4824STAM 44500[13.0] 31100 [9.1] 13400[3 91 16 13 1325[625.3] 8080792 RA1648AC1 R801TA125524ZSA RCF4824HTAM 46000[13 51 32500 [9.5] 13500[4.0] 16 13 1375[648.9] 7942937 RCF4824STAM 44500[13.0] 31100 [9 1] 13400[3 91 15.5 13 1325[625.3] 7942972 RA1648AC1 R801TA125524ZXA RCF4824HTAM 46000[13.5] 32500 [9.5] 13500[4.0] 16 13 1375[648.9] 8080781 RCF4824STAM 44500[13 01 31100 19 1] 13400[3.9] 15.5 13 1325[625.3] 8080793 RA1648AJ1 R801TA075317ZSA RCF4821 STAM 43500[12 71 29500 [8 6] 14000[41] 15.5 13 1225 1578.1] 7943221 RA1648AJ1 R801TA075317ZXA RCF4821STAM 43500[12.7] 29500 [8.6] 14000[4.1] 15.5 13 1225[578.1] 8080871 RA1648AJ1 R801TA075417MSA RCF4821 MTAM 45000[13.2] 32900 [9.61 12100[3.51 16 13 1300161351 8080851 RCF4821 STAM 43500[12.7] 29200 [8.6] 14300[4 2] 16 13 1175[554.5] 7943222 RA1648AJ1 R801TA075417MXA RCF4821STAM 43500[12.7] 29200 [8.6] 14300[4.2] 16 13 1175[554.5] 8080872 RCF4821 MTAM 45500[13 3] 34200 110 0] 11300[3 31 16 13 1425[672.5] 8080852 RA1648AJ1 R801TA075421MSA RCF4821STAM 44000[12.9] 29800 [8.7] 14200[4.2] 16 13 1200[566.3] 8080873 RCF4824HTAM 46000[13.5] 32800 [9 61 13200[3 91 16 13 1425[672.5] 8080883 RCF4824STAM 44000[12 9] 29800 [8 71 14200[4.2] 16 13 1200[566.3] 8080895 RCF4821 STAM 44000[12 91 29800 [8.7] 14200[4 21 16 13 1200[566.3] 7943223 RA1648AJ1 R801TA075521ZSA RCF4824HTAM 46000[13.5] 33000 [9.7] 13000[3.8] 16 13 1450[684.3] 7943259 RCF4824STAM 44000[12.9] 29800 [8.7] 14200[4.2] 16 13 1200[566.3] 7943294 RCF4821 STAM 44000[12.9] 29800 [8.7] 14200[4.2] 16 13 1 1200[566.3] 8080874 RA1648AJ1 R801TA075521ZXA RCF4824HTAM 4600011351 33000 [9 7] 13000[3 81 16 13 1450[684 31 8080884 RCF4824STAM 44000[12.9] 29800 [8.7] 14200[4.2] 16 13 1200[566.3] 8080896 RCF4821 MTAM 45500[13 31 34000[10 0] 11500[3 4] 16 13 1400[660 71 8080853 RA1648AJ1 R801TA100521MSA RCF4821STAM 44500[13.0] 31400 [9.2] 13100[3.8] 16 13 1375[648.9] 7943224 RCF4824HTAM 47000[13 81 35300[10 3] 11700[3 4] 16 13 1650[778 71 7943260 RCF4824STAM 44500[13 0] 31400 [9 21 13100[3 81 16 1 13 1375[648 91 7943295 RCF4821STAM 44500[13.0] 31400 [9.2] 13100[3.8] 16 13 1375[648.9] 8080875 RA1648AJ1 R801TA100521 MXA RCF4824HTAM 47000[13.8] 35300[10.3] 11700[3.4] 16 13 1650[778 7] 8080885 RCF4824STAM 44500[13 01 31400 [9.21 13100[3 81 16 13 1375[648.9] 8080897 RCF4821 STAM 44000[12 9] 29800 [8 71 142001421 16 13 1200[566.3] 7943225 RA1648AJ1 R801TA100521ZSA RCF4824HTAM 46000[13 5] 32800 [9 6] 13200[3 9] 16 13 1425[672 5] 7943261 RCF4824STAM 44000[12.9] 29800 [8.71 14200[4.2] 16 13 1200[566.3] 7943296 RCF4821 STAM 44000[12 91 29800 [8 71 14200[4 21 16 13 1200[566 3] 8080876 RA1648AJ1 R801TA100521ZXA RCF4824HTAM 46000[13 51 32800 [9.6] 13200[3.9] 16 13 1425[672.5] 8080886 RCF4824STAM 44000[12.9] 29800 [8 71 14200[4 2] 16 13 1200[566 3] 8080898 RA1648AJ1 R801 TA1 25524MSA RCF4824HTAM 47000[13 81 35300[10.3] 11700[3.4] 16 13 1650[778.7] 7943262 RCF4824STAM 44500[13.0] 31100 [9.1] 13400[3 9] 16 13 1325[625 31 7943297 RA1648AJ1 R801TA125524MXA RCF4824HTAM 47000[13.8] 35300[10.3] 11700[3.4] 16 13 1650[778 71 8080887 RCF4824STAM 44500[13 01 31100 [9.11 13400[3 9] 16 13 1325[625.3] 8080899 RA1648AJ1 R801TA125524ZSA RCF4824HTAM 46000[13.5] 32500 [9 51 13500[4 0] 16 13 1375[648.9] 7943263 RCF4824STAM 44500[13.0] 31100 [9.1] 13400[3 9] 155 13 1325[625.3] 7943298 RA1648AJ1 R801TA125524ZXA RCF4824HTAM 46000[13 51 32500 [9 51 13500[4.0] 16 13 1375[648.9] 8080888 RCF4824STAM 44500[13.0] 31100 [9.1] 13400[3.9] 155 13 1325[625.3] 8080900 RA1660AC1 R801TA075417MSA I RCF6021 STAM 1 54500[16 0] 1 35300[10 3] 1 19200[5.6] 1 15.1 1 12.5 1 1400[660.7] 8080958 [ ]Designates Metric Conversions 22 INTEGRATED HOME COMFORT Air Performance Data "0 RA16 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R801T. Classic Plus Single-Stage X-13 80%Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H[kW] BTU/H[kWI SEER EER [L/sl AHRI# RCF6021 STAM 54500[16.0] 35400[10 41 19100[5.6] 15.1 125 1425[672.5] 8080959 RA1660AC1 R801TA075421 MSA RCF6024HTAM 56500[16 61 38300[11.21 18200 15 3] 155 13 1425[672 51 8080980 RCF6024STAM 56500[16.61 38300[11 21 18200[5.3] 15.5 13 1425[672.5] 8080992 RA1660AC1 R801TA075521ZSA RCF6024HTAM 56500[16.61 38500[11 31 18000[5.3] 15.5 13 1450[684.3] 7943768 RCF6024STAM 56500[16.61 38500[11.31 18000 1531 15.5 13 1450[684 3] 7943797 RA1660AC1 R801TA075521ZXA RCF6024HTAM 56500[16 61 38500[11.31 18000[5.31 15.5 13 1450[684.3] 8080981 RCF6024STAM 56500[16 61 38500[11.3] 18000 15.31 155 13 1450[684.3] 8080993 RCF6021 STAM 55000[16 11 36100[10.6] 18900[5.5] 155 13 1450[684.3] 8080960 RA1660AC1 R801TA100521 MSA RCF6024HTAM 58000[17.01 41600[12 21 16400[4.8] 15.5 13 1650[778.7] 7943769 RCF6024STAM 58000[17.01 41600[12 2] 16400[4.81 15.5 13 1650[778.7] 7943798 RA1660AC1 R801 TA100521 MXA RCF6024HTAM 58000[17 01 41600[12 2] 16400[4.81 155 13 1650[778.7] 8080982 RCF6024STAM 58000[17 01 41600[12.2] 16400[4.81 155 13 1650[778.7] 8080994 RA1660AC1 R801TA100521ZSA RCF6024HTAM 56500[16 61 38300[11.21 18200[5.31 15.5 13 1425[672.5] 7943770 RCF6024STAM 56500[16 61 38300[11 21 18200[5.3] 15.5 13 1425[672.5] 7943799 RA1660AC1 R801TA100521ZXA RCF6024HTAM 56500[16 6] 38300[11.2] 18200[5.31 15.5 13 1425[672.5] 8080983 RCF6024STAM 56500[16.61 38300[11 21 18200[5.3] 15.5 13 1425[672.5] 8080995 RA1660AC1 R801TA125524MSA RCF6024HTAM 58000[17.0] 41600[12.2] 16400[4.81 155 13 1650[778.7] 7943771 RCF6024STAM 58000[17.0] 41600[12 21 16400[4.8] 15.5 13 1650[778 7] 7943800 RA1660AC1 R801TA125524MXA RCF6024HTAM 58000[17.0] 41600[12.21 16400[4.81 155 13 1650[778.7] 8080984 RCF6024STAM 58000[17 0] 41600[12 21 16400[4.81 15.5 13 1650[778 71 8080996 RA1660AC1 R801TA125524ZSA RCF6024HTAM 57500[16 91 41300[12 11 16200[4.71 15.1 12.5 1675[790 51 7943772 RCF6024STAM 57500[16 91 41300[12 1] 16200[4.7] 15.1 12.5 1675[790 51 7943801 RA1660AC1 R801TA125524ZXA RCF6024HTAM 57500[16.9] 41300[12 11 16200[4.7] 15.1 12.5 1675[790.5] 8080985 RCF6024STAM 57500[16 91 41300[12.11 16200[4.7] 15.1 12.5 1675[790 5] 8080997 RA1660AJ1 R801TA075417MSA RCF6021 STAM 54500[16 01 35300[10 31 19200[5.6] 15.1 12.5 1400[660.7] 8081036 RCF6021 STAM 54500[16 01 35400[10 4] 19100[5.6] 15.1 12.5 1425[672.51 8081037 RA1660AJ1 R801TA075421 MSA RCF6024HTAM 56500[16 61 38300[11.2] 18200[5.3] 15.5 13 1425[672.5] 8081058 RCF6024STAM 56500[16.6] 38300[11.2] 18200[5 3] 155 13 1425[672.5] 8081070 RA1660AJ1 R801TA075521ZSA RCF6024HTAM 56500[16.6] 38500[11 3] 18000[5 3] 155 13 1450[684.31 7943547 RCF6024STAM 56500[16 61 38500[11 3] 18000[5.3] 15.5 13 1450[684.31 7943576 RA1660AJ1 R801TA075521ZXA RCF6024HTAM 56500[16 6] 38500[11.3] 18000[5.3] 15.5 13 1450[684.3] 8081059 RCF6024STAM 56500[16 6] 38500[11.3] 18000[5.3] 15.5 13 1450[684.3] 8081071 RCF6021 STAM 55000[16 1] 36100[10.6] 18900[5.5] 15.5 13 1450[684.3] 8081038 RA1660AJ1 R801TA100521MSA RCF6024HTAM 58000[17.0] 41600[12.2] 16400[4 8] 155 13 1650[778.7] 7943548 RCF6024STAM 58000[17.0] 41600[12.2] 16400[4 81 155 13 1650[778.7] 7943577 RA1660AJ1 R801TA100521MXA RCF6024HTAM 58000[17.0] 41600[12.2] 16400[4.8] 15.5 13 1650[778.7] 8081060 RCF6024STAM 58000[17.0] 41600[12.2] 16400[4 81 155 13 1650[778.7] 8081072 RA1660AJ1 R801TA100521ZSA RCF6024HTAM 56500[16.6] 38300[11.2] 18200[5.3] 15.5 13 1425[672 5] 7943549 RCF6024STAM 56500[16 61 38300[11 21 18200[5 3] 155 13 1425[672.5] 7943578 RA1660AJ1 R801TA100521ZXA RCF6024HTAM 56500[16 61 38300[11.2] 18200[5 31 155 13 1425[672 5] 8081061 RCF6024STAM 56500[16.6] 38300[11.2] 18200[5.3] 15.5 13 1425[672 51 8081073 RA1660AJ1 R801TA125524MSA RCF6024HTAM 58000[17.0] 41600[12.2] 16400[4.81 15.5 13 1650[778 71 7943550 RCF6024STAM 58000[17.0] 41600[12 2] 16400[4 81 155 13 1650[778.7] 7943579 RA1660AJ1 R801 TA125524MXA RCF6024HTAM 58000[17 01 41600[12 21 16400[4.8] 155 13 1650[778.7] 8081062 RCF6024STAM 58000[17.0] 41600[12.2] 16400[4.81- 15.5 13 1650[778.7] 8081074 RA1660AJ1 R801TA125524ZSA RCF5024HTAM 57500[16 9] 41300[12.1] 16200[4.7] 151 12.5 1 1675[790 5] 7943551 RCF6024STAM 57500[16.9] 41300[12.1] 16200[4.7] 15.1 12.5 1675[790.5] 7943580 RA1660AJ1 R801TA125524ZXA RCF6024HTAM 57500[16 91 41300[12 11 16200[4.7] 151 125 1675[790.51 8081063 RCF6024STAM 57500[16.9] 41300[1211 16200[4.71 151 12.5 1675[790.5] 8081075 [ ]Designates Metric Conversions INTEGRATED HOME COMFOPT Air IPerformance Data RAi6 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R802V: Prestige 2-Stage 80%ECM Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFIN Unit Furnace Indoor Coil BTU/H[kWl BTU/H[kW] BTU/H[kWl SEER EER [L/sl AHRI# ROF2417HTAM 18000[5.3] 13500[4 01 4500[1 3] 16 13 675[318.6] 7940298 RA1618AJ1 R802VA050317MSA RCF2417MTAM 18000[5.31 13500[4 0] 4500[1.3] 16 13 675[318 6] 7940319 RCF2417STAM 18000[5.31 13500[4 0] 4500[1.3] 16 13 675[318 6] 7940340 RCF2421 MTAM 18000[5.31 13500[4.0] 4500[1.3] 16 13 675[318.6] 7940386 RCF2417HTAM 18000[5.3] 13500[4.01 4500[1.3] 16 13 675[318 61 8079879 RA1618AJ1 R802VA050317MXA ROF2417MTAM 18000[5 31 1 13500[4.0] 4500[1 3] 16 13 675[318.6] 8079884 RCF2417STAM 18000[5 31 13500[4 01 4500[1.3] 16 13 675[318 61 8079889 RCF2421 MTAM 18000[5.3] 13500[4 01 4500[1.3] 16 13 675[318.6] 8079899 RCF2417HTAM 18000[5.3] 13500[4.0] 4500[1.3] 16 13 675[318.6] 7940299 RA1618AJ1 R802VA075317MSA RCF2417MTAM 18000[5.3] 13500[4 01 4500[1.3] 16 13 675131861 7940320 RCF2417STAM 18000[5.3] 13500[4 01 4500[1.3] 16 13 675131861 7940341 RCF2421 MTAM 18000[5.3] 13500[4.0] 4500[1.3] 16 13 675[318.6] 7940387 RCF2417HTAM 18000[5.3] 13500[4.01 450011 31 16 13 675[318.6] 8079880 RA1618AJ1 R802VA075317MXA RCF2417MTAM 18000[5.3] 13500[4.0] 450011 31 16 13 675[318.6] 8079885 RCF2417STAM 18000[5.3] 13500[4 01 4500[1 3] 16 13 675[318.6] 8079890 RCF2421 MTAM 18000[5.3] 13500[4.0] 4500[1 31 16 13 675[318.6] 8079900 RCF2417HTAM 18000[5.3] 13500[4.01 4500[l 31 16 13 675[318.6] 7940300 RA1618AJ1 R802VA075317ZSA RCF2417MTAM 18000[5.3] 13500[4.0] 4500[1 31 16 13 675[318.6] 7940321 RCF2417STAM 18000[5.3] 13500[4 0] 4500[1 31 16 13 675[318.6] 7940342 RCF2421 MTAM 18000[5.3] 13500[4.0] 4500[1 31 16 13 675[318.6] 7940388 RCF2417HTAM 18000[5.3] 13500[4.0] 4500[1 31 16 13 675[318.6] 8079881 RA1618AJ1 R802VA075317ZXA RCF2417MTAM 18000[5.3] 13500[4.0] 4500[1.3] 16 13 675[318 6] 8079886 RCF2417STAM 18000[5.31 13500[4.0] 4500[1.3] 16 13 675[318.6] 8079891 RCF2421 MTAM 18000[5 31 13500[4 01 4500[1.3] 16 13 675[318.6] 8079901 RA1618AJ1 R802VA075421 MSA RCF2421 MTAM 18000[5.31 13500[4.0] 4500[1.3] 16 13 675[318.6] 8079902 RA1618AJ1 R802VA075421 MXA RCF2421 MTAM 18000[5.31 13500[4.0] 4500[1 3] 16 13 675[318 61 8108009 RA1618AJ1 R802VA075421ZSA RCF2421 MTAM 18000 15 3] 13500[4 01 4500[1 3] 1 16 13 650[306.8] 7940389 RA1618AJ1 R802VA075421 ZXA RCF2421 MTAM 18000[5.3] 13500[4.01 4500[1.3] 16 13 650[306.8] 8079903 RA1618AJ1 R802VA050317MSA RCF2421 HTAM 18000[5 31 13500[4 01 4500[1 31 16 13 675[318.61 7940360 RA1618AJ1 R802VA050317MXA RCF2421 HTAM 18000[5 3] 13500[4.0] 4500[1.31 16 13 675[318.61 8079893 RA1618AJ1 R802VA075317MSA RCF2421 HTAM 18000[5.3] 13500[4.0] 4500[1.31 16 13 675[318.6] 7940361 RA1618AJ1 R802VA075317MXA RCF2421 HTAM 18000[5.3] 13500[4.0] 4500[1.3] 16 13 675[318.6] 8079894 RA1618AJ1 R802VA075317ZSA RCF2421 HTAM 18000[5 31 13500[4 0] 4500[1 31 16 13 675[318.6] 7940362 RA1618AJ1 R802VA075317ZXA RCF2421 HTAM 18000[5 31 13500 14 0] 4500[1 3] 16 13 675[318 6] 8079895 RA1618AJ1 R802VA075421 MSA RCF2421 HTAM 18000[5.31 13500[4.0] 4500[1 3] 16 13 675[318.6] 8079896 RA1618AJ1 R802VA075421 MXA RCF2421 HTAM 18000[5 31 13500[4 0] 4500[1 3] 16 13 675[318 61 8108008 RA1618AJ1 R802VA075421ZSA RCF2421 HTAM 18000[5 3] 13500[4 01 4500[1.3] 16 13 650[306 81 7940363 RA1618AJ1 R802VA075421ZXA RCF2421 HTAM 18000[5.3] 13500[4.0] 4500[1.3] 16 13 650[306.8] 8079897 RCF2417HTAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 775[365.8] 7940577 RA1624AJ1 R802VA050317MSA RCF2417MTAM 24000[7.0] 17500[51] 6500[1 9] 16 13 775136581 7940601 RCF2417STAM 24000[7.0] 17500[51 1 6500[1 9] 16 13 725[342.2] 7940625 RCF2421 MTAM 24000[7.0] 17500[5.11 6500[1.9] 16 13 775[365.8] 7940682 RCF2417HTAM 24000[7.0] 17500[5.11 6500[1.9] 15.5 13 875[413.0] 8079938 RA1624AJ1 R802VA050317MXA RCF2417MTAM 24000[7.0] 17500[5 11 6500[1 9] 15.5 13 850[401.2] 8079943 RCF2417STAM 24000[7.0] 17500[5.11 6500[1 9] 16 13 725[342.2] 8079948 RCF2421 MTAM 24000[7 0] 17500[5.1] 6500[1.9] 15.5 13 850[401.2] 8079959 [ ]Designates Metric Conversions 24 INTEGRATED • • •- • Air Performance Data a RAI 6 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R802V: Prestige 2-Stage 80%ECM Furnace Ratings Outdoor oTotal Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Cil BTU/H[kW] BTU/H[kW] BTU/H[kW] SEER EER IL/Sl AHRI# RCF2417HTAM 24000[7 0] 17500[5.1] 6500[1 9] 16 13 875[413.0] 7940578 RA1624AJ1 R802VA075317MSA RCF2417MTAM 24000[7 0] 17500[5.1] 6500[1.9] 16 13 875[413.0] 7940602 RCF2417STAM 24000[7 01 17500[5.1] 6500[1 9] 16 13 875[413.0] 7940626 RCF2421 MTAM 240001701 17500[51] 6500[1.9] 16 13 875[413 01 7940683 RCF2417HTAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 875[413.0] 8079939 RA1624AJ1 R802VA075317MXA RCF2417MTAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 875[413.0] 8079944 RCF2417STAM 24000[7.0] 17500[5.1] 6500[1 9] 16 13 875[413.0] 8079949 RCF2421 MTAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 875[413.0] 8079960 RCF2417HTAM 24000[7 01 17500[5.1] 6500[1.9] 16 13 875[413.0] 7940579 RA1624AJ1 R802VA075317ZSA RCF2417MTAM 24000[7.0] 17500[5.1] 6500[1 9] 16 13 875[413.0] 7940603 RCF2417STAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 825[389.4] 7940627 RCF2421 MTAM 24000[7.0] 17500[5.11 6500[1 9] 16 13 875[413.0] 7940684 RCF2417HTAM 24000[7.0] 17500[5.11 6500[1.9] 16 13 800[377.6] 8079940 RA1624AJ1 R802VA075317ZXA RCF2417MTAM 24000[7 01 17500[5.11 6500[1.9] 16 13 1 800[377 61 8079945 RCF2417STAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 825[389.4] 8079950 RCF2421 MTAM 24000[7.0] 17500[5.11 6500(l 91 16 13 800[377.6] 8079961 RA1624AJ1 R802VA075421 MSA RCF2421 MTAM 24000[7.0] 17500[5.11 6500[1.9] 16 13 850[401.2] 8079962 RA1624AJ1 R802VA075421 MXA RCF2421 MTAM 24000[7.0] 17500[51 1 6500[1.9] 16 13 850[401.2] 8108014 RA1624AJ1 R802VA075421ZSA RCF2421 MTAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 1 875[413.0] 7940685 RA1624AJ1 R802VA075421ZXA RCF2421 MTAM 24000[7.0] 17500[5.1] 6500[1.9] 155 13 875[413.0] 8079963 RA1624AJ1 R802VAl00521 MSA RCF2421 MTAM 24000[7.0] 17500 15.1] 6500[1.9] 16 13 850[401.2] 7940686 RA1624AJ1 R802VA100521 MXA RCF2421 MTAM 24000[7.0] 17500[51 1 6500[1 9] 16 13 850[401.2] 8079964 RA1624AJ1 R802VA050317MSA RCF2421 HTAM 24000[7.0] 17500[51] 6500[1 9] 16 13 775[365.8] 7940649 RA1624AJ1 R802VA050317MXA RCF2421 HTAM 24000[7 0] 1 17500[5.11 6500[1.9] 155 13 850[401.2] 8079952 RA1624AJ1 R802VA075317MSA RCF2421 HTAM 24000[7.0] 17500[51 1 6500[1 9] 16 13 875[413.0] 7940650 RA1624AJ1 R802VA075317MXA RCF2421 HTAM 24000[7.0] 17500[5.11 6500[1 9] 16 13 875[413 01 8079953 RA1624AJ1 R802VA075317ZSA RCF2421 HTAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 875[413.0] 7940651 RA1624AJ1 R802VA075317ZXA RCF2421 HTAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 800[377.6] 8079954 RA1624AJ1 R802VA075421 MSA RCF2421 HTAM 24000[7.0] 17500[5.11 6500[191, 16 13 850[401.2] 8079955 RA1624AJ1 R802VA075421 MXA RCF2421 HTAM 24000[7 01 17500[51 1 6500[1.9] 16 13 850[401 2] 8108013 RA1624AJ1 R802VA075421ZSA RCF2421 HTAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 875[413.0] 7940652 RA1624AJ1 R802VA075421ZXA RCF2421 HTAM 24000[7 0] 17500[5 11 6500[1 9] 15.5 13 875[413.0] 8079956 RA1624AJ1 R802VA100521 MSA RCF2421 HTAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 850[401.2] 7940653 RA1624AJ1 R802VA100521 MXA RCF2421 HTAM 24000[7.0] 17500[5 1] 6500[1.9] 16 13 850[401 2] 8079957 RCF3617STAM 28200[8.3] 20900[6.11 7300[21 1 16 13 875[413.0] 7940907 RA1630AJ1 R802VA050317MSA RCF3621 HTAM 30000[8.8] 22800[6.7] 7200[2.11 16 13 975[460.1] 8080008 RCF3621 MTAM 29800[8.7] 20900[6.1] 8900[2.6] 16 13 975[460 1 1 7940936 RCF3621 STAM 28200[8.3] 20900[61] 7300[2.11 16 13 875[413.0] 7940980 RCF3617STAM 28200[8.3] 20900[6.1] 7300[2.1] 16 13 875[413.0] 8080002 RA1630AJ1 R802VA050317MXA RCF3621 MTAM 29800[8.7] 21000[6.2] 8800[2.6] 15.5 13 1 975[460 1] 8080035 RCF3621 STAM 28200[8.3] 20900 16.1] 7300[2.1] 16 13 875[413.0] 8080048 RCF3617STAM 29000[8.5] 22200[6 5] 6800[2.0] 16 13 1025[483.7] 7940908 RA1630AJ1 R802VA075317MSA RCF3621 HTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1075[507.3] 8080009 RCF3621 MTAM 30000[8.8] 22800[6.7] 7200[21 1 16 13 1075[507.3] 7940937 RCF3621 STAM 29000[8.5] 22200[6.5] 6800[2.0] 16 13 1 1025[483.7] 7940981 RCF3617STAM 29000[8.5] 22200[6.5] 6800[2.0] 16 13 1025[483 7] 8080003 RA1630AJ1 R802VA075317MXA RCF3621 MTAM 30000[8.8] 22800[6.7] 7200[2.11 16 13 1075[507.3] 8080036 RCF3621 STAM 1 29000[8 5] 1 22200[6.5] 6800[2.0] 16 13 1025[483 7] 1 8080049 [ ]Designates Metric Conversions INTEGRATED • COMFORT 25 Air Performance Data 7D RA16 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R802V: Prestige 2-Stage 80%ECM Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW1 BTU/H[kW] BTU/H[kWl SEER EER [L/sl AHRI# RCF3617STAM 28800[8.4] 21900[6.4] 6900[2 0] 16 13 1000[471.9] 7940909 RA1630AJ1 R802VA075317ZSA RCF3621 MTAM 30000[8.8] 21300[6.2] 8700[2.5] 16 13 1050[495.5] 7940938 RCF3621 STAM 28800[8.4] 21900[6.4] 6900[2.0] 16 13 1000[471.9] 7940982 RCF3617STAM 28800[8.4] 21900[6.4] 6900[2.0] 16 13 1000[471.9] 8080004 RA1630AJ1 R802VA075317ZXA RCF3621 MTAM 30000[8.8] 22800[6.7] 7200[2.11 16 13 1000[471.9] 8080037 RCF3621 STAM 28800[8.4] 21900[6.4] 6900[2.0] 16 13 1000[471.9] 8080050 RCF3621 HTAM 30000[8.8] 22800[6.7] 72001211 16 13 1075[507.3] 8080010 RCF3621 MTAM 30000[8.8] 22800[6.7] 7200[2 1] 16 13 1075[507.3] 8080038 RA1630AJ1 R802VA075421 MSA RCF3621 STAM 29000[8.5] 22200[6.5] 6800[2.0] 16 13 1025[483.7] 8080051 RCF3624HTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1075[507.3] 8080059 RCF3624MTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1075[507.3] 8080070 RCF3621 HTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1075[507.3] 8108017 RCF3621 MTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1075[507.3] 8108018 RA1630AJ1 R802VA075421 MXA RCF3621 STAM 29000[8.5] 22200[6.5] 6800[2 0] 16 13 1025[483.7] 8108019 RCF3624HTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 1 13 1075[507.3] 8108020 RCF3624MTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1075[507.3] 8108022 RCF3621 MTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1075[507 31 7940939 RA1630AJ1 R802VA075421ZSA RCF3621 STAM 29000[8.5] 22200[6.5] 6800[2.0] 16 13 1025(483 7] 7940983 RCF3624HTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1075[507.3] 7941022 RCF3624MTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1075[507.3] 7941054 RCF3621 MTAM 30000[8.8] 22800[6.7] 7200[2.11 16 13 1025[483 71 8080039 RA1630AJ1 R802VA075421 ZXA RCF3621 STAM 29000[8.5] 22200[6.5] 6800[2.0] 16 13 1025[483 71 8080052 RCF3624HTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1075[507.3] 8080060 RCF3624MTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1025[483.7] 8080071 RCF3621 HTAM 30000[8.8] 22800[6 7] 7200[2.1] 16 13 1025[483.7] 8080011 RCF3621 MTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1025[483.7] 7940940 RA1630AJ1 R802VAl00521 MSA RCF3621 STAM 29000[8.5] 22200[6.5] 6800[2.0] 16 13 1025[483.7] 7940984 RCF3624HTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1025[483 71 7941023 RCF3624MTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 1 13 1025[483.7] 7941055 RCF3621 MTAM 30000[8.8] 22800[6 7] 7200[2.11 16 13 1025[483 7] 8080040 RA1630AJ1 R802VAl 00521 MXA RCF3621 STAM 29000[8.5] 22200[6.5] 6800[2 01 16 13 1025[483.7] 8080053 RCF3624HTAM 30000[8.8] 22800[6 71 7200 12.1] 16 13 1025[483 7] 8080061 RCF3624MTAM 30000[8.8] 22800[6 71 7200[2.11 16 13 1025[483.7] 8080072 RCF3621 MTAM 30000[8.8] 22800[6 7] 7200 12.1] 16 13 1050[495.5] 7940941 RA1630AJ1 R802VA100521 ZSA RCF3621 STAM 28800[8 4] 21800[6.4] 7000[21] 16 13 975[460.1] 7940985 RCF3624HTAM 30000[8.8] 22800[6.7] 7200[2 1] 16 13 1050[495.5] 7941024 RCF3624MTAM 30000[8.8] 22800[6.7] 7200[2 1] 16 13 1050[495.5] 7941056 RCF3621 MTAM 30000[8.8] 22800[6.7] 7200[2 1] 16 13 1050[495.5] 8080041 RA1630AJ1 R802VA100521ZXA RCF3621 STAM 28800[8.4] 21800[6.4] 7000[2.1] 16 13 975[460.1] 8080054 RCF3624HTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1050[495 5] 8080062 RCF3624MTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1050[495.5] 8080073 RA1630AJ1 R802VAl25524MSA RCF3624HTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1050[495.5] 7941025 RCF3624MTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 1 13 1050[495.5] 7941057 RA1630AJ1 R802VAl25524MXA RCF3624HTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1050[495.5] 8080063 RCF3624MTAM 30000[8 81 22800[6.7] 7200[2.1] 16 13 1050[495.5] 8080074 RA1630AA R802VA125524ZSA RCF3624HTAM 30000[8.8] 22800[6 7] 7200[21] 16 13 1075[507.3] 7941026 RCF3624MTAM 30000[8.8] 22800[6.7] 7200[2.1] 16 13 1075[507.3] 7941058 RA1630AJ1 R802VA125524ZXA RCF3624HTAM 30000[8.8] 22800[6 7] 7200[2.1] 16 13 1075[507.3] 8080064 RCF3624MTAM 30000[8.8] 1 22800[6 7] 1 7200[21J 1 16 13 1075[507 31 8080075 [ ]Designates Metric Conversions 26 INTEGRATED • • .- Air Performance Data RAi6 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R802V: Prestige 2-Stage 80%ECM Furnace Ratings Outdoor oTotal Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Cil BTU/H[kW] BTU/H[kW] BTU/H[kW] SEER EER [L/s[ AHRI# RCF3617STAM 35800 110 5] 25500[7.5] 10300[3 0] 14.5 122 1100[519 1] 8177897 RA1636BC1 R802VA050317MSA RCF3621 HTAM 36000[10 61 25600[7.5] 10400[3.0] 16 13 1100[519 1] 8177924 RCF3621 MTAM 36000[10.6] 256001751 10400[3.0] 151 12.5 1100 1519.1] 8177951 RCF3621 STAM 35800[10.5] 25500[7 5] 10300[3.0] 145 12.2 1100[519.11 8177999 RCF3617STAM 36000[10 61 25600[7.5] 10400[3.0] 151 12.5 1150[542.7] 8177898 RA1636BC1 R802VA075317MSA RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3 01 16 13 1150[542.7] 8177925 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3 0] 15.5 13 1150[542.7] 8177952 RCF3621 STAM 35600[10 4] 24800[7.3] 10800[3.2] 15.5 13 975[460.11 8178000 RCF3617STAM 35800[10.5] 25300[7.4] 10500[3.11 15.1 12.5 1050[495.5] 8177899 RA163613131 R802VA075317ZSA RCF3621 MTAM 36000[10.6] 25000[7.3] 11000[3.2] 15.5 13 1050[495 5] 8177953 RCF3621 STAM 35800[10.5] 25300[7.4] 10500[3.11 15.1 12.5 1050[495.5] 8178001 RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8177926 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1125[530 9] 8177954 RA1636BC1 R802VA075421 MSA RCF3621 STAM 36000 110 6] 25600[7.5] 10400[3.0] 155 13 1200[566.3] 8178002 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3 0] 16 13 1250[589 91 8178047 RCF3624MTAM 36000[10 6] 25600[7.5] 10400[3.0] 16 13 1125[530.9] 8178083 RCF3621 MTAM 36000[10.6] 25600[7 5] 10400[3.0] 15.5 13 1200[566.3] 8177955 RA1636BC1 R802VA075421 ZSA RCF3621 STAM 3600011061 25600[7.5] 10400[3.0] 15.1 12.5 1200[566.3] 8178003 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178048 RCF3624MTAM 36000[10.6] 25600[7 51 10400[3.0] 15.5 13 1200[566.3] 8178084 RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8177927 RCF3621 MTAM 36000[10.6] 25600[7 51 10400[3 01 16 13 1250[589.9] 8177956 RA16366131 R802VA100521 MSA RCF3621 STAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1250[589.9] 8178004 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178049 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178086 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1250[589.9] 8177957 RA1636BC1 R802VA100521ZSA RCF3621 STAM 36000[10.6] 25500[7.5] 10500[3.1] 15.5 13 1050[495.5] 8178005 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178050 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1250[589.9] 8178087 RA1636BC1 R802VA125524MSA RCF3624HTAM 36000[10.6] 25600[7 5] 10400[3 01 16 13 1250[589.9] 8178051 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3 01 16 13 1250[589.9] 8178088 RA1636BC1 R802VA125524ZSA RCF3624HTAM 36000[10.6] 1 25600[7.5] 10400[3 01 16 13 1250[589.9] 8178052 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1250[589.9] 8178089 RCF3617STAM 35800[10 5] 25500[7 5] 10300 13 0] 145 122 1100[519 1] 8178428 RA163613J1 R802VA050317MSA RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1100[519 1] 8178455 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 151 12.5 1100 1519.1] 8178482 RCF3621 STAM 35800[10.5] 25500[7.5] 10300[3.0] 14.5 12.2 1100[519.1] 8178528 RCF3617STAM 36000[10.6] 25600[7.5] 10400[3.0] 151 125 1150[542 71 8178429 RA163613J1 R802VA075317MSA RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1150[542 71 8178456 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1150[542.7] 8178483 RCF3621 STAM 35600[10.4] 24800[7.3] 10800[3.2] 155 13 975[460 1] 8178529 RCF3617STAM 35800[10 51 25300[7.4] 10500[3.1] 15.1 12.5 1050[495.5] 8178430 RA163613J1 R802VA075317ZSA RCF3621 MTAM 36000[10.6] 25000[7 3] 11000[3 21 15.5 13 1050[495.5] 8178484 RCF3621 STAM 35800[10.5] 25300[7 41 10500[31] 15.1 12.5 1050[495.5] 8178530 RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3 01 16 13 1250[589.9] 8178457 RCF3621 MTAM 36000[10.6] 25600[7 51 10400[3.0] 16 13 1125[530.9] 8178485 RA163613J1 R802VA075421MSA RCF3621STAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1200[566.3] 8178531 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178574 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 1 16 13 1125[530.9] 8178609 [ ]Designates Metric Conversions INTEGRATED27 HOME COMFORT Air IPerformance Data RA16 Series Performance Data G AHRI Standard Conditions- Cooling (con't.) R802V: Prestige 2-Stage 80%ECM Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H[kW1 BTU/H[kWI SEER EER 013] AHRI# RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 155 13 1200[566.3] 8178486 RA1636BJ1 R802VA075421ZSA RCF3621 STAM 36000[10.6] 25600[7.5] 10400[3.0] 151 125 1200[566.3] 8178532 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178575 RCF3624MTAM 36000[10.6] 25600[7 51 10400[3 01 15.5 13 1200[566.3] 8178610 RCF3621 HTAM 36000[10.6] 25600[7 5] 10400[3 01 16 13 1250[589.9] 8178458 RCF3621 MTAM 36000[10.6] 25600[7 51 10400[3 01 16 13 1250[589.9] 8178487 RA1636BJ1 R802VA100521 MSA RCF3621 STAM 36000[10 6] 25600[7.5] 10400[3.0] 15.5 13 1250[589.9] 8178533 RCF3624HTAM 36000[10.6] 25600[7 51 10400[3.0] 16 13 1250[589.9] 8178576 RCF3624MTAM 36000[10.6] 25600[7 51 10400[3.0] 16 13 1250[589.9] 8178611 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1250[589.9] 8178488 RA163613J1 R802VA100521ZSA RCF3621 STAM 36000[10.6] 25500[7.5] 10500[3.1] 15.5 13 1050[495.5] 8178534 RCF3624HTAM 36000[10.6] 25600[7 5] 10400[3.0] 16 13 1250[589 9] 8178577 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1250[589.9] 8178612 RA163613J1 R802VA125524MSA RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178578 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 1 13 1250[589 9] 8178613 RA1636BJ1 R802VA125524ZSA RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3 01 16 13 1250[589 91 8178579 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1250[589.9] 8178614 RA1642AC1 R802VA050317MSA RCF4821 MTAM 40500[11.9] 26400[7.7] 14100[4.11 15.5 13 1100[519.11 8080517 RCF4821 STAM 40000[11.7] 27500[8.1] 12500[3.7] 15.1 12.5 1100[519.11 7942229 RA1642AC1 R802VA050317MXA RCF4821 STAM 40000[11.7] 27500[8.11 12500[3.7] 15.1 12.5 1100[519.11 8080546 RA1642AC1 R802VA075317MSA RCF4821 MTAM 41000[12.0] 27100[7.9] 13900 14.1] 16 13 1150[542.7] 8080518 RCF4821 STAM 40000[11.7] 27400[8.0] 12600[3.7] 16 13 1075[507.3] 7942230 RA1642AC1 R802VA075317MXA RCF4821 STAM 40000[11.7] 27400[8.0] 12600[3.7] 16 13 1075[507.3] 8080547 RA1642AC1 R802VA075317ZSA RCF4821STAM 40000[11.7] 27500[8.1] 12500[3.7] 15.5 13 1100[519.1] 7942231 RA1642AC1 R802VA075317ZXA RCF4821 STAM 40000[11.7] 27500 18.1] 12500[3.7] 15.5 13 1100[519.1] 8080548 RCF4821 MTAM 42000[12.3] 31100[9.11 10900[3.2] 16 13 1425[672.5] 8080519 RA1642AC1 R802VA075421 MSA RCF4821 STAM 41000[12.0] 29300[8.6] 11700[3 4] 16 13 1250[589.9] 8080549 RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1475[696.11 8080559 RCF4824STAM 41000[12.0] 29300[8 6] 11700[3 41 16 13 1250[589 91 8080571 RCF4821 MTAM 42000[12.3] 31100[9.11 10900[3.2] 16 13 1425[672.5] 8108053 RA1642AC1 R802VA075421 MXA RCF4821 STAM 41000[12.0] 29300[8.6] 11700[3.4] 16 13 1250[589.9] 8108054 RCF4824HTAM 42000[12.3] 31100[9 11 10900[3.2] 16 13 1475[696.1] 8108056 RCF4824STAM 41000[12.0] 29300[8.6] 11700[3.4] 16 13 1250[589.9] 8108057 RCF4821 STAM 41000[12.0] 29600[8.7] 11400[3.3] 155 13 1300[613 5] 7942232 RA1642AC1 R802VA075421ZSA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3 2] 16 13 1400[660.7] 7942275 RCF4824STAM 41000[12.0] 29600[8.7] 11400[3.3] 15.5 13 1300[613.5] 7942311 RCF4821 STAM 41000[12.0] 29600[8.7] 11400[3 31 15.5 13 1300[613.5] 8080550 RA1642AC1 R802VA075421ZXA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1400[660.7] 8080560 RCF4824STAM 41000[12 01 29600[8.7] 11400[3.3] 15.5 13 1300[613.5] 8080572 RCF4821 MTAM 42000[12.3] 31100[9.11 109001321 16 13 1400[660.7] 8080520 RA1642AC1 R802VAl00521 MSA RCF4821 STAM 41500[12 21 30700[9.0] 10800[3.2] 16 13 1400[660 7] 7942233 RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1400[660.7] 7942276 RCF4824STAM 41500[12.2] 30700[9.0] 10800[3.2] 16 13 1400[660.7] 7942312 RCF4821 STAM 41500[12.2] 30700[9.0] 10800[3.2] 16 13 1400[660.7] 8080551 RA1642AC1 R802VA100521 MXA RCF4824HTAM 42000[12.3] 31100 19.1] 10900[3.2] 16 13 1400[660 71 8080561 RCF4824STAM 41500[12.2] 30700[9.0] 10800[3.2] 16 13 1400[660.7] 8080573 RCF4821 STAM 40500[11.9] 28300[8.3] 12200[3 61 16 13 1150[542.7] 7942234 RA1642AC1 R802VA100521ZSA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1450[684.3] 1 7942277 RCF4824STAM 40500[11.9] 1 28300[8.3] 1 12200[3.6] 1 16 1 13 1 1150[542.7] 1 7942313 [ ]Designates Metric Conversions 28 INTEGRATED • • .- Air Performance Data 0 RA16 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R802V: Prestige 2-Stage 80%ECM Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H IM BTU/H III SEER EER [L/s[ AHRI# RCF4821 STAM 40500[11 91 28300[8.3] 12200[3.6] 16 13 1150[542.7] 8080552 RA1642AC1 R802VA100521ZXA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1450[684.3] 8080562 RCF4824STAM 40500[11 9] 28300[8.3] 12200[3.6] 16 13 1150[542.7] 8080574 RA1642AC1 R802VAl25524MSA RCF4824HTAM 42000[12.3] 31100[9.11 10900[3.2] 16 13 1475[696.1] 7942278 RCF4824STAM 42000[12.3] 31600[9.3] 10400[3 0] 16 13 1475[696.1] 7942314 RA1642AC1 R802VA125524MXA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1475[696.1] 8080563 RCF4824STAM 42000[12.3] 31600[9.3] 10400[3.0] 16 13 1475[696.1] 8080575 RA1642AC1 R802VA125524ZSA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1450[684.3] 7942279 RCF4824STAM 41000[12.0] 29300[8.6] 11700[3.4] 16 13 1250[589.9] 7942315 RA1642AC1 R802VA125524ZXA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1450[684.3] 8080564 RCF4824STAM 41000[12.0] 29300[8.6] 11700[3.4] 16 13 1250[589.9] 8080576 RA1642AJ1 R802VA050317MSA RCF4821 MTAM 40500[11.9] 26400[7.7] 14100[4.11 155 13 1100[519.1] 8080632 RCF4821 STAM 40000[11.7] 27500[8.11 12500[3.7] 15.1 12.5 1100[519.11 7942565 RA1642AJ1 R802VA050317MXA RCF4821 STAM 40000[11.7] 27500[8.11 12500[3.7] 15.1 12.5 1100[519.11 8080661 RA1642AJ1 R802VA075317MSA RCF4821 MTAM 41000[12.0] 27100[7.9] 13900[4.1] 16 13 1150[542.7] 8080633 RCF4821 STAM 40000[11.7] 27400[8.0] 12600[3.7] 16 13 1075[507.3] 7942566 RA1642AJ1 R802VA075317MXA RCF4821 STAM 40000[11.7] 27400[8.0] 12600[3.7] 16 13 1075[507.3] 8080662 RA1642AJ1 R802VA075317ZSA RCF4821 STAM 40000[11.7] 27500[8.1] 12500[3.7] 15.5 13 1100[519.1] 7942567 RA1642AJ1 R802VA075317ZXA RCF4821 STAM 40000[11.7] 27500[8.11 12500[3.7] 15.5 13 1 1100[519.1] 8080663 RCF4821 MTAM 42000[12.3] 31100[9.11 10900[3.2] 16 13 1425[672.5] 8080634 RA1642AJ1 R802VA075421MSA RCF4821 STAM 41000[12.0] 29300[8.6] 11700[3.4] 16 13 1250[589.9] 8080664 RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1475[696.11 8080674 RCF4824STAM 41000[12.0] 29300[8.6] 11700[3.4] 16 13 1250[589.9] 8080686 RCF4821 MTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1425[672.5] 8108063 RA1642AJ1 R802VA075421 MXA RCF4821 STAM 41000[12.0] 29300[8.6] 11700[3.4] 16 13 1250[589.9] 8108064 RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1475[696.11 8108065 RCF4824STAM 41000[12.0] 29300[8.6] 11700[3.4] 16 13 1250[589.9] 8108066 RCF4821 STAM 41000[12.0] 29600[8.7] 11400[3.3] 15.5 13 1300[613.5] 7942568 RA1642AJ1 R802VA075421ZSA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1400[660.7] 7942611 RCF4824STAM 41000[12.0] 29600[8.7] 11400[3.3] 15.5 13 1300[613.5] 7942647 RCF4821 STAM 41000[12.0] 29600[8.7] 11400[3.3] 15.5 13 1300[613.5] 8080665 RA1642AJ1 R802VA075421ZXA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3 2] 16 13 1400[660.7] 8080675 RCF4824STAM 41000[12.0] 29600[8.7] 11400[3.3] 15.5 13 1300[613.5] 8080687 RCF4821 MTAM 42000[12.3] 31100[91 1 10900[3.2] 16 13 1400[660.7] 8080635 RA1642AJ1 R802VA100521 MSA RCF4821 STAM 41500[12.2] 30700[9.0] 10800[3.2] 16 13 1400[660.7] 7942569 RCF4824HTAM 42000[12.3] 31100[9.11 10900[3.2] 16 13 1400[660.7] 7942612 RCF4824STAM 41500[12.2] 30700[9.0] 10800[3.2] 16 13 1400[660.7] 7942648 RCF4821 STAM 41500[12 2] 30700[9.0] 10800[3.2] 16 13 1400[660.7] 8080666 RA1642AJ1 R802VA100521 MXA RCF4824HTAM 42000[12.3] - 31100[9.1] 10900[3.2] 16 13 1400[660.7] 8080676 RCF4824STAM 41500[12.2] 30700[9.0] 10800[3.2] 16 13 1400[660.7] 8080688 RCF4821 STAM 40500[11.9] 28300[8.3] 12200[3.6] 16 13 1150[542.7] 7942570 RA1642AJ1 R802VA100521ZSA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1450[684.3] 7942613 RCF4824STAM 40500[11.9] 28300[8.3] 12200[3 61 16 13 1 1150[542.7] 7942649 RCF4821 STAM 40500[11.9] 28300[8.3] 12200[3.6] 16 13 1150[542.7] 8080667 RA1642AJ1 R802VA100521ZXA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1450 1684 3] 8080677 RCF4824STAM 40500[11.9] 28300[8.3] 12200[3 6] 16 13 1150[542.7] 8080689 RA1642AJ1 R802VA125524MSA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1475[696.1] 7942614 RCF4824STAM 1 42000[12.3] 1 31600[9.3] 10400[3.0] 1 16 1 13 1 1475[696.1] 7942650 [ ]Designates Metric Conversions 29 INTEGRATED HOME COMFORT Air Performance Data �f1 RAI 6 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R802V: Prestige 2-Stage 80%ECM Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent IndoL/s]or CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H[kW] BTU/H[kWj SEER EER [ AHRI# RA1642AJ1 R802VA125524MXA RCF4824HTAM 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1475[696.1] 8080678 RCF4824STAM 42000[12.3] 31600 [9 3] 10400[3.0] 16 13 1475[696.1] 8080690 RA1642AJ1 R802VA125524ZSA RCF4824HTAM 42000[12.3] 31100 [9.1] 10900[3 21 16 13 1450[684.3] 7942615 RCF4824STAM 41000[12.0] 29300 [8.6] 11700[3.4] 16 13 1250[589 9] 7942651 RA1642AJ1 R802VA125524ZXA RCF4824HTAM 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1450[684.3] 8080679 RCF4824STAM 41000[12.0] 29300 [8.6] 11700[3.4] 16 13 1250[589.9] 8080691 RA1648AC1 R802VA050317MSA RCF4821MTAM 44000[12.9] 31100 [9 1] 12900[3.8] 15.1 12.5 1175[554.5] 8080747 RCF4821 STAM 43000[12.6] 28700 [8.4] 14300[4 21 15.1 12.5 1175[554.5] 7942900 RA1648AC1 R802VA050317MXA RCF4821 STAM 43000[12.6] 28700 [8.4] 14300[4 2] 15.1 12.5 1175[554.5] 8080770 RA1648AC1 R802VA075317ZSA RCF4821 STAM 43500[12.7] 29300 [8.6] 14200[4.2] 15.5 13 1200[566.3] 7942901 RA1648AC1 R802VA075317ZXA RCF4821 STAM 43500[12.7] 29300 [8.6] 14200[4.2] 15.5 13 1200[566.3] 8080771 RCF4821 MTAM 45500[13.3] 34500[10.11 11000[3.2] 16 13 1475[696.1] 8080748 RA1648AC1 R802VA075421 MSA RCF4821 STAM 44500 113 0] 31200 [9.1] 133001391 16 13 1350[637.11 8080772 RCF4824HTAM 47000[13 8] 34900[10.2] 12100[3.5] 16 13 1600[755.1] 8080782 RCF4824STAM 44500[13.0] 31200 [9.1] 13300[3.9] 16 13 1350[637.1] 8080794 RCF4821 MTAM 45500[13 3] 34500[10.11 11000[3.2] 16 13 1475[696.11 8108073 RA1648AC1 R802VA075421 MXA RCF4821 STAM 44500[13.0] 31200 [9.1] 13300[3.9] 16 13 1350[637.11 8108074 RCF4824HTAM 47000[13.8] 34900[10 2] 12100[3.5] 16 13 1600[755.1] 8108075 RCF4824STAM 44500[13.0] 31200 [9.1] 13300[3.9] 16 13 1350[637.1] 8108076 RCF4821 STAM 44000[12.9] 30400 [8.9] 13600[4.0] 15.5 13 1300[613.5] 7942902 RA1648AC1 R802VA075421ZSA RCF4824HTAM 46000[13.5] 33000 [9.7] 13000[3.8] 16 13 1450[684.3] 7942938 RCF4824STAM 44000[12.9] 30400 [8.9] 13600[4 01 15.5 13 1300[613 5] 7942973 RCF4821 STAM 44000[12.9] 30400 [8.9] 13600[4.0] 15.5 13 1300[613.5] 8080773 RA1648AC1 R802VA075421ZXA RCF4824HTAM 46000[13.5] 33000 [9.7] 13000[3.8] 16 13 1450[684.3] 8080783 RCF4824STAM 44000[12.9] 30400 [8.9] 13600[4.0] 15.5 13 1300[613.5] 8080795 RCF4821 MTAM 46500[13.6] 36100[10.6] 10400[3.0] 16 13 1575[743.3] 8080749 RA1648AC1 R802VA100521 MSA RCF4821 STAM 45000[13.2] 32000 [9.4] 13000[3.8] 16 13 1400[660.7] 7942903 RCF4824HTAM 47000[13.8] 34700[10.2] 12300[3.6] 16 13 1575[743.3] 7942939 RCF4824STAM 45000[13.2] 32000 [9.4] 13000[3.8] 16 13 1400[660.7] 7942974 RCF4821 STAM 45000[13.2] 32000 [9.4] 13000[3 8] 16 13 1400[660 7] 8080774 RA1648AC1 R802VA100521 MXA RCF4824HTAM 47000[13.8] 34700[10.2] 12300[3.6] 16 13 1575[743.3] 8080784 RCF4824STAM 45000[13.2] 32000 [9.4] 13000[3.8] 16 13 1400[660 71 8080796 RCF4821 STAM 44000 112 9] 30100 [8.8] 13900[41] 16 13 1250[589.9] 7942904 RA1648AC1 R802VA100521ZSA RCF4824HTAM 46500 113 6] 34400[10.1] 12100[3.5] 16 13 1600[755.1] 7942940 RCF4824STAM 44000[12.9] 30100 [8.8] 13900[4.1] 16 13 1250[589.9] 7942975 RCF4821 STAM 44000[12.9] 30100 [8.8] 13900[4.1] 16 13 1250[589.9] 8080775 RA1648AC1 R802VA100521ZXA RCF4824HTAM 46500[13.6] 34400[10.1] 12100[3.5] 16 13 1600[755.1] 8080785 RCF4824STAM 44000[12.9] 30100 [8.8] 13900[4.11 16 13 1250[589 91 8080797 RA1648AC1 R802VA125524MSA RCF4824HTAM 47000[13.8] 34700[10.2] 12300[3 6] 16 13 1575[743.3] 7942941 RCF4824STAM 45500[13.3] 33600 [9.8] 11900[3.5] 16 13 1575[743.3] 7942976 RA1648AC1 R802VA125524MXA RCF4824HTAM 47000[13.8] 34700[10.2] 12300[3.6] 16 13 1575[743.3] 8080786 RCF4824STAM 45500[13.3] 33600 [9.8] 11900[3.5] 16 13 1 1575[743.3] 8080798 RA1648AC1 R802VA125524ZSA RCF4824HTAM 47000[13.8] 34700[10.2] 12300[3.6] 16 13 1575[743.3] 7942942 RCF4824STAM 44500[13.0] 31100 [9.1] 13400[3.9] 16 13 1325[625.3] 7942977 RA1648AC1 R802VA125524ZXA RCF4824HTAM 47000[13.8] 34700[10.2] 123001361 16 13 1575[743.3] 8080787 RCF4824STAM 44500[13.0] 31100 [9.1] 13400[3.9] 16 13 1325[625.3] 8080799 RA1648AJ1 R802VA050317MSA RCF4821MTAM 44000[12.9] 31100 [9.1] 12900[3.8] 15.1 12.5 1175[554.5] 1 8080854 RCF4821 STAM 43000[12.6] 28700 1841 14300[4.2] 15.1 12.5 1175[554.5] 7943226 RA1648AJ1 R802VA050317MXA I RCF4821 STAM 43000[12.6] 1 28700 [8 4] 14300[4.2] 15.1 12.5 1175 1554 5] 8080877 [ ]Designates Metric Conversions 30 INTEGRATED HOME COMFORT Air IPerformance Data RAi6 Series Performance Data G AHRI Standard Conditions - Cooling (con't.) R802V: Prestige 2-Stage 80%ECM Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H IM BTU/H[kWl BTU/H[kW1 SEER EER [L/sl AHRI# RA1648AJ1 R802VA075317ZSA RCF4821STAM 43500[12.7] 29300 [8.6] 14200[4 21 155 13 1200[566.3] 7943227 RA1648AJ1 R802VA075317ZXA RCF4821STAM 43500[12.7] 29300 [8.6] 14200[4 2] 155 13 1200[566.3] 8080878 RCF4821 MTAM 45500[13.3] 34500[10.11 11000[3.2] 16 13 1475[696.11 8080855 RA1648AJ1 R802VA075421MSA RCF4821STAM 44500[13.0] 31200 [9.1] 13300[3.9] 16 13 1350[637.1] 8080879 RCF4824HTAM 47000[13.8] 34900[10.2] 12100[3.5] 16 13 1600[755.11 8080889 RCF4824STAM 44500[13.0] 31200 [91 1 13300[3.9] 16 13 1350 1637.11 8080901 RCF4821 MTAM 45500[13.3] 34500[10.11 11000[3.2] 16 13 1475 1696.11 8108082 RA1648AJ1 R802VA075421MXA RCF4821STAM 44500[13 01 31200 [9.1] 13300[3.9] 16 13 1350[637.1] 8108083 RCF4824HTAM 47000[13.8] 34900[10.2] 12100[3.5] 16 13 1600[755.1] 8108085 RCF4824STAM 44500[13.0] 31200 [9.1] 13300[3.9] 16 13 1350[637.1] 8108086 RCF4821STAM 44000[12.9] 30400 [8.9] 13600[4.0] 15.5 13 1300[613.5] 7943228 RA1648AJ1 R802VA075421ZSA RCF4824HTAM 46000[13.5] 33000 [9.7] 13000[3.8] 16 13 1 1450[684.3] 7943264 RCF4824STAM 44000[12.9] 30400 [8.9] 13600[4.0] 15.5 13 1300[613.5] 7943299 RCF4821STAM 44000[12.9] 30400 [8.9] 13600[4.0] 15.5 13 1300[613.5] 8080880 RA1648AJ1 R802VA075421ZXA RCF4824HTAM 46000[13.5] 33000 [9.7] 13000[3.8] 16 13 1450[684.3] 8080890 RCF4824STAM 44000[12.9] 30400 [8.9] 13600[4.0] 155 13 1300[613.5] 8080902 RCF4821 MTAM 46500[13.6] 36100[10.6] 10400[3.0] 16 13 1575[743.3] 8080856 RA1648AJ1 R802VAl00521MSA RCF4821STAM 45000 113 2] 32000 [9.4] 13000[3.8] 16 13 1400[660.7] 7943229 RCF4824HTAM 47000[13 8] 34700[10.2] 12300[3.6] 16 13 1575[743.3] 7943265 RCF4824STAM 45000[13.2] 32000 [9.4] 13000[3.8] 16 13 1400[660.7] 7943300 RCF4821 STAM 45000[13.2] 32000 [9.4] 13000[3.8] 16 13 1400[660.7] 8080881 RA1648AJ1 R802VA100521MXA RCF4824HTAM 47000[13.8] 34700[10.2] 12300[3.6] 16 13 1 1575[743.3] 8080891 RCF4824STAM 45000[13 2] 32000 [9.4] 13000[3.8] 16 13 1400[660.7] 8080903 RCF4821STAM 44000[12 9] 30100 [8.8] 13900[4.1] 16 13 1250[589.9] 7943230 RA1648AJ1 R802VA100521ZSA RCF4824HTAM 46500[13.6] 34400[10.1] 12100[3.5] 16 13 1600[755.1] 7943266 RCF4824STAM 44000[12.9] 30100 [8.8] 13900[4.1] 16 13 1250[589.9] 7943301 RCF4821 STAM 44000[12.9] 30100 [8.8] 13900[4.1] 16 13 1250[589.9] 8080882 RA1648AJ1 R802VA100521ZXA RCF4824HTAM 46500[13.6] 34400[10.1] 12100[3.5] 16 13 1600[755.1] 8080892 RCF4824STAM 44000[12.9] 30100 [8 8] 13900[4.1] 16 13 1250[589.9] 8080904 RA1648AJ1 R802VAl25524MSA RCF4824HTAM 47000[13.8] 34700[10.2] 12300[3.6] 16 13 1575[743.3] 7943267 RCF4824STAM 45500[13.3] 33600 [9.8] 11900[3.5] 16 13 1575[743.3] 7943302 RA1648AJ1 R802VAl25524MXA RCF4824HTAM 47000[13.8] 34700[10.2] 12300[3.6] 16 13 1575[743.3] 8080893 RCF4824STAM 45500[13.3] 33600 [9.8] 11900[3.5] 16 13 1 1575[743.3] 8080905 RA1648AJ1 R802VA125524ZSA RCF4824HTAM 47000[13.8] 34700[10 2] 12300[3 61 16 13 1575[743.3] 7943268 RCF4824STAM 44500[13.0] 31100 [9.1] 13400[3.9] 16 13 1325[625.3] 7943303 RA1648AJ1 R802VA125524ZXA RCF4824HTAM 47000[13.8] 34700[10.2] 12300[3.6] 16 13 1575[743.3] 8080894 RCF4824STAM 44500[13 01 31100 [9.1] 13400[3.9] 16 13 1325[625.3] 8080906 RCF6021STAM 55500[16.3] 37700[11.0] 17800[5.2] 15.1 12.5 1600[755.1] 8080961 RA1660AC1 R802VA075421MSA RCF6024HTAM 57500[16.9] 40700[11.9] 16800[4.9] 15.5 13 1600[755.1] 8080986 RCF6024STAM 57500[16.9] 40700[11.9] 16800[4.9] 15.5 13 1600[755.1] 8080998 RCF6021 STAM 55500[16 31 37700[11.0] 17800[5 21 15.1 12.5 1600[755.11 8108092 RA1660AC1 R802VA075421 MXA RCF6024HTAM 57500[16.9] 40700[11.9] 16800[4.9] 15.5 13 1600[755.1] 8108093 RCF6024STAM 57500[16.9] 40700[11.9] 16800[4.9] 15.5 13 1600[755.1] 8108094 RA1660AC1 R802VA075421 ZSA RCF6024HTAM 56500[16.6] 39100[11.5] 17400[5.1] 15.1 12.5 j 1550[731.5] 7943773 RCF6024STAM 56500[16.6] 39100[11.5] 17400[5.1] 15.1 125 1550[731.5] 7943802 RA1660AC1 R802VA075421ZXA RCF6024HTAM 56500[16.6] 39100[11.5] 17400[5.1] 1 15.1 125 1550[731.5] 8080987 RCF6024STAM 56500[16 61 39100[11.5] 17400[5.11 1 15.1 12.5 1550[731.5] 1 8080999 [ ]Designates Metric Conversions INTEGRATED • COMFORT 31 Performance Data a Air I RA16 Series Performance Data Ccs AHRI Standard Conditions- Cooling (con't.) R802V: Prestige 2-Stage 80%ECM Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H IkWI BTU/H IM SEER EER [L/S1 AHRI# RCF6021 STAM 55500[16 31 37100[10 91 18400[5.4] 15.5 13 1525[719 7] 8080962 RA1660AC1 R802VA100521 MSA RCF6024HTAM 58000[17.0] 42200[12.4] 15800[4 6] 15.5 13 1725[814.11 7943774 RCF6024STAM 58000[17 0] 42200[12.4] 15800[4.6] 15.5 13 1725[814.11 7943803 RA1660AC1 R802VA100521 MXA RCF6024HTAM 58000[17.0] 42200[12.4] 15800[4.6] 15.5 13 1725[814.11 8080988 RCF6024STAM 58000[17.0] 42200[12.4] 15800[4.6] 15.5 13 1725[814.11 8081000 RA1660AC1 R802VA100521ZSA RCF6024HTAM 57000[16.7] 39400[11.5] 17600[5.2] 15.5 13 1500[707.9] 7943775 RCF6024STAM 57000[16.7] 39400[11.5] 17600[5 21 15.5 13 1500[707.9] 7943804 RA1660AC1 R802VA100521 ZXA RCF6024HTAM 57000[16.7] 39400[11.5] 17600[5.2] 15.5 13 1500[707.9] 8080989 RCF6024STAM 57000[16.7] 39400[11.5] 17600[5.2] 15.5 13 1500[707.9] 8081001 RA1660AC1 R802VA125524MSA RCF6024HTAM 57500[16.9] 40100[11 8] 174001511 16 13 1525[719.7] 7943776 RCF6024STAM 57500[16.9] 40100[11.8] 17400[51 1 16 13 1525[719.7] 7943805 RA1660AC1 R802VA125524MXA RCF6024HTAM 57500[16.9] 40100[11.8] 17400[5.1] 16 13 1525[719.7] 8080990 RCF6024STAM 57500[16.9] 40100[11 8] 17400[5.11 16 13 1525[719.7] 8081002 RA1660AC1 R802VA125524ZSA RCF6024HTAM 57000[16.7] 39600[11.6] 17400[51 1 15.5 13 1525[719.7] 7943777 RCF6024STAM 57000[16.7] 39600[11.6] 17400[5.1] 15.5 13 1525[719.7] 7943806 RA1660AC1 R802VA125524ZXA RCF6024HTAM 57000[16.7] 39600[11.6] 17400[5.11 15.5 13 1525[719.7] 8080991 RCF6024STAM 57000[16.7] 39600[11.6] 17400[5.11 15.5 13 1525[719.7] 8081003 RCF6021 STAM 55500[16.3] 37700[11 0] 17800[5 21 151 125 1600[755.11 8081039 RA1660AJ1 R802VA075421 MSA RCF6024HTAM 57500[16.9] 40700[11.9] 16800[4.9] 15.5 13 1600[755.11 8081064 RCF6024STAM 57500[16.9] 40700[11.9] 16800[4.9] 15.5 13 1600 1755.11 8081076 RCF6021 STAM 55500[16.3] 37700[11.0] 17800[5.2] 15.1 12.5 1600 1755.11 8108098 RA1660AJ1 R802VA075421MXA RCF6024HTAM 57500[16.9] 40700[11.9] 16800[4.9] 15.5 13 1600[755.1] 8108099 RCF6024STAM 57500[16.9] 40700[11.9] 16800[4.9] 15.5 13 1600[755.11 8108101 RA1660AJ1 R802VA075421ZSA RCF6024HTAM 56500[16.6] 39100[11.5] 17400[5.1] 15.1 12.5 1550[731.5] 7943552 RCF6024STAM 56500[16.6] 39100[11.5] 17400[5.11 15.1 12.5 1550[731.5] 7943581 RA1660AJ1 R802VA075421ZXA RCF6024HTAM 56500[16.6] 39100[11.5] 17400[5.1] 15.1 12.5 1550[731.5] 8081065 RCF6024STAM 56500[16.6] 39100[11.5] 17400[51] 15.1 12.5 1550[731.5] 8081077 RCF6021STAM 55500[16.3] 37100[10.9] 18400[5.4] 15.5 13 1525[719.7] 8081040 RA1660AJ1 R802VA100521MSA RCF6024HTAM 58000[17.0] 42200[12.4] 15800[4.6] 15.5 13 1725[814.1] 7943553 RCF6024STAM 58000[17.0] 42200[12.4] 15800[4.6] 15.5 13 1725[814 1] 7943582 RA1660AJ1 R802VA100521 MXA RCF6024HTAM 58000[17.0] 42200[12 4] 15800[4 6] 15.5 13 1725[814.11 8081066 RCF6024STAM 58000[17.0] 42200[12 4] 15800[4 61 15.5 13 1725[814.11 8081078 RA1660AJ1 R802VA100521ZSA RCF6024HTAM 57000[16 71 39400[11.5] 17600[5.2] 15.5 13 1500[707.9] 7943554 RCF6024STAM 57000[16.7] 39400[11.5] 17600[5.2] 15.5 13 1500[707.9] 7943583 RA1660AJ1 R802VA100521ZXA RCF6024HTAM 57000[16 7] 39400[11.5] 17600[5.2] 15.5 13 1500[707.9] 8081067 RCF6024STAM 57000[16.7] 39400[11.5] 17600[5.2] 15.5 13 1500[707.9] 8081079 RA1660AJ1 R802VA125524MSA RCF6024HTAM 57500[16.9] 40100[11.8] 17400[5.1] 16 13 1525171971 7943555 RCF6024STAM 57500[16.9] 40100[11 8] 17400[5.11 16 13 1525[719.7] 7943584 RA1660AJ1 R802VA125524MXA RCF6024HTAM 57500[16.9] 40100[11.8] 17400[5.1] 16 13 1525[719 7] 8081068 RCF6024STAM 57500[16.9] 40100[11 8] 17400[5.11 16 13 1525[719.7] 8081080 RA1660AJ1 R802VA125524ZSA RCF6024HTAM 57000[16.7] 39600[11.6] 17400[5.1] 15.5 13 1525[719.7] 7943556 RCF6024STAM 57000[16.7] 39600[11.6] 17400[5.11 15.5 13 1525[719.7] 7943585 RA1660AJ1 R802VA125524ZXA RCF6024HTAM 57000[16.7] 39600[11.6] 1 17400[5.1] 15.5 1 13 1525[719.7] 8081069 RCF6024STAM 57000[16.7] 39600[11.6] 1 17400[5.11 15.5 1 13 1525[719.7] 8081081 [ ]Designates Metric Conversions 32 INTEGRATED HOME COMFORT Air Performance Data a RA16 Series Performance Data @ AHRI Standard Conditions-Cooling (con't.) R95r 95%AFUE single-stage Constant Torque Multipoise Gas Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H[kW] BTU/H[kW] SEER EER [Us] AHRI# RCF2417HTAM 18000 [5 3] 13500[4 0] 4500[1 3] 16 13 650[306.8] 7940301 RCF2417MTAM 18000 [5.3] 13500[4.0] 4500[1.3] 16 13 650[306.8] 7940322 RA1618AJ1 R95TA0401317MSA RCF2417STAM 18000 [5.3] 13500[4.0] 4500[1.3] 16 13 650[306.8] 7940343 RCF2421 MTAM 18000 [5.31 13500[4.0] 4500[1.3] 16 13 650[306.8] 7940390 RCF2421 HTAM 18000 [5.3] 13500[4.0] 4500[1.3] 16 13 650[306.8] 7940364 RCF2417HTAM 24000 [7.0] 17500[5.11 6500[1.9] 16 13 875[413.0] 7940580 RA1624AJ1 R95TA0401317MSA RCF2417MTAM 24000 [7.0] 17500[5.11 6500[1.9] 16 13 875[413.0] 7940604 RCF2417STAM 24000 [7.0] 17500[5.1] 6500[1.9] 16 13 850[401.2] 7940628 RCF2421 MTAM 24000 17 0] 17500[5.11 6500[1.9] 16 13 875[413.0] 7940687 RCF2417HTAM 24000 [7.0] 17500 15.1] 6500[1.9] 16 13 725[342.2] 7940581 RA1624AJ1 R95TA0601317MSA RCF2417MTAM 24000 [7 0] 17500[5.1] 6500[1.9] 15.5 13 875[413.0] 7940605 RCF2417STAM 24000 [7.0] 17500[5.1] 6500[1.9] 15.5 13 875[413.0] 7940629 RCF2421 MTAM 24000 [7.0] 17500[5.11 6500[1.9] 15.5 13 875[413.0] 7940688 RCF2417HTAM 24000 [7.0] 17500[5.11 6500[1.9] 15.5 13 850[401.2] 7940582 RA1624AJ1 R95TA0701317MSA RCF2417MTAM 24000 [7.0] 17500[5.1] 6500[1.9] 15.5 13 850[401.2] 7940606 RCF2417STAM 24000 [7.0] 17500[5.1] 6500[1 9] 15.5 13 825[389.4] 7940630 RCF2421 MTAM 24000 [7.0] 17500[5.1] 6500[1.9] 15.5 13 850[401.2] 7940689 RA1624AJ1 R95TA0401317MSA RCF2421 HTAM 24000 [7 01 17500[5.1] 6500[1.9] 16 13 875[413.0] 7940654 RA1624AJ1 R95TA0601317MSA RCF2421 HTAM 24000 [7.0] 17500[5.11 6500[1.9] 15.5 13 875[413.0] 7940655 RA1624AJ1 R95TA0701317MSA RCF2421 HTAM 24000 [7.0] 17500[5.1] 6500[1.91 15.5 13 850[401.2] 7940656 RCF3617STAM 28400 [8.3] 21200[6.2] 7200[2.1] 16 13 925[436.6] 7940910 RA1630AJ1 R95TA0401317MSA RCF3621 HTAM 30000 [8.8] 22800[6.7] 7200[2.11 16 13 1000[471.9] 8080012 RCF3621 MTAM 29800 [8.7] 20800[6.1] 9000[2.6] 16 13 950[448.4] 7940942 RCF3621STAM 28600 [8.4] 21500[6.3] 7100[2.1] 16 13 950[448.4] 7940986 RCF3617STAM 28200 [8.3] 20800[6.1] 7400[2.2] 16 13 850[401.2] 7940911 RA1630AJ1 R95TA0601317MSA RCF3621 HTAM 30000 [8.8] 22800[6 7] 7200[2.1] 16 13 925[436.6] 8080013 RCF3621 MTAM 30000 18 8] 21300[6.2] 8700[2 51 16 13 1050[495.5] 7940943 RCF3621 STAM 28400 1831 21200[6.2] 7200[2.1] 16 13 900[424.8] 7940987 RCF3617STAM 28000 [8 2] 20600[6.0] 7400[2.2] 16 13 850[401.2] 7940912 RA1630AJ1 R95TA0701317MSA RCF3621 HTAM 30000 [8.8] 22800[6.7] 7200[2.1] 16 13 975[460.11 8080014 RCF3621MTAM 29600 [8.7] 20600[6.0] 9000[2.6] 16 13 950[448.4] 7940944 RCF3621 STAM 28200 [8.3] 20900[6.1] 7300[2.1] 16 13 875[413.0] 7940988 RCF3617STAM 35800[10.5] 25300[7.4] 10500[3.1] 15.1 12.5 1050[495.5] 8177900 RA1636BOl R95TA0401317MSA RCF3621 HTAM 3600011061 25600[7.5] 10400[3.0] 16 13 1200[566.3] 8177928 RCF3621 MTAM 36000[10 6] 25600[7.5] 10400[3 0] 15.5 13 1100[519.1] 8177958 RCF3621 STAM 36000[10.6] 25600[7.5] 10400[3.0] 15.1 12.5 1075[507.3] 8178006 RCF3617STAM 35400[10.4] 24700[7.2] 10700[3.1] 14.5 12.2 1000[471.9] 8177901 RA1636BC1 R95TA0601317MSA RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1075[507.3] 8177929 RCF3621 MTAM 36000[10 6] 25000[7.3] 11000[3 21 15.1 12.5 1050[495.5] 8177959 RCF3621 STAM 35600[10.4] 25000[7 3] 10600[3.1] 14.5 12.2 1025[483.7] 8178007 RCF3617STAM 35600[10.4] 25000[7 31 10600[3.1] 14.5 12.2 1025[483.7] 8177902 RA1636BC1 R95TA0701317MSA RCF3621 HTAM 36000[10.6] 25600 17 5] 10400[3.0] 16 13 1 1075[507.3] 8177930 RCF3621 MTAM 36000[10.6] 25200[7.4] 10800[3.2] 15.1 12.5 1075[507.3] 8177960 RCF3621 STAM 35800[10.5] 25500[7.5] 10300[3.0] 14.5 12.2 1100 1519.1] 8178008 RA1636BC1 R95TAl151524MSA RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15 12.5 1275[601.7] 8178090 RCF3617STAM 35800[10 5] 25300[7.4] 10500[3.11 15.1 125 1050[495.5] 8178431 RA163613J1 R95TA0401317MSA RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1200[566.3] 8178459 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1100[519.1] 8178489 RCF3621 STAM 36000[10.6] 25600[7.5] 10400[3.0] 15.1 125 1075[507.3] 8178535 [ ]Designates Metric Conversions INTEGRATED HOME COMFORT Air Performance Data RA16 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R95T:95%AFUE single-stage Constant Torque Multipoise Gas Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H[kW] BTU/H[kW] SEER EER IUs] AHRI# RCF3617STAM 35400[10 4] 24700[7.2] 10700[31] 145 12.2 1000[471.9] 8178432 RA1636BJ1 R95TA0601317MSA RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3 01 16 13 1075[507.3] 8178460 RCF3621 MTAM 36000[10.6] 25000[7.3] 11000[3.2] 151 12.5 1050[495 51 8178490 RCF3621 STAM 35600[10.4] 25000[7.3] 10600[3.1] 14.5 12.2 1025[483.7] 8178536 RCF3617STAM 35600[10 41 25000[7 31 10600[3.11 14.5 12.2 1025[483.7] 8178433 RA1636BJ1 R95TA0701317MSA RCF3621 HTAM 36000[10.6] 25600[7 5] 10400[3 01 16 13 1075[507.3] 8178461 RCF3621 MTAM 36000[10.6] 25200[7 41 10800[3 21 151 125 1075[507.3] 8178491 RCF3621 STAM 35800[10.5] 25500[7.5] 10300[3.0] 14.5 12.2 1100[519.11 8178537 RA163613J1 R95TA1151524MSA RCF3624MTAM 36000[10 61 25600[7.5] 10400[3.0] 15 12.5 1275[601.7] 8178615 RA1642AC1 R95TA0401317MSA RCF4821 MTAM 41000[12 01 27000[7 91 14000 141] 16 13 1125[530.9] 8080521 RCF4821 STAM 40000[11.7] 27500[8.1] 12500[3.7] 15.5 13 1100[519.1] 7942235 RA1642AC1 R95TA0601317MSA RCF4821 MTAM 41000[12.0] 27700[8.11 13300[3.9] 15.1 12.5 1250[589.9] 8080522 RCF4821STAM 40500[11 9] 28700[8.4] 11800[3 5] 14.5 12.2 1225[578.1] 7942236 RA1642AC1 R95TA0701317MSA RCF4821 MTAM 41000[12.0] 27100[7 9] 13900[41 1 151 125 1150[542 71 8080523 RCF4821 STAM 40000[11.7] 27400[8.0] 12600[3 71 15.1 12.5 1075[507 3] 7942237 RCF4821 MTAM 42000[12.3] 29200[8.6] 12800[3.8] 15.5 13 1350[637.1] 8080524 RA1642AC1 R95TA0851521 MSA RCF4821 STAM 41000[12.0] 29800[8.7] 11200[3.3] 151 12.5 1325[625 3] 7942238 RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1350[637.1] 7942280 RCF4824STAM 41000[12 01 29800[8 71 11200[3 31 15.1 12.5 1325[625 31 7942316 RCF4821 MTAM 42000[12.3] 29600[8 71 12400[3 61 15.5 13 1425[672.5] 8080525 RA1642AC1 R95TA1001521 MSA RCF4821 STAM 41000 112 0] 30200[8 91 10800[3 2] 151 12.5 1400[660 71 7942239 RCF4824HTAM 42000[12 31 31100[91 1 10900[3 2] 155 13 1425[672 5] 7942281 RCF4824STAM 41000[12.0] 30200[8.9] 10800[3.2] 15.1 12.5 1400[660.7] 7942317 RA1642AC1 R95TA1151524MSA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1300[613.5] 7942282 RCF4824STAM 40500[11.9] 29000[8.5] 11500[3 41 151 125 1275[601 7] 7942318 RA1642AJ1 R95TA0401317MSA RCF4821 MTAM 41000[12.0] 27000[7 9] 14000[4.11 16 13 1125[530.9] 8080636 RCF4821 STAM 40000[11.7] 27500 18.1] 12500[3.7] 15.5 13 1100[519.11 7942571 RA1642AJ1 R95TA0601317MSA RCF4821 MTAM 41000[12 01 27700[81] 13300[3.9] 15.1 12.5 1250[589.9] 8080637 RCF4821 STAM 40500[11.9] 28700[8.4] 11800[3.5] 14.5 12.2 1225[578.1] 7942572 RA1642AJ1 R95TA0701317MSA RCF4821 MTAM 41000[12.0] 27100[7.9] 13900[4.11 15.1 125 1150[542.7] 8080638 RCF4821 STAM 40000[11.7] 27400[8.0] 12600[3.7] 15.1 12.5 1075[507.3] 7942573 RCF4821 MTAM 42000[12.3] 29200[8 61 12800[3 8] 15.5 13 1350[637.1] 8080639 RA1642AJ1 R95TA0851521 MSA RCF4821 STAM 41000[12 01 29800[8.7] 11200[3.3] 15.1 12.5 1325[625.3] 7942574 RCF4824HTAM 42000[12 31 31100[9 1] 10900[3 21 16 13 1350[637 1] 7942616 RCF4824STAM 41000[12 0] 29800[8 7] 11200[3 3] 151 125 1325[625 31 7942652 RCF4821 MTAM 42000[12.3] 29600[8 7] 12400[3 61 15.5 13 1425[672.5] 8080640 RA1642AJ1 R95TA1001521 MSA RCF4821STAM 41000[12.0] 30200[8.9] 10800[3 21 151 12.5 1400[660.7] 7942575 RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 15.5 13 1425[672.5] 7942617 RCF4824STAM 41000[12.0] 30200[8.9] 10800[3.2] 15.1 12.5 1400[660.7] 7942653 RA1642AJ1 R95TA1151524MSA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1300[613 51 7942618 RCF4824STAM 40500[11 9] 29000[8 51 11500[3 4] 15.1 12.5 1275[601.7] 7942654 RA1648AC1 R95TA0601317MSA RCF4821 MTAM 44000[12 91 31400[9.2] 12600[3.7] 15.1 12.5 1225[5781] 8080750 RCF4821 STAM 43500[12.7] 29500[8 61 14000[41] 15.1 12.5 1225[5781] 7942905 RA1648AC1 R95TA0701317MSA RCF4821 MTAM 44000[12.9] 31200[91 1 12800[3.8] 15.1 12.5 1200[566.3] 8080751 RCF4821 MTAM 45000[13.2] 33000[9.7] 12000[3 5] 15.5 13 1325[625.3] 8080752 RA1648AC1 R95TA0851521 MSA RCF4821 STAM 44000 112 9] 31000[9.11 13000[3.8] 151 1 12.5 1 1400[660.7] 7942906 RCF4824HTAM 45500[13.3] 31800[9.3] 13700[4.0] 16 13 1350[637.1] 7942943 RCF4824STAM 44000[12 9] 31000[9.11 13000[3.8] 15.1 12.5 1400[660 71 7942978 [ ]Designates Metric Conversions Air Performance Data 0 RAi6 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R95P 95%AFUE single-stage Constant Torque Multipoise Gas Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H[kW] BTU/H[kW] SEER EER [Us] AHRI# RCF4821 MTAM 45000[13.2] 33500 [9.8] 11500[3.4] 15.5 13 1400[660.7] 8080753 RA1648AC1 R95TA1001521MSA RCF4821STAM 44000[12.9] 30900 [9.1] 13100[3.8] 15.1 12.5 1375[648.9] 7942907 RCF4824HTAM 46000[13.5] 32800 [9.6] 13200[3.9] 16 13 1425[672.5] 7942944 RCF4824STAM 44000[12 91 30900 [9.1] 13100[3.8] 151 12.5 1375[648.9] 7942979 RA1648AC1 R95TA1151524MSA RCF4824HTAM 45500[13.3] 31500 [9.2] 14000[4.11 16 13 1300[613.5] 7942945 RCF4824STAM 44000[12.9] 30300 [8.9] 13700[4.0] 15.5 13 1275[601 7] 7942980 RA1648AJ1 R95TA0601317MSA RCF4821 MTAM 44000[12.9] 31400 [9.2] 12600[3.7] 15.1 12.5 1225[578.11 8080857 RCF4821STAM 43500[12.7] 29500 [8.6] 14000[4.1] 15.1 12.5 1225[578.1] 7943231 RA1648AJ1 R95TA0701317MSA RCF4821 MTAM 44000[12.9] 31200 [9.1] 12800[3.8] 15.1 12.5 1200[566.3] 8080858 RCF4821 MTAM 45000[13.2] 33000 [9.7] 12000[3.5] 155 13 1325[625.3] 8080859 RA1648AJ1 R95TA0851521MSA RCF4821STAM 44000[12 9] 31000 [9.1] 13000[3.8] 15.1 125 1400[660.7] 7943232 RCF4824HTAM 45500[13.3] 31800 [9.3] 13700[4.0] 16 13 1350[637.1] 7943269 RCF4824STAM 44000[12.9] 31000 [9.1] 13000[3.8] 15.1 12.5 1400[660.7] 7943304 RCF4821 MTAM 45000[13.2] 33500 1981 11500[3.4] 15.5 13 1400[660.7] 8080860 RA1648AJ1 R95TA1001521MSA RCF4821STAM 44000[12.9] 30900 [9.1] 13100[3.8] 15.1 12.5 1375[648.9] 7943233 RCF4824HTAM 46000[13.5] 32800 19 6] 13200[3.9] 16 13 1425[672.5] 7943270 RCF4824STAM 44000[12.9] 30900 [9 1] 13100[3.8] 15.1 12.5 1375[648.9] 7943305 RA1648AJ1 R95TAl 1 51524MSA RCF4824HTAM 45500[13.3] 31500 [9.2] 14000[4.11 16 13 1300[613.5] 7943271 RCF4824STAM 44000[12.9] 30300 [8.9] 13700[4.0] 15.5 13 1275[601 7] 7943306 RCF6021STAM 54000[15.8] 34600[10.1] 19400[5.7] 15 12.5 1375[648.9] 8080963 RA1660AC1 R95TA0851521MSA RCF6024HTAM 56500[16.6] 38700[11.3] 17800[5.2] 151 12.5 1475[696.1] 7943778 RCF6024STAM 56500[16.6] 38700[11.3] 17800[5.2] 15.1 125 1475[696.11 7943807 RCF6021STAM 54500[16.0] 35400[10.4] 19100[5.6] 15 12.5 1425[672.5] 8080964 RA1660AC1 R95TA1001521 MSA RCF6024HTAM 56500[16.6] 39100[11 5] 17400(5.1] 15.1 12.5 1550[731.5] 7943779 RCF6024STAM 56500[16.6] 39100[11.5] 17400[5.11 15.1 12.5 1550[731.5] 7943808 RA1660AC1 R95TA1151524MSA RCF6024HTAM 56000[16.4] 37800[11.1] 18200[5.3] 15.1 125 1425[672.5] 7943780 RCF6024STAM 56000[16.4] 37800[11.1] 18200[5.3] 15.1 125 1425167251 7943809 RCF6021 STAM 54000[15.8] 34600[10.1] 19400[5.7] 15 12.5 1375[648.9] 8081041 RA1660AJ1 R95TA0851521 MSA RCF6024HTAM 56500[16 61 38700[11.3] 17800[5.2] 15.1 12.5 1475[696.11 7943557 RCF6024STAM 56500[16.6] 38700[11.3] 17800[5.2] 15.1 125 1475[6961] 7943586 RCF6021 STAM 54500[16.0] 35400[10 41 19100[5.6] 15 12.5 1425[672.5] 8081042 RA1660AJ1 R95TA1001521 MSA RCF6024HTAM 56500[16.6] 39100[11.5] 17400[5.11 15.1 12.5 1550[731.5] 7943558 RCF6024STAM 56500[16.6] 39100[11.5] 17400[5.11 15.1 12.5 1550[731.5] 7943587 RA1660AJ1 R95TA1151524MSA RCF6024HTAM 56000[16 41 37800[11.1] 18200[5.3] 15.1 1 12.5 1425[672 51 7943559 RCF6024STAM 56000[16.4] 37800[11.1] 18200[5.3] 151 1 12.5 1 1425[672.5] 7943588 [ ]Designates Metric Conversions INTEGRATED HOME • •- Performance Data Air "a RAI 6 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R96V:96%AFUE 2-stage Variable Speed Multipoise Gas Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW1 BTU/H[kW] BTU/H[kW] SEER EER [Us] AHRI# RCF2417HTAM 18000[5 3] 13500 14 0] 4500[1 3] 16 13 675[318.6] 7940302 RA1618AJ1 R96VA0402317MSA RCF2417MTAM 18000[5.3] 13500[4.0] 4500[1 3] 16 13 675[318 6] 7940323 RCF2417STAM 18000[5.31 13500[4.01 4500[1.31 16 13 675[318.61 7940344 RCF2421 MTAM 18000[5.3] 13500[4.01 4500[1.3] 16 13 675[318.61 7940391 RCF2417HTAM 18000[5.3] 13500[4.0] 4500[1.3] 16 13 650[306.81 7940303 RA1618AJ1 R96VA0602317MSA RCF2417MTAM 18000[5.31 13500[4.0] 4500[1.3] 16 13 650[306 81 7940324 RCF2417STAM 18000[5.3] 13500[4.0] 4500,[1.31 16 13 650[306.8] 7940345 RCF2421 MTAM 18000[5.3] 13500[4.0] 4500[1 3] 16 13 650[306.8] 7940392 RCF2417HTAM 18000[5.31 13500[4.01 4500[1.3] 16 13 650[306.8] 7940304 RA1618AJ1 R96VA0702317MSA RCF2417MTAM 18000[5.3] 13500[4.0] 4500[1.31 16 13 650[306.8] 7940325 RCF2417STAM 18000[5.3] 13500[4.0] 4500[1.31 16 13 650[306.8] 7940346 RCF2421 MTAM 18000[5.3] 13500[4.0] 4500[1.31 16 13 650[306.8] 7940393 RA1618AJ1 R96VA0402317MSA RCF2421 HTAM 18000[5.31 13500[4 01 4500[1 3] 16 13 675[318.6] 7940365 RA1618AJ1 R96VA0602317MSA RCF2421 HTAM 18000[5.31 13500[4 01 4500[1 3] 16 13 650[306.8] 7940366 RA1618AJ1 R96VA0702317MSA RCF2421 HTAM 18000[5.31 13500[4 01 4500[1 3] 16 13 650[306.8] 7940367 RCF2417HTAM 24000[7.01 17500[51] 6500[1.9] 16 13 875[413.0] 7940583 RA1624AJ1 R96VA0402317MSA RCF2417MTAM 24000[7.0] 17500[5.1] 6500[1.91 16 13 850[401.2] 7940607 RCF2417STAM 24000[7.0] 17500[5.11 6500[1.91 16 13 750[354.0] 7940631 RCF2421 MTAM 24000[7.0] 17500[5.1] 6500[1.91 16 13 850[401.2] 7940690 RCF2417HTAM 24000[7.0] 17500[5.1] 6500[1.9] 15.5 13 850[401 21 7940584 RA1624AJ1 R96VA0602317MSA RCF2417MTAM 24000[7.01 17500[5.11 6500[1.9] 15.5 13 850[401 21 7940608 RCF2417STAM 24000[7 01 17500[5.1] 6500[1.9] 15.5 13 850[401 21 7940632 RCF2421 MTAM 24000[7 01 17500[5.1] 6500[1.91 15.5 13 850[401.2] 7940691 RCF2417HTAM 24000[7.0] 17500[5.11 6500[1.9] 16 13 800[377.61 7940585 RA1624AJ1 R96VA0702317MSA RCF2417MTAM 24000[7.01 17500[5.1] 6500[1.91 16 13 800[377.61 7940609 RCF2417STAM 24000[7.0] 17500[5.11 6500[1 91 16 13 775[365.8] 7940633 RCF2421 MTAM 24000[7.01 17500[5.1] 6500[1 9] 16 13 800[377.6] 7940692 RA1624AJ1 R96VA0852521 MSB RCF2421 MTAM 24000[7.0] 17500[5.1] 6500[1 9] 16 13 800[377.6] 7940693 RA1624AJ1 R96VAl002521 MSA RCF2421 MTAM 24000[7.0] 17500[51] 6500[1.9] 16 13 875 1413 0] 7940694 RA1624AJ1 R96VA0402317MSA RCF2421 HTAM 24000[7.0] 17500 15.1] 6500[1 9] 16 13 850[401.2] 7940657 RA1624AJ1 R96VA0602317MSA RCF2421 HTAM 24000[7.0] 17500[5.11 6500[1 9] 15.5 13 850[401.2] 7940658 RA1624AJ1 R96VA0702317MSA RCF2421 HTAM 24000[7.0] 17500[5.1] 6500[1.9] 16 13 800[377.6] 7940659 RA1624AJ1 R96VA0852521 MSB RCF2421 HTAM 24000[7.01 17500[51] 6500[1.9] 16 13 800[377.6] 7940660 RA1624AJ1 R96VA1002521 MSA RCF2421 HTAM 24000[7.0] 17500[5.11 6500[1 9] 16 13 875[413.0] 7940661 RCF3617STAM 28600[8 4] 21500[6.3] 7100[2 1] 16 13 950[448.41 7940913 RA1630AJ1 R96VA0402317MSA RCF3621 HTAM 30000[8 8] 22800[6.7] 7200 121] 16 13 1025[483.7] 8080015 RCF3621 MTAM 30000[8.8] 21300[6.2] 8700[2.51 16 13 1025[483.7] 7940945 RCF3621STAM 28600[8.4] 21500[6.3] 7100[2.1] 16 13 950[448.4] 7940989 RCF3617STAM 28200[8.3] 21000[6.21 7200[2.1] 16 13 900[424.8] 7940914 RA1630AJ1 R96VA0602317MSA RCF3621 HTAM 30000[8.8] 22800[6.7] 7200[2.11 16 13 975[460 1 1 8080016 RCF3621 MTAM 30000[8.8] 21300[6.2] 8700[2.5] 16 13 1050[495.5] 7940946 RCF3621STAM 28400[8.31 21200[6.2] 7200[2.1] 16 1 13 900[424 81 7940990 RCF3617STAM 28600[8.4] 21500[6.31 7100[2.1] 16 13 950[448.41 7940915 RA1630AJ1 R96VA0702317MSA RCF3621 HTAM 30000[8.8] 22800[6.7] 7200[2.11 16 13 1050[495.5] 8080017 RCF3621 MTAM 30000[8.8] 1 21300[6.21 8700[2 5] 16 13 1050[495.5] 7940947 RCF3621 STAM 28600[8.4] 1 21500[6.3] 1 7100[2.11 16 13 950[448.4] 1 7940991' [ ]Designates Metric Conversions 36 INTEGRATED • • .- Air Performance Data 0 I RAi6 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R96V:96%AFUE 2-stage Variable Speed Multipoise Gas Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H]kW1 BTU/H[kW] BTU/H[kW] SEER EER IL/sl AHRI# RCF3621 HTAM 30000 [8 8] 22800[6.7] 7200[2 1] 16 13 1075[507.3] 8080018 RCF3621 MTAM 30000 [8 8] 22800[6.71 7200[21 1 16 13 1075[507.3] 7940948 RA1630AJ1 R96VA0852521 MSB RCF3621 STAM 29000 [8.5] 22200[6.51 6800[2.0] 16 13 1025 1483.71 7940992 RCF3624HTAM 30000 [8 8] 22800[6.7] 7200 12.1] 16 13 1075[507.3] 7941027 RCF3624MTAM 30000 [8.8] 22800[6 71 7200 12.1] 16 13 1075[507.3] 7941059 RCF3621 HTAM 30000 [8.8] 22800[6.71 7200 12.1] 16 13 1050[495.51 8080019 RCF3621 MTAM 30000 [8.8] 22800[6.71 7200 12.1] 16 13 1050[495.51 7940949 RA1630AJ1 R96VA1002521 MSA RCF3621 STAM 29000 [8.5] 22100[6 51 6900[2.0] 16 13 1000[471 9] 7940993 RCF3624HTAM 30000 [8.81 22800[6 71 7200[2.11 16 13 1050[495.51 7941028 RCF3624MTAM 30000 [8.81 22800[6.71 7200[2.11 16 13 1050[495.5] 7941060 RA1630AJ1 R96VA1152524MSA RCF3624HTAM 30000 [8.8] 22800[6.7] 7200[2.1] 16 13 1050[495.51 7941029 RCF3624MTAM 30000 [8 81 22800[6.7] 7200[2.11 16 13 1050[495 51 7941061 RCF3617STAM 35400[10.41 24500[7 21 10900[3.21 15.1 12.5 950[448.41 8177903 RA1636BC1 R96VA0402317MSA RCF3621 HTAM 36000[10.6] 25600[7.51 10400[3.0] 16 13 1125[530 91 8177931 RCF3621 MTAM 36000[10 61 24900[7.31 11100[3.31 155 13 1025[483.71 8177961 RCF3621 STAM 35800[10.51 25200[7.4] 10600[3.11 15.1 12.5 1025[483 7] 8178009 RCF3617STAM 35200[10.3] 24300[7.1] 10900[3.2] 15 12.5 950[448.41 8177904 RA1636BC1 R96VA0602317MSA RCF3621 HTAM 36000[10 61 25600[7 51 10400[3.01 16 13 1050[495.51 8177932 RCF3621 MTAM 36000[10.6] 25000[7.3] 11000[3.21 15.1 12.5 1050[495.51 8177962 RCF3621 STAM 35400[10.4] 24600[7.21 10800[3.21 15 12.5 975[460.1] 8178011 RCF3617STAM 35400[10 41 24500[7 2] 10900[3.21 15.1 125 950[448.41 8177905 RA1636BC1 R96VA0702317MSA RCF3621 HTAM 36000[10.61 25600[7 51 1 10400[3 01 16 13 1150[542 71 8177933 RCF3621 MTAM 35600[10.4] 24200[7.1] 11400[3.3] 15.5 13 950[448.4] 8177963 RCF3621 STAM 35400[10.41 24500[7 21 10900[3.2] 15.1 125 950[448.4] 8178012 RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1275[601.7] 8177934 RCF3621 MTAM 36000[10 61 25600[7.5] 10400[3.01 15.5 13 1150[542.7] 8177964 RA1636BC1 R96VA0852521 MSB RCF3621 STAM 36000[10 6] 25600[7 5] 10400[3.0] 15.1 125 1150[542.7] 8178013 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1275[601.7] 8178053 RCF3624MTAM 36000[10.6] 25600[7.51 10400[3.0] 15.5 13 1150[542.71 8178091 RCF3621 HTAM 36000[10.6] 25600[7.51 10400[3.0] 16 13 1 1250[589.91 8177935 RCF3621 MTAM 36000[10.6] 25600[7.51 10400[3.0] 15.5 13 1225[578.11 8177966 RA1636BC1 R96VA1002521 MSA RCF3621 STAM 36000[10.6] 25600[7 51 10400[3.0] 151 125 1200[566.31 8178014 RCF3624HTAM 36000[10.6] 25600[7 51 10400[3.0] 16 13 1250[589.9] 8178054 RCF3624MTAM 36000[10.6] 25600[7 5] 10400[3.0] 155 13 1225[578.11 8178092 RA1636BC1 R96VA1152524MSA RCF3624HTAM 36000[10.6] 25600[7 5] 10400[3.0] 16 13 1250[589.91 8178055 RCF3624MTAM 36000[10.61 25600[7.51 10400[3.01 16 13 1100[519.1] 8178093 RCF3617STAM 35400[10.4] 24500[7.2] 10900[3 2] 151 12.5 950[448.4] 8178434 RA163613J1 R96VA0402317MSA RCF3621 HTAM 36000[10 61 25600[7 51 10400[3.0] 16 13 1125[530.9] 8178462 RCF3621 MTAM 36000[10.6] 24900[7.3] 11100[3.3] 15.5 13 1 1025[483.7] 8178492 RCF3621 STAM 35800[10.5] 25200[7 4] 10600[31] 15.1 12.5 1025[483.7] 8178538 RCF3617STAM 35200[10.3] 24300[71] 10900[3.2] 15 125 950[448.4] 8178435 RA1636BJ1 R96VA0602317MSA RCF3621 HTAM 36000[10.61 25600[7.5] 10400[3.0] 16 13 1050[495.51 8178463 RCF3621 MTAM 36000[10.6] 25000[7.3] 11000[3.21 15.1 125 1050[495 51 8178493 RCF3621STAM 35400[10.4] 24600[7.2] 10800[3.2] 15 12.5 975[460.11 8178539 RCF3617STAM 35400 110.41 24500[7.2] 10900[3 2] 15.1 125 950[448.41 8178436 RA163613J1 R96VA0702317MSA RCF3621 HTAM 36000 110.61 25600[7.5] 10400[3.0] 16 13 1 1150[542 7] 8178464 RCF3621 MTAM 35600[10.4] 24200[71 1 11400[3.3] 15.5 13 950[448.41 8178494 RCF3621STAM 35400[10.4] 24500[7.2] 10900[3.2] 15.1 12.5 950[448.4] 8178540 [ ]Designates Metric Conversions INTEGRATED HOME COMFORT Air Performance Data z RA16 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R96V:96%AFUE 2-stage Variable Speed Multipoise Gas Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kW] BTU/H[kW] BTU/H[kW] SEER EER [Us] AHRI# RCF3621 HTAM 36000[10.6] 25600[7.51 10400[3.0] 16 13 1275[601.7] 8178465 RCF3621 MTAM 36000[10.6] 25600[7.5] 10400[3.01 155 13 1150[542.7] 8178495 RA16366J1 R96VA0852521 MSB RCF3621 STAM 36000[10.6] 25600[7.5] 10400[3 0] 15.1 12.5 1150[542 71 8178541 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1275[601.7] 8178580 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1150[542.7] 8178616 RCF3621 HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178466 ROF3621MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1225[578.1] 8178496 RA1636BJ1 R96VAl002521 MSA RCF3621 STAM 36000[10.6] 25600[7 51 10400[3 01 15.1 12.5 1200[566.3] 8178542 RCF3624HTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1250[589.9] 8178581 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1225[578.1] 8178617 RA1636BJ1 R96VA1152524MSA RCF3624HTAM 36000[10.6] 25600[7 5] 10400[3.0] 16 13 1250[589.9] 8178582 RCF3624MTAM 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1100[519.1] 8178618 RA1642AC1 R96VA0402317MSA RCF4821 MTAM 41000[12.0] 27000[7.9] 14000[4.11 15.5 13 1125[530.9] 8080526 RCF4821 STAM 40000[11.7] 27700[81 1 12300[3.6] 15.5 13 1125[530.9] 7942240 RA1642AC1 R96VA0602317MSA RCF4821 MTAM 41000[12.0] 27000[7.9] 14000[41] 15.5 13 1125[530.9] 8080527 RCF4821 STAM 40000[11.7] 27,700[8.11 12300[3.6] 15.1 12.5 1125[530.9] 7942241 RA1642AC1 R96VA0702317MSA RCF4821 MTAM 41000[12.0] 27100[7 91 13900[4.11 15.5 13 1150[542.7] 8080528 RCF4821 STAM 40000[11.7] 27800[8.1] 12200[3.61 15.5 13 1150[542.7] 7942242 RCF4821 MTAM 41500[12.2] 28300[8.3] 13200[3.9] 16 13 1275[601.7] 8080529 RA1642AC1 R96VA0852521 MSB RCF4821 STAM 41000[12.0] 29500[8.6] 11500[3.4] 15.5 13 1275[601.7] 7942243 RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1300[613.5] 7942283 RCF4824STAM 41000[12.0] 29500[8.6] 11500[3.4] 15.5 13 1275[601.7] 7942319 RCF4821 MTAM 41500[12.2] 28200[8.3] 13300[3 91 16 13 1250[589.9] 8080530 RA1642AC1 R96VA1002521 MSA RCF4821 STAM 41000[12.0] 29300[8.6] 11700[3.4] 155 13 1250[589 9] 7942244 RCF4824HTAM 42000[12.3] 31100[9.11 10900[3.2] 16 13 1400[660.7] 7942284 RCF4824STAM 41000[12.0] 29300[8.6] 11700[3.4] 15.5 13 1250[589.9] 7942320 RA1642AC1 R96VA1152524MSA RCF4824HTAM 42000[12.3] 31100[9.11 10900[3.2] 16 13 1450[684.3] 7942285 RCF4824STAM 41000[12.0] 29300[8.6] 11700[3.4] 16 13 1250[589.9] 7942321 RA1642AJ1 R96VA0402317MSA RCF4821 MTAM 41000[12.0] 27000[7.91 14000[4.11 15.5 13 1125[530.9] 8080641 RCF4821 STAM 40000[11.7] 27700[81] 123001361 15.5 13 1125[530.9] 7942576 RA1642AJ1 R96VA0602317MSA RCF4821 MTAM 41000[12.0] 27000[7.91 14000[4.1] 15.5 13 1125[530.9] 8080642 RCF4821 STAM 40000[11.7] 27700[8.1] 12300[3.6] 15.1 12.5 1125[530.9] 7942577 RA1642AJ1 R96VA0702317MSA RCF4821 MTAM 41000[12.0] 27100[7.9] 13900[4.1] 155 13 1150[542.7] 8080643 RCF4821 STAM 40000[11.7] 27800[8.11 12200[3 6] 155 13 1150154271 7942578 RCF4821 MTAM 41500[12 21 28300[8.3] 13200[3 91 16 13 1275[601 7] 8080644 RA1642AJ1 R96VA0852521 MSB RCF4821 STAM 41000[12 0] 29500[8.6] 11500[3 4] 155 13 1275[601 7] 7942579 RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1300[613.5] 7942619 RCF4824STAM 41000[12 01 29500[8 61 11500[3 41 155 13 1275[601.7] 7942655 RCF4821 MTAM 41500[12.2] 28200[8.3] 13300[3.9] 16 13 1250[589.9] 8080645 RA1642AJ1 R96VAl002521 MSA RCF4821 STAM 41000[12.0] 29300[8.6] 11700[3.4] 15.5 13 1 1250[589.9] 7942580 RCF4824HTAM 42000[12.3] 31100[9.11 10900[3.21 16 13 1400[660.7] 7942620 RCF4824STAM 41000[12.0] 29300[8.6] 11700[3.41 15.5 13 1250[589.9] 7942656 RA1642AJ1 R96VA1152524MSA RCF4824HTAM 42000[12.3] 31100[9.1] 10900[3.2] 16 13 1450[684 31 7942621 RCF4824STAM 41000[12.0] 29300[8.6] 11700[3 41 16 13 1250[589.9] 7942657 RCF4821 MTAM 44500[13.0] 31900[9.31 12600[3.71 16 1 13 1225[578.1] 8080754 RA1648AC1 R96VA0852521 MSB RCF4821 STAM 44000[12.9] 30400[8.9] 13600[4.0] 15.5 13 1 1300[613 5] 7942908 RCF4824HTAM 1 45500[13.3] 1 31800[9.31 13700[4.0] 16 13 1350[637 1] 1 7942946 RCF4824STAM 44000[12.9] 1 30400[8.9] 13600[4.0] 15.5 13 1300[613.5] 1 7942981 [ ]Designates Metric Conversions 38 INTEGRATED • • •- Performance Data a Air RA16 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) R96V:96%AFUE 2-stage Variable Speed Multipoise Gas Furnace Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Furnace Indoor Coil BTU/H[kWI BTU/H 1kWl BTU/H[kWl SEER EER IL/slAHRI# RCF4821 MTAM 44500[13.0] 32100 [9.4] 12400[3.6] 16 13 1250 1589 9] 8080755 RA1648AC1 R96VAl002521 MSA RCF4821 STAM 44000[12.9] 30700 [9.0] 13300[3.9] 15.5 13 1350[637.1] 7942909 RCF4824HTAM 46000[13.5] 33100 [9.7] 12900[3.81 16 13 1475[696.1] 7942947 RCF4824STAM 44000[12.9] 30700 [9.0] 13300[3.9] 15.5 13 1350[637.1] 7942982 RA1648AC1 R96VAl 1 52524MSA RCF4824HTAM 47000[13.8] 34700[10.2] 12300[3.6] 16 13 1575[743.3] 7942948 RCF4824STAM 44500[13.0] 31200 [9.1] 13300[3.9] 16 13 1350[637.1] 7942983 RCF4821 MTAM 44500[13.0] 31900 [9.3] 12600[3.71 16 13 1225[578.1] 8080861 RA1648AJ1 R96VA0852521 MSB RCF4821 STAM 44000[12.9] 30400 [8.9] 13600[4.0] 15.5 13 1300[613.5] 7943234 RCF4824HTAM 45500[13.3] 31800 [9.31 13700[4.0] 16 13 1350[637.1] 7943272 RCF4824STAM 44000[12.9] 30400 [8.9] 13600[4.0] 15.5 13 1300[613.5] 7943307 RCF4821 MTAM 44500[13.0] 32100 [9.41 12400[3.6] 16 13 1250[589.9] 8080862 RA1648AJ1 R96VA1002521 MSA RCF4821 STAM 44000[12.9] 30700 [9.0] 13300[3.9] 15.5 13 1350 1637.1] 7943235 RCF4824HTAM 46000[13.5] 33100 [9.7] 12900[3.8] 16 13 1475[696.1] 7943273 RCF4824STAM 44000[12.9] 30700 [9.0] 13300[3.9] 15.5 13 1350 1637.1] 7943308 RA1648AJ1 R96VAl 1 52524MSA RCF4824HTAM 47000[13.8] 34700[10.2] 12300[3.6] 16 13 1575[743.3] 7943274 RCF4824STAM 44500[13.0] 31200 [9.1] 13300[3.9] 16 13 1 1350[637.1] 7943309 RCF6021 STAM 55000[16 1] 37000 110 8] 18000[5.3] 14.5 12 1575[743.3] 8080965 RA1660AC1 R96VA0852521 MSB RCF6024HTAM 57000[16.7] 40000[11.7] 17000[5.0] 15.1 12.5 1575[743.3] 7943781 RCF6024STAM 57000[16.7] 40000[11.7] 17000[5.0] 15.1 12.5 1575[743.3] 7943810 RCF6021 STAM 54500[16 0] 35300[10.3] 19200[5.6] 15.1 12.5 1400[660.7] 8080966 RA1660AC1 R96VA1002521 MSA RCF6024HTAM 57000[16.7] 39600[11.6] 17400[5.1] 15.1 12.5 1550[731.5] 7943782 RCF6024STAM 57000[16.7] 39600[11.6] 17400[5.11 15.1 12.5 1 1550[731.5] 7943811 RA1660AC1 R96VA1152524MSA RCF6024HTAM 57500[16.9] 40500[11.9] 17000[5.0] 15.5 13 1575[743.3] 7943783 RCF6024STAM 57500[16.9] 40500[11.9] 17000[5.0] 15.5 13 1575[743.3] 7943812 RCF6021 STAM 55000[16.11 37000[10 81 18000[5.3] 14.5 12 1575[743.3] 8081043 RA1660AJ1 R96VA0852521 MSB RCF6024HTAM 57000[16.7] 40000[11.7] 17000[5.0] 15.1 12.5 1575[743.3] 7943560 RCF6024STAM 57000[16.7] 40000[11.7] 17000[5.0] 15.1 12.5 1 1575[743.3] 7943589 RCF6021 STAM 54500[16.0] 35300[10.3] 19200[5.6] 15.1 12.5 1400[660.7] 8081044 RA1660AJ1 R96VA1002521 MSA RCF6024HTAM 57000[16 71 39600[11.6] 17400[5.1] 15.1 12.5 1550[731.5] 7943561 RCF6024STAM 57000 116 71 39600[11.6] 17400[5.1] 15.1 12.5 1550[731.5] 7943590 RA1660AJ1 R96VA1152524MSA RCF6024HTAM 57500 116 9] 40500[11.9] 17000[5.0] 15.5 13 1575[743.3] 7943562 RCF6024STAM 57500[16.9] 40500[11.9] 17000[5.0] 15.5 13 1575[743.3] 7943591 [ ]Designates Metric Conversions INTEGRATED HOME COMFORT '' Air I Performance Data 7D RA16 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) Air Handler Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Air Handler BTU/H[kW] BTU/H[kW] BTU/H[kW1 SEER EER [L/sl AHRI# RF1P1821SPAN 18000 [5.3] 12600[3.7] 5400[1.6] 14.5 12.2 550[259.6] 7940562 RF1T2421MTAN 18000 [5.3] 13500[4.0] 4500[1 3] 16 13 625[295.0] 7940563 RA1618AJ1 RBHP-17 18000 [5.3] 13500[4.0] 4500[1.3] 16 13 600[283.2] 7940293 RH1 P1817STAN 18000 [5.3] 13500[4.0] 4500[1.3] 15 12.5 600[283.2] 7940564 RMT2417STAN 18000 [5.3] 13500[4.0] 4500[1 3] 16 13 600[283.2] 7940565 RH1V2417STAN 18000 [5.3] 13500[4 0] 4500[1.3] 16 13 650[306.8] 7940566 RF1 P2421 SPAN 24000 [7.0] 17500[5.11 6500[1.9] 14 12.2 800[377 61 8079998 RF1 T2421 WAN 24000 [7.0] 17500[5.1] 6500[1 9] 15.5 13 800[377.6] 7940889 RBHP-17 24000 [7.0] 17500[5.1] 6500[1 9] 15 12.5 800[377.6] 7940572 RA1624AJ1 RH1 P2417STAN 24000 [7.0] 17500[5.1] 6500[1.9] 14.5 12.2 800[377.6] 7940890 RMT2417STAN 24000 [7.0] 17500[5.1] 6500[1.9] 16 13 800[377.6] 7940891 RH2T2421 WAN 24000 [7.0] 17500[5.11 6500[1 9] 16 13 700[330.4] 7940893 RH1V2417STAN 24000 [7.0] 17500[5.1] 6500[1.9] 16 13 850[401.2] 7940892 RH2V2421HTAC 24000 [7.0] 17500[5.1] 6500[1.9] 16 13 800[377.6] 7940894 RF1 P3024SPAN 28600 [8.4] 20000[5.9] 8600[2.5] 14 12.2 900[424.8] 8080142 RFiT3624MTAN 29800 [8.7] 21700[6.4] 8100[2.4] 16 13 1025[483.7] 7941341 RBHP-21 28800 [8.4] 19700[5.8] 9100[2.7] 16 13 1000[471 9] 7940903 RH1P3017STAN 28400 [8.3] 21400[6.3] 7000[2.1] 15 12.5 975[460.1] 7941342 RA1630AJ1 RH1T3617STAN 29000 [8.5] 22100[6.5] 6900[2.0] 16 13 1000[471.9] 7941343 RH1T3621HTAN 30000 [8.8] 22800[6.7] 7200 12 1] 16 13 1000[471.9] 8080143 RMT3621MTAN 30000 [8.8] 21100[6.2] 8900[2.6] 16 13 975[460.1] 7941344 RH1V3617STAN 29000 [8.5] 22200[6.5] 6800[2.0] 16 13 1025[483.7] 7941345 RH1V3621HTAN 30000 [8.8] 22800[6.7] 7200[2 1] 16 13 1000[471.9] 8080144 RH1V3621MTAN 30000 [8 8] 22800[6 71 7200[2.1] 16 13 1000[471.9] 7941346 RF1P3624SPAN 36000[10.6] 25600[7.5] 10400[3.0] 14.5 12.2 1100[519.1] 8178398 RF1 P3624STAN 25600[7.5] 10400[3.0] 0 RF1T3624MTAN 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1025[483 7] 8178399 RBHP-21 36000[10.6] 25600[7.5] 10400[3 01 16 13 1000[471.9] 8177893 111-11 P3017STAN 35000[10.3] 24100 17.1] 10900[3 2] 14.5 122 950[448.4] 8178400 131-11P3617STAN 35600[10.4] 25300[7.4] 10300[3.0] 14 12.2 1100[519.1] 8178401 RA1636BC1 RH1 P3621 STAN 35600[10.4] 25300[7.4] 10300[3.0] 14 12.2 1100[519.11 8178402 RHiT3617STAN 36000[10.6] 25600[7.5] 10400[3.0] 15.5 13 1200[566.3] 8178403 RH1T3621HTAN 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1200[566.3] 8178404 RH1T3621MTAN 36000[10.6] 25600[7.5] 10400[3 0] 15.5 13 1150[542.7] 8178405 RH1V3617STAN 36000[10.6] 25400[7.4] 10600[3.1] 15.5 13 1025[483.7] 8178406 RH1V3621HTAN 36000[10.6] 25600[7.5] 10400[3.0] 16 13 1200[566.3] 8178407 RMV36211VITAN 36000[10.6] 25600[7.5] 10400[3 0] 16 13 1200[566.3] 8178408 RH2V3624HTAC 36000[10.6] 25600[7 51 10400[3.0] 16 13 1200[566.3] 8178409 [ ]Designates Metric Conversions 40 INTEGRATED • • •- Air Performance Data 0 RAi6 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) Air Handler Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Air Handler BTU/H[kW] BTU/H[kW1 BTU/H[kW] SEER EER IL/S] AHRI# RF1 P3624SPAN 36000[10.6] 25600 [7.5] 10400[3.0] 14.5 12.2 1100[519.1] 8178921 RF1T3624MTAN 36000[10.6] 25600 [7.51 10400[3.0] 16 13 1025[483.7] 8178922 RBHP-21 36000[10.6] 25600 [7.5] 10400[3.0] 16 13 1000[471.9] 8178424 RH1 P3017STAN 35000[10 3] 24100 17.11 10900[3.2] 14.5 12.2 950[448.4] 8178923 RH1 P3617STAN 35600[10.4] 25300 [7.4] 10300[3.0] 14 12.2 1100[519.1] 8178924 RHi P3621 STAN 35600[10.4] 25300 [7.4] 10300[3.0] 14 12.2 1100[519.11 8178925 RA1636BJ1 RMT3617STAN 36000[10.6] 25600 [7.5] 10400[3.0] 15.5 13 1200[566.3] 8178926 RHiT3621HTAN 36000[10.6] 25600 [7.5] 10400[3.0] 16 13 1200[566.3] 8178927 RH1T3621MTAN 36000[10.6] 25600 [7.5] 10400[3.0] 15.5 13 1150[542.7] 8178928 RHiV3617STAN 36000[10.6] 25400 [7.4] 10600[3.1] 155 13 1025[483.7] 8178929 RH1V3621HTAN 36000[10.6] 25600 [7.5] 10400[3.0] 16 13 1200[566.3] 8178930 RH1V3621MTAN 36000[10.6] 25600 [7.5] 10400[3.0] 16 13 1200[566.3] 8178931 RH2V3624HTAC 36000[10.6] 25600 [7.5] 10400[3.0] 16 13 1200[566.3] 8178932 RBHP-24 41000[12.0] 26900 [7.9] 14100[4.1] 16 13 1400[660.7] 7942223 RH1 P4221STAN 40500[11.9] 29300 [8.61 11200[3.3] 14.5 12.2 1325[625.3] 7942552 RA1642AC1 RMT4821 MTAN 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1400[660.7] 8080627 RH1T4821STAN 41500[12.2] 30700 [9.0] 10800[3.2] 16 13 1400[660.7] 7942553 RH1 V4821WAN 42000[12.3] 31100 19.11 10900[3.2] 16 13 1425[672.5] 8080628 RH1V4821STAN 41500[12.2] 30700 [9.0] 10800[3.2] 155 13 1400[660.7] 7942554 RBHP-24 41000[12.0] 26900 [7.9] 14100[4.1] 16 13 1400[660.7] 7942559 RH1 P4221 STAN 40500[11.9] 29300 [8.6] 11200[3.3] 14.5 12.2 1325[625.3] 7942887 RA1642AJ1 RHiT4821MTAN 42000[12.3] 31100 [9.1] 10900[3.2] 16 1 13 1400[660.7] 8080742 RH1T4821STAN 41500[12.2] 30700 [9.0] 10800[3.2] 16 13 1400[660.7] 7942888 RH1 V4821 MTAN 42000[12.3] 31100 [9.1] 10900[3.2] 16 13 1425[672.5] 8080743 RHiV4821STAN 41500[12.2] 30700 [9.0] 10800[3.2] 155 13 1400[660.7] 7942889 RBHP-24 44000[12.9] 28900 [8.5] 15100[4.4] 16 13 1400[660.7] 7942894 RH1P4821STAN 44500[13.0] 32100 [9.4] 12400[3.6] 14.5 12 1500[707.9] 7943208 RHiT4821MTAN 46500[13.6] 36200[10.6] 10300[3.0] 16 13 1600[7551] 8080849 RH1T4821STAN 45000[13.2] 32000 [9.4] 13000[3.8] 16 13 1400[660.7] 7943209 RA1648AC1 RH1T4824STAN 45500[13.3] 33500 [9.8] 12000[3.5] 16 13 1550[731.5] 7943210 RH2T4824MTAN 46500[13.61 33100 [9.7] 13400[3.91 16 1 13 1400[660.7] 7943212 RH1 V4821 MTAN 45500[13 3] 34200[10.0] 11300[3.31 16 13 1425[672.5] 8080850 RH1V4821STAN 44500[13.0] 31500 [9.2] 13000[3.8] 16 13 1400[660.7] 7943211 RH2V4824HTAC 47000[13.8] 34900[10.2] 12100[3 5] 16 13 1600 1755.1] 7943213 RBHP-24 44000[12 9] 28900 [8.5] 15100[4.41 16 13 1400[660.7] 7943220 RH1 P4821 STAN 44500[13.0] 32100 [9.4] 12400[3.61 14.5 12 1500[707.9] 7943534 RH1 T4821 MTAN 46500[13.6] 36200[10.6] 10300[3.0] 16 13 1600[755.1] 8080956 RH1T4821STAN 45000[13.2] 32000 [9.4] 13000[3.8] 16 13 1400[660.7] 7943535 RA1648AJ1 RMT4824STAN 45500[13.3] 33500 [9.81 12000[3.5] 16 13 1550[731.5] 7943536 RH2T4824MTAN 46500[13.6] 33100 [9.71 13400[3.9] 16 13 1400[660.7] 7943538 RH1V4821MTAN 45500[13.3] 34200[10.0] 11300[3.3] 16 13 1425[672.5] 8080957 RH1V4821STAN 44500[13.0] 31500 [9.2] 13000[3.8] 16 13 1400[660.7] 7943537 RH2V4824HTAC 47000[13.8] 34900[10.21 12100[3.5] 16 13 1 1600[755.11 7943539 [ ]Designates Metric Conversions INTEGRATED HOME COMFORT41 Air Performance Data a RA16 Series Performance Data @ AHRI Standard Conditions- Cooling (con't.) Air Handler Ratings Outdoor Total Capacity Net Sensible Net Latent Indoor CFM Unit Air Handler BTU/H[kW] BTU/H[kW] BTU/H[kW] SEER EER IL/s] AHRI# RBHP-25 56000 116 4] 39100[11.5] 16900[5.0] 15 12.5 1800[849.5] 7943767 RH1 P6024STAN 57500[16.9] 41900[12.3] 15600[4.6] 14 11.7 1750[825.9] 7943934 RM T6021 STAN 56000[16.4] 37900[11.1] 18100[5.3] 15 125 1575[743.3] 8081034 RA1660AC1 RMT6024STAN 58000[17.0] 41200[12.1] 16800[4.9] 16 13 1600[7551] 7943935 RH2T6024STAN 57500[16.9] 40700[11.9] 16800[4 9] 15.5 13 1600[755.1] 7943937 RH1V6021STAN 56000[16.4] 38000[11.1] 18000[5.3] 15 12.5 1600[755.1] 8081035 RH1 V6024STAN 58000[17.0] 41200[12.1] 16800[4.9] 16 13 1600[755.1] 7943936 RH2V6024HTAC 58500[17.1] 42700[12.5] 15800[4 6] 155 13 1725[814 1] 7943938 RBHP-25 56000[16.4] 39100[11.5] 16900[5.0] 15 12.5 1800[849.5] 7943546 RI-11 P6024STAN 57500[16.9] 41900[12.3] 15600[4.6] 14 11.7 1750[825.9] 7943713 RMT6021STAN 56000[16.4] 37900[11.1] 18100[5.3] 15 12.5 1575[743.3] 8081112 RA1660AJ1 RM T6024STAN 58000[17.0] 41200[12.1] 16800[4.9] 16 13 1600[755 1] 7943714 RH2T6024STAN 57500[16.9] 40700[11.9] 16800[4.9] 15.5 13 1600[755.1] 7943716 RH1 V6021 STAN 56000[16.4] 38000[11.1] 18000[5.3] 15 12.5 1600[755.1] 8081113 RM V6024STAN 58000[17.0] 41200 112.1] 16800[4.9] 16 13 1600[755.11 7943715 RH2V6024HTAC 58500[17.1] 1 42700[12.5] 1 15800[4.6] 15.5 13 1725[814 1] 1 7943717 [ ]Designates Metric Conversions 42 INTEGRATED HOME COMFORT Air Performance Data a RA16 Series Performance Data Coy AHRI Standard Conditions- Cooling (con't.) RHWB Hydronic Air Handler Ratings Outdoor Hydronic Air Total Capacity Net Sensible Net Latent Indoor CFM Unit Handler Indoor Coil BTU/H[kW] BTU/H[kW] BTU/H[kW] SEER EER [Us] AHRI# RCF2417HTAM 24000 [7.0] 17500 [5.1] 6500[1.9] 16 13 875[413.0] 7940593 RCF2417MTAM 24000 [7.0] 17500 [5.11 6500[1.9] 16 13 875[413.0] 7940617 RA1624AJ1 RHWB-04WMX36B RCF2417STAM 24000 [7.0] 17500 [5.1] 6500[1.9] 16 13 875[413.0] 7940642 RCF2421MTAM 24000 [7.0] 17500 [5.1] 6500[1.9] 16 13 875[413.0] 7940707 RCF2421HTAM 24000 [7.0] 17500 [5.1] 6500[1.9] 16 13 875[413.0] 7940674 RCF3617STAM 28400 [8.3] 21100 [6.2] 7300[2.1] 16 13 875[413.0] 7940924 RA1630AJ1 RHWB-04WMX366 RCF3621 MTAM 30000 [8.8] 22800 [6.7] 7200[2.1] 16 13 1075[507.3] 7940966 RCF3621 STAM 28600 [8.4] 21400 [6.3] 7200[2.11 16 13 900[424.8] 7941010 RCF3617STAM 28800 [8.4] 21800 [6.4] 7000[2.1] 16 13 975[460.1] 7940925 RA1630AJ1 RHWB-06WMX48B RCF3621 MTAM 30000 [8.8] 22800 [6.7] 7200[2.1] 16 13 1000[471.9] 7940967 RCF3621 STAM 29000 [8.5] 22100 [6.5] 6900[2.0] 16 13 1000[471.9] 7941011 RCF3617STAM 35800[10.5] 25200 [7.4] 10600[3.1] 15.1 12.5 1025[483.7] 8177914 RA1636BC1 RHWB-04WMX36B RCF3621MTAM 36000[10.6] 25600 [7.5] 10400[3.0] 15.5 13 1075[507.3] 8177984 RCF3621STAM 36000[10.6] 25500 [7.5] 10500[3.1] 15.1 12.5 1050[495.5] 8178031 RCF3617STAM 35600[10.4] 24800 [7.3] 10800[3.2] 15.1 12.5 975[460.1] 8177915 RA1636BC1 RHWB-06WMX48B RCF3621 MTAM 36000[10.6] 24800 [7.3] 11200[3.3] 15.5 13 1000[471.9] 8177985 RCF3621 STAM 35600[10.4] 24800 [7.3] 10800[3.2] 15.1 12.5 975[460.1] 8178032 RCF3617STAM 35800[10.5] 25200 [7.4] 10600[3.11 15.1 12.5 1025[483.7] 8178445 RA1636BJ1 RHWB-04WMX36B RCF3621 MTAM 36000[10.6] 25600 [7.5] 10400[3.0] 15 5 13 1075[507.3] 8178513 RCF3621 STAM 36000[10.6] 25500 [7.5] 10500[3.1] 15.1 12.5 1050[495.5] 8178559 RCF3617STAM 35600[10.4] 24800 [7.3] 10800[3.2] 15.1 12.5 975[460.11 8178446 RA1636BJ1 RHWB-06WMX48B RCF3621 MTAM 36000[10.6] 24800 [7.3] 11200[3.3] 15.5 13 1000[471 9] 8178514 RCF3621 STAM 35600[10.4] 24800 [7.3] 10800[3 21 15.1 12.5 975[460.11 8178560 RA1642AC1 RHWB-04WMX36B RCF4821STAM 40500[11.9] 28600 [8.4] 11900[3.5] 15.5 13 1200[566.3] 7942261 RA1642AC1 RHWB-06WMX48B RCF4821 STAM 40500[11.9] 28800 [8.4] 11700[3.4] 15.1 12.5 1250[589.9] 7942262 RA1642AC1 RHWB-08WRX60B RCF4824STAM 41500[12.2] 30400 [8.9] 11100[3.3] 16 13 1350[637.11 7942334 RA1642AC1 RHWB-10WRX60B RCF4824STAM 41500[12.2] 30700 [9.0] 10800[3.2] 16 13 1400[660.7] 7942335 RA1642AJ1 RHWB-04WMX36B RCF4821STAM 40500[11.9] 28600 [8.4] 11900[3.5] 15.5 13 1200[566.3] 7942597 RA1642AJ1 RHWB-06WMX48B RCF4821STAM 40500[11.9] 28800 [8.4] 11700[3.4] 15.1 12.5 1250[589.9] 7942598 RA1642AJ1 RHWB-08WRX60B RCF4824STAM 41500[12.2] 30400 [8.9] 11100[3.3] 16 13 1350[637.1] 7942670 RA1642AJ1 RHWB-10WRX60B RCF4824STAM 41500[12.2] 30700 [9.0] 10800[3.2] 16 13 1400[660.7] 7942671 RA1648AC1 RHWB-04WMX36B RCF4821STAM 43500[12.7] 29300 [8.6] 14200[4.2] 15.5 13 1200[566.3] 7942924 RA1648AC1 RHWB-06WMX48B RCF4821STAM 43500[127] 29300 [8.6] 14200[4.2] 15.5 13 1200[566.3] 7942925 RA1648AC1 RHWB-08WRX60B RCF4824STAM 44500[13.0] 31100 [9.1] 13400[3.9] 16 13 1325[625.3] 7942996 RA1648AC1 RHWB-10WRX60B RCF4824STAM 45000[13.2] 32600 [9 6] 12400[3.6] 16 13 1500[707.9] 7942997 RA1648AJ1 RHWB-04WMX36B RCF4821STAM 43500[12.7] 29300 [8.6] 14200[4.2] 15.5 13 1200[566.3] 7943250 RA1648AJ1 RHWB-06WMX48B RCF4821STAM 43500[12.7] 29300 [8.6] 14200[4.2] 155 13 1200[566.3] 7943251 RA1648AJ1 RHWB-08WRX60B RCF4824STAM 44500[13.0] 31100 [9.1] 13400[3.9] 16 13 1325[625.3] 7943322 RA1648AJ1 RHWB-10WRX60B RCF4824STAM 45000[13 2] 32600 [9.6] 12400[3.6] 16 13 1500[707.9] 7943323 RA1660AC1 RHWB-08WRX60B RCF6024STAM 57000[16.7] 39400[11.5] 17600[5.2] 15.5 13 1500[707.9] 7943822 RA1660AC1 RHWB-10WRX60B RCF6024STAM 58000[17.0] 42200[12.4] 15800[4.6] 15.5 13 1725[814.1] 7943823 RA1660AJ1 RHWB-08WRX60B RCF6024STAM 57000[16.7] 39400[11.5] 17600[5.2] 15.5 13 1500[707.9] 7943601 RA1660AJ1 I RHWB-10WRX60B RCF6024STAM 1 58000[17.0] 42200[12.4] 15800[4.6] 15.5 13 1725[814.1] 7943602 [ ]Designates Metric Conversions INTEGRATED • COMFORT ' --on Guide Specifications ' Air I RA16 Series GUIDE SPECIFICATIONS General AIR-COOLED,SPLIT-SYSTEM AIR CONDITIONER System Description RA16 Outdoor-mounted, air-cooled, split-system air conditioner com- 1-1/2 TO 5 NOMINAL TONS posite base pan unit suitable for ground or rooftop installation. Fans Unit consists of a hermetic compressor, an air-cooled coil, pro- — Condenser fan will be direct-drive propeller type, discharging peller-type condenser fan, suction and legend line service valve, air upward. and a control box.Unit will discharge supply air upward as shown — Condenser fan motors will be totally enclosed, 1-phase type on contract drawings. Unit will be used in a refrigeration circuit to with class B insulation and permanently lubricated bearings. match up to a coil unit. Shafts will be corrosion resistant. Quality Assurance — Fan blades will be statically and dynamically balanced. — Unit will be rated in accordance with the latest edition of AHRI — Condenser fan openings will be equipped with coated steel Standard 210. wire safety guards. — Unit will be certified for capacity and efficiency, and listed in Compressor the latest AHRI directory. — Compressor will be hermetically sealed. — Unit construction will comply with latest edition of ANSI/ _ Compressor will be mounted on rubber vibration isolators. ASHRAE and with NEC. — Unit will be constructed in accordance with UL standards and Condenser Coil will carry the UL label of approval. Unit will have c-UL-us — Condenser coil will be air cooled. approval. — Coil will be constructed of aluminum fins mechanically bonded — Unit cabinet will be capable of withstanding ASTM 8117 1000- to copper tubes. hr salt spray test. Refrigeration Components —Air-cooled condenser coils will be leak tested at 150 psig and — Refrigeration circuit components will include liquid-line shutoff pressure tested at 550 psig. valve with sweat connections, vapor-line shutoff valve with — Unit constructed in IS09001 approved facility. sweat connections, system charge of R-410A refrigerant, and Delivery,Storage,and Handling compressor oil. — Unit will be shipped as single package only and is stored and — Unit will be equipped with filter drier for R-410A refrigerant for handled per unit manufacturer's recommendations. field installation. Warranty(for inclusion by specifying engineer) — U.S.and Operating Characteristics Canada only. —The capacity of the unit will meet or exceed Btuh at a suction temperature of °F/°C. The power consumption Products at full load will not exceed kW. Equipment — Combination of the unit and the evaporator or fan coil unit will have a total net cooling capacity of Btuh or greater at Factory assembled, single piece, air-cooled air conditioner unit. conditions of CFM entering air temperature at the evap- Contained within the unit enclosure is all factory wiring, piping, orator at °F/°C wet bulb and °F/°C dry bulb, and controls,compressor,refrigerant charge R-41 OA,and special fea- air entering the unit at °F/°C. tures required prior to field start-up. —The system will have a SEER of Btuh/watt or greater at Unit Cabinet DOE conditions. — Unit cabinet will be constructed of galvanized steel, bonder- Electrical Requirements ized, and coated with a powder coat paint. — Nominal unit electrical characteristics will be v, single —All units constructed with louver coil protection and corner post. phase,60 hz.The unit will be capable of satisfactory operation Louver can be removed by removing one fastener per louver within voltage limits of v to V. panel. — Nominal unit electrical characteristics will be v, three phase,60 hz.The unit will be capable of satisfactory operation within voltage limits of v to V. — Unit electrical power will be single point connection. — Control circuit will be 24v. Special Features — Refer to section of this literature identifying accessories and descriptions for specific features and available enhancements. COMFORT44 INTEGRATED HOME Air Limited Warranty �i I RAI 6 Series GENERAL TERMS OF LIMITED WARRANTY* Rheem will furnish a replacement for any part of this product Conditional Parts which fails in normal use and service within the applicable (Registration Required)...............................Ten(10)Years period stated,in accordance with the terms of the limited warranty. *For complete details of the Limited and Conditional Warranties,including applicable terns and conditions,contact your local contractor or the Manufacturer for a copy of the product warranty certificate. / 1 1 The new degree of comfort- In keeping with its policy of continuous progress and product improvement,Rheem reserves the right to make changes without notice Rheem Heating,Cooling&Water Heating • PO Box 17010 Rheem Canada Ltd./Ltee • 125 Edgeware Road,Unit 1 Fort Smith,Arkansas 72917 • www rheem.com Brampton,Ontario • L6Y OP5 -D' INTEGRATED HOME COMFORT PRINTED IN U S A 11/15 OG FORM NO A11-222 REV 5 Air Gas Furnaces / a R96V Series 11 The new degree of comfort'" _ Rheem Prestige® Series Communicating Two Stage Variable Speed Multi position Gas Furnaces R96V Series 96% A.F.U.E.t Input Rates from 40 to 115 kBTU [11.72 to 33.71 kW] All Models except R96VA085 . ) to F U.E (Annual Fuel Utilization Efficiency)calculated In accordance with Department of Energy test procedures q. • 96% residential gas furnace CSA certified • Low profile"34 inch"cabinet ideal for space constrained • 4 way multi-poise design installations. • Two stages of operation to save energy and maintain optimal • Blower Shelf design—serviceable in all furnace orientations comfort level. • Pre marked hoses—insures proper system drainage • Variable speed blower motor technology provides ultimate • Vent with 2" or 3" PVC humidity control,quieter sound levels,and year round energy . Replaceable Collector box savings. • EcoNetT""enabled HVAC Product • Hemmed edges on cabinet and doors • Quarter turn fasteners for tool less access • PlusOne'"" Diagnostics 7-Segment LED all units • Integrated control boards feature dip switches for easy • PlusOne'"Ignition System—DSI for reliability and longevity system set up • PlusOne'"Water Management System with patented Blocked a Self priming condensate trap Drain Sensor • Solid bottom included • Heat exchanger is removable for improved serviceability. . Compatible with single or two stage thermostats. For optimal Aluminized steel primary and stainless steel secondary con- performance a two stage thermostat is recommended. struction provide maximum corrosion resistance and thermal fatigue reliability. INTEGRATED HOME •- FORM NO G11-540 REV 6 Table of Contents Air R96V Series a TABLE OF CONTENTS Standard&Optional Equipment ......................................................................3 Physical Data&Specifications ........................................................................4 Model Number Identification............................................................................5 DimensionalData............................................................................................6 Blower Performance Data................................................................................7 Accessories....................................................................................................8 LimitedWarranty ............................................................................................9 INTEGRATED . COMFORT �e Standard&Optional Equipment 0 Air I R96V Series REMOTE SENSOR A-5 IR I - I DIRECT SPARK IGNITION& REMOTE SENSOR PRIMARY AND SECONDARY t HEAT EXCHANGER " GAS VALVE AND MANIFOLD 4 IN-SHOT BURNERS a a t �a DRAFT INDUCER PRESSURE SWITCHES ii - BLOCKED DRAIN SENSOR E3 ' ECM MOTOR CONTROLBOARD STANDARD EQUIPMENT OPTIONAL EQUIPMENT Completely assembled and wired; blocked drain sensor,7 Side and bottom filter racks;return air cabinet for all sizes. segment LED and marked hoses; heat exchanger; primary: NOTE: Furnace is not listed for use with fuels other than natural aluminized steel,secondary:29-4C stainless steel;2 stage or L.P.(propane)gas. induced draft; pressure switches; redundant 2 stage main gas All models can be converted by a qualified distributor or local control; blower compartment door safety switch;solid state service dealer to use L.P.(propane)gas without changing burn- time on/off o blower control; limit controls; manual shut-off ers. Factory approved kits must be used to convert from valve; 100%safety lock out;cool fan off delay;field selectable natural to L.P.(propane)gas and may be ordered as optional heat fan off delay;one hour automatic retry; power and self- accessories from a parts distributor. test diagnostics;flame sense current diagnostics;electronic For L.P.(propane)operation,refer to Conversion Kit Index Form. air cleaner connections; humidifier connections; humidifier on/off delay; low speed continuous fan option;single speed option for heating and cooling applications;transformer;direct drive,variable speed electrically commutated blower motor WARNING (ECM).Solid bottom. (Please note:a thermostat is not 1APPROVED included as standard equipment.) THIS FURNACE IS 1' RECOMMENDED 1' USE IN MOBILEHOMES INTEGRATED HOME COMFORT Air Physical Data&Specifications a R96V Series Physical Data and Specifications-Upflow Models U.S.and Canadian Models MODEL NUMBERS R96VA0402317MSA R96VA0602317MSA R96VA0702317MSA R96VA0852521MSB R96VA1002521MSA R96VA1152524MSA HIGH FIRE INPUT BTU/HR[kW] i0 42,000[12.31] 56,000[16.41] 70,000[20 501 84,000[24 611 98,000[28.72] 112,000[32.82] LOW FIRE INPUT 29,400 [8 611 39,200[11 49] 49,000[14.36] 58,800[17 231 68,600[20.11] 78,400[23.00] HEATING CAPACITY BTU/HR[kW] 41,000[12 021 55,000[16.12] 68,000[19.93] 82,000[24.03] 95,000[27 84] 109,000 131941 HIGH ALTITUDE OUTPUT 36,288[10.64] 48,384[14.18] 60,480[17.72] 72,756[21.27] 84,672[24.811 96,768[28.36] 10%DEBATE[kW]OO BLOWER(DxW) 11 x7 11 x8 11 x8 11 x10 11 x10 11 x11 [mm] 1279 x 178] [279 x 203] [279 x 203] [279 x 254] [279 x 254] [279 x 2791 MOTOR H.P.[W]- 1/2[373]E.C.M. 1/2[373]E C M 1/2[373]E.0 M 3/4[559]E.C.M. 3/4[559]E.C.M. 3/4[559]E.C.M. TYPE MIN.CIRCUIT AMPACITY 8.00 7.00 9.00 12.00 1200 12.00 MIN.OVERLOAD PROTECTION DEVICE 15.00 15.00 15.00 15.00 15.00 15.00 MAX.OVERLOAD PROTECTION DEVICE 15.00 15.00 15.00 2000 20.00 15.00 MINIMUM EXT.STATIC PRESSURE .18[,045] .20[.050] .23[.057] .28[.070] .28[.070] .28[.070] (IN.W.0)[kPa] MAXIMUM EXT.STATIC PRESSURE 1.0[0.249] 1.0[0.249] 1.0[0.249] 1.0[0.249] 1.0[0.249] 1.0[0.249] (IN WC)[kPa] HEATING CFM @.2"[.049 kPa] 1050[496] 1025[484] 1015[479] 1470[694] 1710[807] 1450[684] WC E S P [Us] COOLING CFM @.5"[.124 kPa] 1050[496] 1050[496] 1050[496] 1750[826] 1750[826] 1750[826] W.C.E.S.P.[Us] TEMPERATURE RISE-HIGH FIRE 20-50 30-60 40-70 30-60 40-70 45-75 RANGE IN DEGREES°F[°C] [11 -281 [17-331 [22-391 [17-331 [22-391 [25-421 TEMPERATURE RISE-LOW FIRE 15-45 20-50 30-60 20-50 30-60 35-63 RANGE IN DEGREES°F[°C] [8-251 [11 -281 [17-331 [11 -281 [17-331 [19-361 APPROX.SHIPPING WEIGHT 128[58] 128[58] 132[60] 147 5[67] 152[69] 165[75] (LBS.)[kg] AFUE OO 96.00% 1 96.00% 1 96.00% 1 96.00% 96.00% 1 96.00% NOTES: All models are 115V,60HZ,1 phase Gas connection size for all models is 1/2"[13 mm]N.PT. O Installation instructions for high altitude derate. Canadian installations only. O In accordance with D.O.E.test procedures. "`S=Standard Models NOTE-Standard model complies with California low nox requirements. [ ]Designates Metric Conversions Air IModel Number Identification R96V Series Model Number Identification R 96 V A — 040 2 3 17 M S A Rheem 96% Motor- Design Series Input Stage-Two Airflow Cabinet Width Configuration- S=Standard Revision- Efficient ECM A=1 st Design BTU/HR 3-Up to 3 Tons 17=17.5" Multi-Position Marketing 040=42,000 [12.31 kW] 5-Up to 5 Tons 21 =21.0" (A-First Time 060=56,000 [16 41 kW] 24=24.5' Release) 070=70,000 [20.51 kW] (B-First 085=84,000 [24.62 kW] Revision) 100=98,000 [28 72 kW] 115=112,000[32 82 kW] [ ]Designates Metric Conversions INTEGRATED HOME COMFORT Air Dimensional Data 0 R96V Series FRONT BOTTOM TOP A 121/3f I�15/8,. [42mm] -I I- [41 mm] B B OPTIONAL I I OPTIONAL VENT OUTLET 5/16" COMBUSTION AIR 5/8" KNOCKOUT [8 mm] INLET KNOCKOUT [16 mm] [16 mm] SUPPLY AIR O 192/32" A 247/8" [504 mm] a [631 mm] 261/4' F 24" 23/32" [667 mm] o [633 mm] RETURN [590 mm] yy AIR 1925/32" [502 mm] 34" IN [864 mm] 9/32" [17 mm] 13/4° 121/36111 2° C [45 mm] 142 mm] O A 263/16'1665 mm] 253/16"1656 mm] 44 295/e"[752 mm] IN 257/16"[646 mm] 28176"[713 mm] 235/16'[593 mm] OPTIONAL CONDENSATE OPTIONAL 11/6 1927/32"1504 mm] 5/e.� 225/,6"[567 mm] DRAIN(DOWNFLOW) CONDENSATE DRAIN [28 mm] [16 mm] (DOWNFLOW) OPTIONAL TRAP 2231/32" LOCATION [583 mm] (HORIZONTAL) ]',.NAL ° GAS CONNECTION GAS 32�/e" TRAP LOCATION CONNECTION [835 mm] 'I (HORIZONTAL) t3 OPTIONAL TRAP 291/,6" 23 /te" OPTIONAL COMBUSTION [605 mm] VENT LOCATION LOCATION 291/32" [738 mm] (HORIZONTAL) OPTIONAL CONDENSATE [738 mm] DRAIN(UPFLOW) ° OPTIONAL VENT 261/e" r AIR INLET 171/2" [583 mm] 177/,8" r [445 mm] [443 mm] - pDNAL LOW VOLTAGE CONDENSATE DRAIN 263/16" 0' WIRING (UPFLOW) 181/6" 3221/32' [665 mm] 14 ELECTRICAL CONNECTION 1461 mm] [829 mm] [356 m PTIONAL LINE VOLTAGE m] LINE VOLTAGE WIRING ELECTRICAL CONNECTION L LOW VOLTAGE J 225/8"[575 mm] go 23'[584 mm] IN. 243/,8"[614 mm] No, W 111/x2" 11" 8" 265/16"[668 mm] [203 mm] [280 mm] [279 mm] [203 mm] RIGHT SIDE LEFT SIDE UNIT DIMENSIONS (CLEARANCE TO COMBUSTIBLES) MODEL LEFT MINIMUM CLEARANCE(IN.)[mm] SHIP FLANGE DIMENSIONS R96V SIDE RIGHT BACK TOP FRONT VENT WGTS. A B C SIDE 040 0 0 0 1 [25] 2[51] 0 123.5[56] 171/2[445] 1617/64[413] 1613/64[412] 060 0 0 0 1 [25] 2[51] 0 128 [58] 171/2[445] 1617/64[413] 1613/64[412] 070 0 0 0 1 [25] 1 2[51] 0 132 [60] 171/2[445] 1617/64[413] 1613/64[412] 085 0 0 0 1 [25] 2[51] 0 147.5[67] 21 [533] 1949/64[502] 1945/64[500] 100 0 0 0 1 [25] 2[51] 0 152 [69] 21 [533] 1949/64[502] 1945/64[500] 115 0 0 0 1 [25] 2 1511 0 165 [75] 241/2[662] 2317/64[591] 2313/64[589] *A service clearance of at least 24"Is recommended In front of all furnaces [ ]Designates Metric Conversions Supply and return depicted as upflow configuration. Flange configuration will vary depending on Installation orientation. r p mcn T-10 TDO y CLCL O C z m o D O 7 mm o. *��� :O rt R g TC') nC7 n= n= ^S N o O D 0= D C:) D= p 3 C w r r L7 --I O Cz* Cz= g c c7 o� o� o� o� o� o� o� o O� o� o� O� o* o* O� C, m CA z A T A z A -Tj9 A Z A -'nC7 A z A T A Z W T W z W -n W Z CJl TCT z z TCT S � 3 II II 11 II II II II II II II II II 11 II II II T. cn cn Cf) cn cn cn cn O cn * O* O O O 0 0 o* o* O* O* _ _ _ _ _ _ _ _ z CT Z CJ7 TCT T CT z CT Z CT TCT TCT Z Z T -n O Z O -n CA m CA N � II II II II II II II II pj II II II II II II II II o co CO Z C O co -+W N CT i O W V N Ln —co V i W A l N O 1 W O A CO —co V U7 1 W CIo W cD A N CT V CO A N W O V CO O (b O CO O NCO N W O 07 N V O CO O O C CAA OD CT Om NOD W m 00 W CT (AC" (A V �C fA0 COO 00 OO ODO O7� W CCD F!Y a A co CDC 1 W N CT W m W V N CT CO V A W .P.1 1 CA CT-` W V -P CD W V CJ1""` A co 1 QO/ W CO AN CT V CO AN W O V COO O 1 i CJ7 CT W N (A W ON (b ODO O f A A f A U l O cm NCD W CJ 1 O O W C T C A CS u O u O A O V U 7 (A O O 0 C T O A r W f V rA a s to o>, • a W NCT 3m W V NCT W V -Z co �1 W V ZW V ACO AO U1 AO Al OV co CO AN CT V m AN W O V CO O W O CO O T V N O N O M A C T V O • CAA W CT OO NC)D M'" OO W CT m0 OO OCS u0 CTO CTO 2 ODO CO CT i V • H a S CD C W V SCO A10 W1 CO A� C)TN 01A [b V ACO W V W 01 T W V Cb CO .Tl1 W CTN (A.P OOD W V N CA O N CA coW N W V O O O N N V cn m W COV N NCl ACO CO COD' COW OCD an uO CAO V al W c AO COO W O W c AO O N i Cc co co co JL6 i W V A C D A Cn O W A Cn CT N Tp W V W N W� �W V C) p)A W. V(D OD 1 O D V C A W CO c C O E V N C A O N O :18 C T O W W O O C A O N O O O O N N W ACD CAO cD W ,�O OCT ,_,O O O ,_, O O OCT O O "O VCT W O V O N i m W a CD m W to m v a y o W V .P C10 1 AD U1 NN � W V AOCD mCT 1UN T i;3 :4 UAWA:i� .ia 3V OD WCO CO0 OWCO CT V O N CT m 0 00OCT VN 00w OCT NN O — AO O En c:5 O O C2 O O O O O O En N O OO O JN � .� A m E a N Accessories —015 Air R96V Series VENT TERMINATION KITS: = FOR HIGH ALTITUDES: RXGY E02:Vertical/Horizontal Concentric Vent Termination Kit NOTE:For Canadian installations only,an optional derate(manifold 2" Pipe(US Only) gas pressure reduction)method may be used to adjust the furnace for altitude.See Installation Instructions for more RXGY EO2A:Vertical/Horizontal Concentric Vent Termination Kit Information.This optional method may NOT be used for U.S. 2" Pipe(US&Canadian) installations.See installation instructions as appropriate orifice RXGY E03:Vertical/Horizontal Concentric Vent Termination Kit change is required. 3" Pipe(US Only) RXGY EO3A:Vertical/Horizontal Concentric Vent Termination Kit L.P.CONVERSION KIT.RXGJ-FP34 3" Pipe(US&Canadian) CONDENSATE PUMP KIT:PROSTOCK&1 PC13151TUL RXGY G02:Direct Vent Furnace Side Wall Vent 2"or 3" (US Only) DOWNFLOW/HORIZONTAL CONVERSION KIT:RXGY-CK RXGY 005:Combustion Air Drain Kit 2" DOWNFLOW/HORIZONTAL LEFT ZERO CLEARANCE CONVERSION KIT:RXGY ZK RXGY DO6:Combustion Air Drain Kit 3" COMBUSTIBLE FLOOR BASE:RXGC-1317 NEUTRALIZER KIT. RXGY AO1 RXGC-621 (Replacement Cartridge 54-22120-01) RXGC-1324 EXTERNAL BOTTOM FILTER(UPFLOW/HORIZONTAL)RACK: ECONET CONTROL RXGF-CB RECOMMENDED COMMUNICATING FURNACE CONTROL EXTERNAL SIDE(UPFLOW)FILTER RACK: RXGF-CD EXTERNAL(DOWNFLOW)FILTER RACK:RXGF-CC FILTER RACK FILTER SIZES*INCHES[mm] MODEL (UPFLOW/ RXGF-CD RXGF-CC HORIZONTAL) (UPFLOW) (DOWNFLOW) R96VA040 153/4 x 25 153/4 x 25 12 x 20 [400 x 6351 [400 x 635] [305 x 5081 R96VA060 153/4 x 25 153/4 x 25 12 x 20 RETST600SYS [400 x 635] [400 x 635] [305 x 508] R96VA070 153/4 x 25 153/4 x 25 12 x 20 CONTRACTOR BENEFITS: 1400 x 635] 1400 x 6351 [305 x 508] •Auto/Self Configuration R96VA085 191/4 x 25 153/4 x 25 12 x 20 •Day-at-a-glance scheduling,with programmable fan [489 x 635] [400 x 6351 [305 x 508] •Intuitive wiring connections R96VA100 191/4 x 25 153/4 x 25 12 x 20 •Dual fuel ready [489 x 6351 [400 x 635] [305 x 5081 •Automatically optimizes airflow, R96VA115 223/4 z 25 153/4 x 25 14 x 20 •System status&mode information 1578 x 6351 [400 x 635] [356 x 508] •Complete diagnostic information on display *Filter racks are shipped without filters. HOMEOWNER BENEFITS: Filters shipped with fumace may be used or a suitable 1"[25.4 mm]filter. •Large,easy to read icons and characters [ ]Designates Metric Conversions •Auto-mode control •Smart recovery •Continuous Fan Mode(5 speeds) •Humidity Control INDOOR COIL CASINGS •Water heater,pool heater integration*(check model compatibility) MODEL NUMBER *ECONET CONTROL ACCESSORIES: Wall Plate=RCPN-AMC08 RXBC-D17A1 Face Plate=RETSTFPL RXBC-D21A1 RXBC-D21 B1 IMPORTANT Existing Comfort Control'System Condensing Units& RXBC D24A1 Heat Pumps are compatible with EcoNet when matched with a R96V Gas Furnace and with an EcoNet Translator(RETRN62OCC2)installed on the Comfort Control'System control board. *Available through PROSTOCK®. INTEGRATED . COMFORT Air Limited Warranty 0 R96V Series r GENERAL TERMS OF LIMITED WARRANTY* Rheem will furnish a replacement for any part of this product Parts............................................................Ten (10)Years which fails in normal use and service within the applicable Heat Exchanger.........................................Limited Lifetime period stated,in accordance with the terms of the limited Limited Lifetime warranty. Conditional Unit Replacement *For complete details of the Limited and Conditional Warranties,including (Registration Required)...............................Ten (10)Years applicable terms and conditions,contact your local contractor or the Manufacturer for a copy of the product warranty certificate. 40 INTEGRATED • COMFORT 9 � rr The new degree of comfort" In keeping with its policy of continuous progress and product improvement,Rheem reserves the right to make changes without notice Rheem Heating,Cooling&Water Heating • P.O.Box 17010 Rheem Canada Ltd./Ltee • 125 Edgeware Road,Unit 1 Fort Smith,Arkansas 72917 • www rheem com Brampton,Ontario • L6Y 0135 INTEGRATED HOME COMFORT PRINTED IN U S A 1/17 OG FORM NO G11-540 REV.6 Indoor Coils ' a Air RCF Series � 11 The new degree of comfort- _ - 17 Cased/Uncased Coils For Gas And Oil Furnaces 01 RCF- Series featuring Industry Standard R-410A Refrigerant �. Airflow Capacity 600-1,900 CFM [283-897 Vs] B 9i us UM (TXV Metering Device Shown) *mss • Rheem®Indoor Furnace cased coils and replacement • Approved for system application with variety of Rheem uncased coils are designed for use with Rheem outdoor outdoor units. units and are available for vertical upflow or downflow,and . Condensate drain pan is constructed of high grade,heat horizontal left or horizontal right airflow.When matched resistant,corrosion free thermal-set material. with Rheem outdoor units,the coils provide a nominal . Compatible with Germicidal Light System(UV resistant) capacity range from 18,000 BTU/HR[5.24 kW]to 60,000 BTU/HR[17.6 kW]. • Bi-Directional airflow eliminates the need to switch any • Constructed of aluminum fins bonded to internally grooved internal components from horizontal left to right. aluminum tubing. • Unique drain pan design maximizes application flexibility • Coils are tested at the factory with an extensive refrigerant and condensate removal. leak check. • N-Coil design maximizes performance and minimizes height • Coils have copper sweat refrigerant connections. required at installation. • Feature two sets of 3/4" [14.1 mm] N.P.T.Condensate drain • Coils are AHRI certified for system application with a variety connections for ease of connection. of Rheem outdoor units. • Chatleff metering device connections,at inlet and outlet of TXV or EEV and equalizer connections(TXV only). INTEGRATED HOME COMFORT FORM NO C11-224 REV 4 Air Table of Contents 0 RCF Series TABLE OF CONTENTS Model Number Identification............................................................................3 Coil Specifications ......................................................................................4-5 Coil Dimensions and Weights........................................................................6-7 Accessories ................................................................................................8-9 LimitedWarranty ..........................................................................................10 INTEGRATED HOME COMFORT Air Model I D a RCF Series Model Number Identification R C F 24 17 S T A M U A tOption Code 'TBD Minor Series"' TXV MODELS AVAILABLE Component Change Cost Reduction RCF2414STAMCA RCF3624MTAVUA Non-performance Changes RCF2417STAMCA RCF4821STSVUA Casing RCF2417MTAMCA RCF4821MTAVUA = d C=Cased Cased RCF2421MTAMCA RCF4824STAVUA C Orientation RCF3617STAMCA RCF6021STAVUA M=Multipoise RCF3621STAMCA RCF6024STAVUA V =Vertical only/convertible H =Ded.Horizontal Only RCF3621 MTAMCA RCF2417HTAMCA Major Series* RCF3621 HTAMCA RCF2421 HTAMCA Feature Set Change RCF3624MTAMCA RCF3624HTAMCA Performance Change RCF4821STAMCA RCF4824HTAMCA Metering Device RCF4821 MTAMCA RCF6024HTAMCA T =TEV E =EEV RCF4824STAMCA RCF2417HTAVUA P =Piston RCF6021STAMCA RCF2421HTAVUA Efficiency RCF6024STAMCA RCF3624HTAVUA S =Standard Efficiency M=Mid Efficiency RCF2414STAVUA RCF4824HTAVUA H =High Efficiency RCF2417STAVUA RCF6024HTAVUA Width RCF2417MTAVUA RCF2417SPAVUA 14=14"[356 mm] 17=17 5"[431.8 mm] RCF2421 MTAVUA RCF3617SPAVUA 21 =21"[533.4 mm] RCF3617STAVUA RCF3621SPAVUA 24=24.5"[609.6 mm] Capacity RCF3621STAVUA RCF4821SPAVUA 24-2 Ton RCF3621 MTAVUA RCF4824SPAVUA 36-3 Ton RCF3621 HTAVUA 48-4Ton 60-5Ton Type F=Furnace Cod EEV MODELS AVAILABLE H=Air Handler Cod Product Category RCF2417SEAMCA RCF2417SEAVUA C=Evaporator Coil RCF3617SEAMCA RCF3617SEAVUA Rheem RCF2421MEAMCA RCF2421MEAVUA RCF3621MEAMCA RCF3621MEAVUA [ ]Designates Metric Conversions RCF6021SEAMCA RCF6021SEAVUA RCF6024MEAMCA I RCF6024MEAVUA INTEGRATED • • •- -D Air Cod Specifications a RCF Series Table 1: Coil Specifications/Airflow Pressure Drop Appro Face Fins Wet Coil Static Pressure Drop(Inches W.C.)[kPal @ CFM[L/sl -(Coil Only) Coil Design Cooling Area Per Nominal Madel Air Flow Sq.Ft. Inch/ Width Capacity (-)CF Range CFM [m2] Rows 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 [US] Deep [2831 [3301 [3781 [4251 14721 [5191 [566] [6141 [6611 [7081 [7551 [8021 [8501 [8971 RCF2414STAM 600/900 4.56 16/2 14 0.165 0209 0.262 0.325 - - - - - - - - - - 1283/425] [0.42] RCF2417STAM 600/900 4.56 16/2 1.5-2 0.120 0.157 0.199 0.246 - - - - - - - - - - RCF2417SEAM [283/425] [0.42] RCF2417MTAM 600/900 5.70 16/2 17 0.113 0145 0181 0 222 - - - - - - - - - - [283/425] RCF3617STAM 700/1300 5.70 16/2 2.5-3 0.113 0.145 0.181 0.222 0.266 0.315 0.368 - - - - - - - RCF3617SEAM [330/614] RCF2421 MTAM 600/900 5.70 16/2 0.113 0.145 0.181 0.222 - - - - - - - - - - 1.5-2 RCF2421 MEAM [283/425] [0.52] RCF2421HTAM 600/900 5.70 16/2 0.113 0.145 0.181 0.222 - - - - - - - - - - 1283/425] [0.52] RCF3621STAM 700/1300 570 16/2 0.113 0.145 0181 0.222 0.266 0.315 0.368 - - - - - - - 1330/614] [0.52] RCF3621 MTAM 700/1300 8.55 16/2 2.5-3 0.062 0.086 0.112 0.140 0.170 0.202 0 236 - - - - - - - RCF3621MEAM [330/614] [0 79] 21 RCF3621 HTAM 700/1300 7 60 13/3 0.106 0.125 0146 0169 0.194 0 221 0 251 - - - - - - - [330/614] [0.70] RCF4821 MTAM 1100/1800 7.60 13/3 0.106 0.125 0146 0.169 0.194 0 221 0.251 0.282 0.315 0.350 0.386 0.425 0.466 - [519/850] [0.70] 3.5-4 RCF4821 STAM 1100/1800 8.55 d16/320062 0086 0.112 0.140 0.170 0.202 0.236 0.272 0309 0.349 0.391 0.434 0.480 0.527 [519/850] [0.79] RCF6021 STAM 1400/1600 7.60 5 0.036 0 050 0 065 0 081 0.098 0.117 0.137 0.158 0.180 0203 0 228 0.254 - - RCF6021SEAM [661/155] [0.70] RCF3624MTAM 700/1300 855 16/2 0.062 0.086 0.112 0140 0.170 0.202 0.236 0.272 0.309 - - - - - [330/614] [0.79] 2.5-3 RCF3624HTAM 700/1300 9.98 14/3 0.036 0.050 0.065 0.081 0.098 0.117 0137 0.158 0.180 - - - - - [330/514] [0.93] RCF4824STAM 1100/1800 8.55 16/2 0 062 0 086 0.112 0.140 0.170 0.202 0.236 0 272 0.309 0.349 0.391 0.434 0.480 - [519/8501 [0.79] 24 3.5-4 RCF4824HTAM 1100/1800 9.98 14/3 0.036 0.050 0.065 0.081 0.098 0.117 0.137 0158 0180 0.203 0.228 0.254 0.281 - [519/850] [0.93] RCF6024STAM 1400/1800 9.98 14/3 0.036 0.050 0 065 0.081 0.098 0.117 0.137 0.158 0.180 0203 0.228 0.254 0.281 - RCF6024MEAM [661/755] [0.93] 5 RCF6024HTAM 1400/1800 9.98 14/3 0.036 0.050 0.065 0.081 0.098 0.117 0.137 0.158 0180 0203 0 228 0.254 0.281 - [661/755] [0.93] Important Note:Gas furnace heating CFM can exceed the design cooling CFM.Ductwork and coil selection must accommodate the higher of the cooling or gas heating CFM to prevent furnace limit tripping, excessive noise,and coil freeze-up. [ ]Designates Metric Conversions INTEGRATED • • •- Cod Specifications --a Air I RCF Series Table 1: Coil Specifications/Airflow Pressure Drop (con't.) Approx. Face Fins Dry Coil Static Pressure Drop(Inches W.C.)[kPal @ CFM[L/sl - (Coil-Only) Coil Design Heating Area Per Nominal Model Air Flow Inch/ Width (-)CF Range CFM Sq. t. Rows Capacity 600 700 800 900 1000 1100 1200 1300 1400 1500 1600 1700 1800 1900 [L/81 JM2] Deep [2831 13301 [3781 [4251 [4721 [5191 [5661 [6141 16611 17081 [7551 [8021 [8501 18971 RCF2414STAM 600/1600 456 16/2 14 0.118 0.118 0145 0.176 0.210 0.247 0.288 0.332 0.379 0.429 0.483 - - - [2831155] [0.42] RCF2417STAM 600/1500 4.56 16/2 1.5-2 0.116 0.116 0.151 0.190 0.235 0.284 0.338 0.397 0.461 0.530 - - - - RCF2417SEAM [283(/071 10.421 RCF2417MTAM 600/1600 5.70 16/2 17 0.101 0.101 0.129 0.161 0.196 0.235 0.277 0.323 0.373 0.425 0.482 - - - [283/755] [.052] RCF3617STAM 600/1600 5.70 16/2 2.5-3 0.101 0.101 0.129 0.161 0.196 0.235 0.277 0.323 0.373 0.425 0.482 - - - RCF3617SEAM [283/7551 [0.52] RCF2421 MTAM 600/1600 5.70 16/2 0.101 0.101 0.129 0.161 0.196 0 235 0 277 0.323 0.373 0.425 0.482 - - - [283/755] [0.52] 1.5-2 RCF2422HTAM 600/1600 5.70 16/2 0.101 0.101 0.129 0.161 0.196 0.235 0.277 0.323 0.373 0.425 0.482 RCF2421 MEAM [283/755] [0.52] - - - RCF3621 STAM 600/1600 570 16/2 0.101 0.101 0.129 0.161 0.196 0.235 0.277 0 323 0 373 0.425 0.482 - - - [283/755] [0 52] RCF3621 MTAM 600/1900 8.55 16/2 25-3 0.039 0.039 0.056 0.075 0.095 0.117 0141 0.166 0.193 0.222 0.252 0.284 0 318 0.353 [283/896] [0.791 21 RCF3621 HTAM 600/1900 7.60 13/3 0 043 0.043 0.053 0.066 0.080 0.096 0.115 0135 0.158 0.182 0.208 0.237 0.267 0 299 RCF3621 MEAM [283/896] [0.70] RCF4821 MTAM 7.60 [283/896]6] [0.70] 13/3 0.043 0.043 0.053 0.066 0.080 0.096 0.115 0.135 0.158 0.182 0.208 0 237 0 267 0.299 [283/8 3.5-4 RCF4821 STAM 600/1900 8.55 16/2 0.039 0.039 0.056 0.075 0.095 0.117 0.141 0.166 0.193 0.222 0.252 0 284 0 318 0.353 [283/8961 [0.79] RCF6021 STAM 600/1900 7.60 13/3 5 0.080 0.080 0.092 0.106 0.121 0.136 0.153 0.171 0.190 0 211 0.232 0.254 0.278 0.302 RCF6021 SEAM [283/896] [0.70] RCF3624MTAM 61 [0.79]8.55 [283/896] 16/2 0.039 0.039 0.056 0.075 0.095 0.117 0.141 0.166 0.193 0.222 0 252 0.284 0.318 0.353 [283/8 2.5-3 RCF3624HTAM 600/1900 9.95 14/3 0.023 0.023 0.038 0.055 0 074 0.095 0.119 0.144 0.171 0.200 0.231 0.264 0.300 0.337 [283/8961 [0.93] RCF4824STAM 600/1900 8.55 16/2 0.039 0.039 0.056 0.075 0.095 0.117 0.141 0.166 0193 0.222 0.252 0.284 0.318 0 353 [283/896] [0.79] 1 24 3.5-4 RCF4824HTAM 600/1900 9.98 14/3 0.023 0.023 0.038 0.055 0.074 0 095 0.119 0.144 0.171 0.200 0.231 0.264 0.300 0.337 [283/896] 10 93] RCF6024STAM 600/1900 9.98 14/3 0.023 0.023 0.038 0.055 0.074 0.095 0.119 0.144 0.171 0.200 0.231 0 264 0.300 0.337 RCF6024MEAM [283/8961 [0.93] 5 RCF6024HTAM 600/1900 9.98 14/3 0.023 0.023 0.038 0 055 0.074 0.095 0.119 0.144 0171 0.200 0.231 0.264 0 300 0 337 [283/896] [0.93] Important Note:Gas furnace heating CFM can exceed the design cooling CFM Ductwork and coil selection must accommodate the higher of the cooling or gas heating CFM to prevent furnace limit tripping, excessive noise,and coil freeze-up. [ ]Designates Metric Conversions INTEGRATED • COMFORT 5 DimensionsConnections Uncased Coil Coil Sweat(in.)[mm] (in)Imm] Model RCF Coil Weight Shipping Weight 1 ' 1 • • I '1 • • ' 1 •5/8 [67611 • • 1 • • 7 • r •1 •I r •1 r ' ' 1 1 :• ' 11 1' ' \1 r � r saw ~�I�7f/7-Z ♦ ��i -� �RI TUB X11. "=�� I���J_I�_�� �%!/JI'■ �ISI 6 INTEGRATED HOME COMFORT 'C Air I Cod Dimensions and Weights �i RCF Series Table 2: Coil Dimensions and Weights Connections Cased Coil Dimensions Coil Sweat(in.)[mm] (in)[mm] Weight Model RCF Liquid Suction A B C Coil Weight Shipping Weight I.D. I.D. (Ibs.)[Kg.] (lbs.)[Kg.] 2414ST 3/8[9.53] 3/4[19 05] 14 [356] 21 [533] 233/16[5841 43[19] 47[21] 2417SP/2417ST/2417SE 3/8[9 531 3/4[19 05] 171/2[445] 141/2[368] 20 [508] 43[19] 48[221 2417MT/2417HT/3617ST/3617SP/3617SE 3/a[9.53] 3/4[19.05] 171/2[4451 177/8[454] 20 [508] 49[22] 54[24] 2421 MT/2421 HT/3621 ST/3621 SP/2421 ME 3/8[9.53] 3/4[19 051 21 [5331 171/2[445] 20 [508] 51[23] 60[27] 3621 MT/4821 ST/4821 SP/3621 ME 3/8[9 531 3/4[19.05] 21 [533] 257/8[6571 28 [711] 71[321 78[35] 3621 HT/4821 MT/6021 ST/6021 SE 3/8[9 53] 7/8[22.23] 21 [533] 32 [813] 341/2 [876] 76[34] 86[39] 3624MT/4824ST/4824ST 3/8[9.531 3/4[19.05] 241/2[622] 1 253/8[6451 32 [812] 83[37] 93[42] 3624HT/4824HT/6024ST/6024HT/6024ME 3/8[9.531 3/4[19 05] 1 241/2[622] 1 301/4[768] 32 [812] 100[45] 108[48] *The 14 inch,2 ton RCF cod(2414)is part of the"N-Coil"design series,even though the coil shape resembles an"A"cod design. FIGURE 1: DIMENSIONS CASED A MINUS ONE INCH 1D 197/8" PLENUM WIDTH [505 mm] FRONT VIEW ° A > NOTE FLANGES ARE PROVIDED FOR FIELD SIDE VIEW INSTALLATION 1/2"[12.7 mm] r r 17/ts° [36.5 mm] SUCTION LINE LIQUID LINE r r 1 mm] 515/16° ' ` -----------'-� [150 8 mm] 41/8° [104 mm] 113/16"[46 mm] 11/4" 2111/16" 53/s" \[31.7 mm] [136 5 mm] [550 8mm] 21/a"[57 1 ] PRIMARY DRAIN 10 Casing to and bottom openings are the same dimensions s/4"N,pT PRIMARY DRAIN 9 P (VERTICAL& SECONDARY DRAIN 3/a"N PT (VERTICAL) HORIZONTAL) 3/a"N.P.T (VERTICAL) [ ]Designates Metric Conversions INTEGRATED • COMFORT Air Accessories Z RCF Series Table 3: Coil Application Coils can be matched to heating products as listed in table below. Coil Model Furnace Width RCF (In.)(mm) Oil Gas 2414ST 2417ST/2417SE — 14 [356] 2417HT/2417MT 3617ST/3617SE 2417ST/2417SE 171/2[444] 2417MT/2417HT/2417SP 171/2[431] 3617ST/3617SP/3617SE 14 [356] 2421 MT/2421 HT/2421 ME 21 [533] 3621 ST/3621 SP 21 [533] 3621 MT/4821 ST/4821 SP/3621 ME/6021 ST/6021 ST/6021 SE 171/2[444] 3624MT/3624HT 241/2[622] 4824ST/4824HT/4824SP 241/2[622] 6024ST/6024HT/6024ME 21 [533] Accessories • INDOOR COIL CASING-RXBC(See Table 5) •PLENUM ADAPTER ACCESSORY R X B C — D 14 1 RXBA-AE T INSULATION This plenum adapter accessory is for use with the 241/2" wide I=Insulated cased indoor cooling and heat pump coils. This allows a 241/2" Blank=Uninsulated wide cased coil to be installed on a 28"wide oil furnace.This is a CABINET WIDTH field-installed accessory only. 14=14"[356 mm] 17=17 5"[444 mm] •RXBA-AC(Upflow/Horizontal) 21 =21"[533 mm] These plenum adapter accessories are for use when a cooling 24=24.5"[622 mm] coil is matched with a gas furnace of one smaller size. DESIGN SERIES •HORIZONTAL ADAPTER KIT RXHH (See Figure 2) COIL CASING This horizontal adapter kit is used to convert a upflow or downflow BLOWER UNIT coil for a horizontal application. See Table 4 to order the proper horizontal adapter kit. ACCESSORY Table 4:Horizontal Adapter Kit Model Na. ' RHEEM Coil Model Horizontal Adapter Kit Model No. 2414S RXHH-A01 Table 5:Unit Dimensions and Weights-RXBC Indoor Coil Casings 2417S RXHH-A02 2417M/2421 M/3617S/ Unit Weight Supply Air/Return 3621S/2421H RXHH-A03 Model Width Height Depth Air Openings 3621M/3624M/ Number (in.)[mml (in.)[mml (In') Weight Ship.Wt. Width Depth 4821S/4824S RXHH A04 [mm] ( ) (lbs.)[Kg.] (lbs.)[Kg.] (in.)[mml 10 [mm] 6024S/6024H/ RXHH-A05 RXBC-D14AI 114 [356] 23'/+6[589] 19 [9] 23[10] 13 [330] 3621H/4821M/6021S RXHH-A06 RXBC-D17AI 177[445] 20 [508] 18 [8] 23[10] 161h[419] RXBC-D21AI 21 [533] 20 [508] 215/8F34 0 [9] 26[12] 20 [508] 1931/32 FIGURE 2:HORIZONTAL ADAPTER KIT ILLUSTRATION RXBC-D21 BI 21 [533] 28 [711] [549] 7[12] 36[17] 20 [508] [508] RXBC-D24AI 241h[622] 321h[826] [1 6] 44[20] 231h[597] � 1 ' Table 6:Uncased Coil Adapter Kit Uncased Coil Adapter A Uncased Coil _ Model Number RXBA Width(in.)[mml Model RCFP ! B1420 131/e[333] -HUxx14 ' B17x20 165/8[422] -HUxxl7 ° AIR FLOW B21 x20 201/8[511] -HUxx21 HORIZONTAL-DUAL DIRECTION B2420 235/8[599] -HUxx24 [ ]Designates Metric Conversions HORIZ NTAL ADAPTER KIT(RXHH-) INTEGRATED • • •- Air Accessories a RCF Series Accessories (cont.) •UNCASED COIL ADAPTER KIT RXBA-(See Figure 3&4) This uncased coil adapter kit is used to adapt the coil to a fur- nace or ductwork. See Table 6 to order the proper adapter kit. Each kit contains a quantity of 20 adapters. FIGURE 3: UNCASED COIL ADAPTER KIT ILLUSTRATION FIGURE 4: UNCASED COIL ADAPTER KIT ASSEMBLED 11/2" [41 mm] T 711/16" [196 mm] 20`'/16" A [516 mm] Note:Sliding the coil into the coil rail before attaching coil rack front. [ ]Designates Metric Conversions R-22 M Conversion Kits To be used to convert R410-A coil to operate with R-22 FURNACE COIL CROSS REFERENCE CHART ORIGINAL COIL RECOMMENDED ALUMINUM TUBE REPLACEMENT COIL R-22 TXV CONVERSION KIT MODEL NO. RCFA-**2414 RCF2414STAT RXCT-HBA RCFA-**2417 RCF2417STA RXCT-HBA RCFA-**3617 RCF3617STA,RCF2417MTA,or RCF2417HTA RXCT-HBB RCFA-**3621 RCF3621 STA,RCF2417MTA,or RCF2421 HTA RXCT-HBB RCFA-**4821 RCF4821 STA or RCF3621 MTA RXCT-HBC RCFA-**4824 RCF4824STA orRCF3624MTA RXCT-HBC RCFA-**6024 RCF6024STA,RCF6024HTA,RCF4824HTA,or RCF3624HTA RXCT-HBD **=AU,HM,or HU INTEGRATED HOME COMFORT Air Limited Warranty RCF Series GENERAL TERMS OF LIMITED WARRANTY* Rheem will furnish a replacement for any part of this product Parts.......................................................................Five(5)Years which fails in normal use and service within the applicable periods stated, in accordance with the terms of the limited warranty. `For complete details of the Limited and Conditional Warranties,including applicable terms and conditions,contact your local contractor or the Manufacturer for a copy of the product warranty certificate. 10 —'-5 = INTEGRATED HOME COMFORT n 1 1 The new degree of comfort.' In keeping with its policy of continuous progress and product improvement,Rheem reserves the right to make changes without notice Rheem Heating,Cooling&Water Heating • PO Box 17010 Rheem Canada Ltd./Ltee • 125 Edgeware Road,Unit 1 Fort Smith,Arkansas 72917 • www rheem.com Brampton,Ontario • L6Y OP5 —D, INTEGRATED HOME COMFORT PRINTED IN U S A 5/15 QG FORM NO 011-224 REV 4 R311.5 Stairways. §RR406 DESIGN CRITERIA: NOTE: THESE DRAWINGS ARE INCOMPLETE WITHOUT DETAIL SHEETS (ADDENDUM TO DRAWING SET). FOUNDATION WATERPROOFING AND DAMPYROOFING R311.5.1 Width.Stairways shall not be less than 36 inches(914 Lain)in clear width at all points WIND SUBJECT TO DAMAGE FROM above the pennitted handrail height and below the required headroom height.Handrails shall §RR406.1 Concrete and masonry foundation dampproofing.Except where GROUND WINTER AIR ICE SHIELD USE/ not project more than 4.5 inches(I 14 mm)on either side of the stairway and the minimwn clear required to be waterproofed by§RR406.2,foundation walls that retain SPEED EXPOSURE SEISMIC FROST DESIGN FREEZING UNDERLAYMENT WALL SHEATHING OCCUPANCY MEAN ASPECT P SNOW DESIGN LINE FLOOD LIVE DEAD ROOF UPLIFT LOAD width of the stairway at and below the handrail height,including treads and landings,shall not earth and enclose habitable or usable spaces located below grade shall be (MPH) CATAGORY TEMP, INDEX REQUIRED SUCTION LOAD CLASSIFICATION HEIGHT HEIGHT RATIO FIRE AREA TYPE F be less than 31.5 inches(787 mm)where a handrail is installed on one side and 27 inches dampproofed from the top of the footing to the finished grade. Masonry LOAD CATAGORY WEATHERING DEPTH TERMITE DECAY HAZARDS LOAD LOAD CONSTRUCTION 698 mm where handrails are provided on both sides. walls shall have not less than 3/8 inch(9.5 mm)portland cement parging MODERATE SLIGHT TO FROM J 998 PERIMITER EDGE ZONE=37.2 psf EDGE ZONE=29.1 psf ( ) P applied to the exterior of the wall. The parging shall be dampproofed with 20 psf 140 B C SEVERE 36" TO HEAVY MODERATE 11 599 YES 40 psf 20 psf Exception:The width of spiral stairways shall be in accordance with Section R311.5.8. a bituminous coating,3 pounds per square yard(J.63 kghn.2)of acrylic FIRM MAPS INTERIOR ZONE=29.6 psf INTERIOR ZONE=24.6 psf SFD 27'-1 I" 23'-9" 1:3 FIRST OOR= 1160 SQ.FT. modified cement, 1/8-inch(3.2 mm)coat of surface-bonding mortar complying SECOND FLOOR=1 116 SQ.FT. TYPE V R311.5.2 Headroom.The minimum headroom in all parts of the stairway shall not be less than with ASTM C 887 or any material permitted for waterproofing in§RR406.2. PROVIDE WINDOW FALL PROTECTION AS REQUIRED BY CODE, 6 feet 8 inches(2036 min)measured vertically from the sloped plane adjoining the tread nosing Concrete walls shall be dampproofed by applying any one of the above listed EGRESS WINDOW MUST MEET MINIMUM CLEAR OPENING OF 24"HEIGHT,20"WIDTH,AND 5.7 SQ.FT. TABLE 8301.7 or from the floor surface of the landing or platform. dampproofing materials or any one of the waterproofing materials listed in ALLOWABLE DEFLECTION 6"DIA. TABLE TYPE V WOOD FRAME MINIMUM ROOF LIVE LOADSDS IN POUNDS-FORCE 8311.5.3 Stair treads and risers. §88406.2 to the exterior of the wall. ALL NON-ENGINEERED LUMBER TO BE DOUGLAS FIR#2 OR BETTER OF STRUCTUAL MEMBERS CONSTRUCTION BASED PER SQUARE FOOT OF HORIZONTAL PROJECTION §RR406.2 Concrete and masonry foundation waterproofing.In areas where a ON SECTION 602 R311.5.3.1 Riser height.The maximum riser height shall be 81/4 inches(209 mm).The riser high water table or other severe soil-water conditions are known to exist, TO THE BEST OF MY KNOWLEDGE,BELIEF AND PROFESSIONAL JUDGEMENT, STRUCTUAL MEMBER ALLOWABLE OF THE BCNYS TRIBUTARY LOADED z shall be measured vertically between leading edges of the adjacent treads.The greatest riser exterior foundation walls that retain earth and enclose habitable or usable THESE PLANS AND/OR SPECIFICATIONS ARE IN COMPLIANCE WITH THE 2015 DEFLECTION AREA IN SQUARE FEET height within any flight of stairs shall not exceed the smallest by more than 3/8 inch(9.5 mm). spaces located below grade shall be waterproofed with a membrane extending ENERGY CONSERVATION CONSTRUCTION CODE FOR ANY STRUCTURAL REFLECTIVE RED PANTONE MEMBER UW- from the top of the footing to the finished grade. The membrane shall RAFTERS HAVING SLOPES GREATER THAN 3/12 F R 831 1.5.3.2 Tread depth.The minimum tread depth shall be 9 inches(229 rmn).The tread depth consist of 2-ply hot-mopped felts,55 pound(25 kg)roll roofing,6-mil 2016 NYS UNIFORM CODE: (PMS#]87) = z N polyvinyl ( )polyethylene ( ) THESE PLANS HAVE BEEN DRAWN IN ACCORDANCE WITH NO FINISHED CEILING ATTACHED TO RAFTERS L/180 OTO 20] 0 OVER shall be measured horizontally between the vertical planes of the foremost projection of adjacent (0.15 mm chloride,6-mi] 0.15 tmn or 40-mil 1 1mn ROOF SLOPE treads and at a right angle to the tread's leading edge.The greatest tread depth within any flight polymer-modified asphalt. The joints in the membrane shall be lapped and WITH 2015 IRC WITH 2016 UNIFORM CODE SUPPLIMENT INTERIOR WALLS AND PARTICIANS H/J 80 REFLECTIVE WHITE J/2" 200 600 600 O of stairs shall not exceed the smallest by more than 3/8 inch(9.5 mm).Winder treads shall have sealed with an adhesive compatible with the waterproofing membrane. PUBLISHED BY NEW YORK STATE. 1/4" FLAT OR RISE LESS THAN 4 INCHES PER FOOT 0 at point 12 inches all mm FLOORS AND PLASTERED CEILINGS L/360 S'1ROKE (1:3) 20 16 12 4 a minimum tread depth of 10 inches(254 mm)measured as above p ( ) m from the side where the treads are narrower.Winder treads shall have a minimum tread depth of EXCEPTION:Organic solvent based products such as hydrocarbons, WINDOW PERFORMr4NCE DAT,4: 6 inches(152 mm)at any point.Within any flight of stairs,the greatest winder tread depth at the chlorinated hydrocarbons,ketons and esters shall not be used for ICF ALL OTHER STRUCTURAL MEMBERS L/240 SIGN FOR WOOD FLOOR AND RISE 4 INCHES PER FOOT(l:3)TO LESS THAN `n 12 inch(305 mm)walk line shall not exceed the smallest by more than 3/8 inch(9.5 mm). walls with expanded polystyrene form material. Plastic roofing cements, ]2 INCHES PER FOOT(l:J) 16 J 4 12 EXTERIOR WALLS WITH PLASTER OR STUCCO WOOD ROOFING FRAMING Q acrylic coatings,latex coatings,mortars and pargings are permitted to ALL WINDOWS BY ANDERSEN, SILVERLINE H/36o 831 1.5.3.3 Profile.The radius of curvature at the leading edge of the tread shall be no greater be used to seal ICF walls. Cold setting asphalt or hot asphalt shall U=.30, SHCxC=.31, DP 30, LOW E SUN (ANDERSENWINDOW,COM) FINISH RISE 12 INCHES PER FOOT(I:I)AND GREATER 12 12 12 than 9/16 inch(14.3 mm).A nosing not less than 3/4 inch(19 mm)but not more than 1 1A inch conform to type C of ASTM D 449. Hot asphalt shall be applied at a EXTERIOR WALLS-WIND LOADS'WITH BRITTLE U (32 mm)shall be provided on stairways with solid risers.The greatest nosing projection shall temperature of less than 200 degrees. FINISHES L/240 TRUSS IDENTIFICATION SIGN: not exceed the smallest nosing projection by more than 3/8 inch(9.5 rmn)between two stories, (402,4.8) C;-RATED RECESSED LIGHTING= FIXTURES TO BE including the nosing at the level of floors and landings.Beveling of nosing shall not exceed §88406.3 Dampproofing far wood foundations.Wood foundations enclosing SEALED AT HOUSING INTERIOR. EXTERIOR WALLS-WIND LOADS WITH IDENTIFICATION OF FLOOR AND ROOF TRUSS CONSTRUCTION I/2 inch 12.7 mm .Risers shall be vertical or sloped from the underside of the leading edge habitable or usable spaces located below Qrade shall be dampproofed in FLEXIBLE FINISHES L/120 SHALL BE PROVIDED BY SIGN OR SYMBOL AND SHALL BE AFFIXED TABLE 8301.5 o Q ( ) D (404,1) -15% OF LAMPS IN PERMANENT FIXTURES TO HAVE HIGH of the tread above at an angle not more than 30(0.51 rad)degrees from the vertical.Open accordance with§RR406.3.1 through§RR406.3.4. TO THE EXTERIOR WALL OF THE RESIDENTIAL STRUCTURE IN MINIMUM UNIFORMLY DISTRIBUTED LOADS (PSI) N risers are permitted, rovided that the opening between treads does not permit the passage of a EFFICIENCY LAMPS NOTE:L=SPAN LENGTH,H=SPAN HEIGHT W P P COMPLIANCE WITH 19 NYCCR PART 1265.RESIDENTIAL STRUCTURES 4-inch diameter(102 mm)sphere. §RR406.3.1 Panel joint sealed.Plywood panel joints in the foundation WITH TRUSS TYPE CONSTRUCTION,PRE-ENGINEERED WOOD walls shall be sealed full length with a caulking compound capable of A.THE WIND LOAD SHALL BE PERMITTED TO BE TAKEN AS 0.7 TIMES USE producing a moisture-proof seal under the caulking conditions of temperature and THE COMPONENT AND CLADDING LOADS FOR THE PURPOSE OF THE CONSTRUCTION AND/OR TIMBER CONSTRUCTION. LIVE LOAD Exceptions: EXTERIOR BALCONIES 60 moisture content at which it will be applied and used. DETERMINING DEFLECTION LIMITS HEREIN. 1. A nosing is not required where the tread depth is a minimum of 1 I inches(279 min). DECKS 40 §RR406.3.2 Below grade moisture barrier.A 6-mil-thick(0.15 mm) SOIL BEARING CAPACITY FOR THIS SITE PASSENGER VEHICLE GARAGES 2. The opening between adjacent treads is not limited on stairs with a total rise of 30 inches polyethylene film shall be applied over the below-grade portion of IS BASED ON TEST HOLES BY OTHERS ATTICS WITHOUT STORAGE 1 10 0 (762 mm)or less. exterior foundation walls prior to backfilling. hints in the AND HAS BEEN DETERMINED TO BE ROOMS OTHER THAN SLEEPING ROOMS 40 ATTICS WITH STORAGE 20 polyethylene film shall be lapped 6 inches(152 mm)and sealed with 2,000 PSI(SW,SP)PER TABLE 8401.4.] R311.5.4 Landings for stairways.There shall be a floor or landing at the top and bottom of each adhesive. The top edge of the polyethylene film shall be bonded to the OF THE 2015 IRC WITH 2016 UNIFORM CODE SLEEPING ROOMS 30 Z stairway. sheathing to form a seal. Film areas at grade level shall be protected 4" VTR SUPPLIMENT PUBLISHED BY NEW YORK STATE. STAIRS from mechanical damage anGUARDRAILS AND HANDRAILS 2 d exposure by a pressure preservatively treated 40 c� 00 w Exception:A floor or landing is not required at the top of an interior flight of stairs,provided a lumber or plywood strip attached to the wall several inches above finish __-_____ --------- grade __---- _ rade level and extending approximately 9 inches 29 mm below rade. 3 -___- ____ -- 3„ } door does not swing over the stairs. g ' g (2 ) g -_--____--- _-_ - m The joint between the strip and the wall shall be caulked full length _-__ ___ , ___ SEE DETAIL SHEET FOR ACTUAL FINISHED GRADE � A flight of stairs shall not have a vertical rise greater than 12 feet(3658 mm)between floor levels prior to fastening the strip to the wall. Other coverings'appropriate to ;-- ' r , '---_ _ HIGH WIND CONNECTION MAY VARY DEPENDING ON 0 the architectural treatment may also be used. The polyethylene film REQUIREMENTS EXISTING GRADE CONDITIONS = or landings. ' ' LAY LAV --, w shall extend down to the bottom of the wood footing plate but shall not LAY ' L 6y 3"r ' ' The width of each landing shall not be less than the stairway served.Every landing shall have a overlap or extend into the gravel or crushed stone footing. W GTUB/ W G TUB/1 minimum dimension of 36 inches(974 mm)measured in the direction of travel. SHOWER SHOWER ' TUB §RR406.3.3 Porous fill.The space between the excavation and the ' SHOWER m R311.5.5 Stairway walking surface.The walking surface of treads and landings of stairways shall foundation wall shall be backfilled with the same material used for SECOND FLOORU F.D. W l U U be sloped no steeper than one unit vertical in 48 inches horizontal (2-percent slope). footings,up to a height of I foot(305 tnrn)above the footing for well- drained sites,or one-half the total backfill height for poorly drained 2" 3" 2" 2" 3" 2" 2, 211 2" 2" 3" 2' 2" R311.5.6 Handrails.Handrails shall be provided on at least one side of each continuous run of sites. The porous fill shall be covered with strips of 30-pound(13.6 ---- or flight with four or more risers. kg)asphalt paper or 6-mil(0.15 mm)polyethylene to permit water seepage 3" , ------ treads _ while avoiding infiltration of fine soils. , ' _�V__ __ r ------ R311.5.6.1 Height.Handrail height,measured vertically from the sloped plane adjoining the treadSINIG ' ' nosing,or finish surface of ramp slope,shall be not less than 34 inches(864 mm)and not more t §RR406.3.4 Backfill.The remainder of the excavated area shall be , W,G, ' I ban 38 inches(965 mm). backfilled with the same type of soil as was removed during the SHOWER excavation. ( 1 R311.5.6.2 Continuity.Handrails for stairways shall be continuous for the full length of the flight, D,W.MAIN FLOOR v from a point directly above the top riser of the flight to a point directly above lowest riser of the 2" Lf, 2" 2.11 3.. 2.. 'flight.Handrail ends shall be returned or shall tenninate in newel posts or safety terminals. ++- Handrails adjacent to a wall shall have a space of not less than 11/2 inch(38 mm)between the wall and the handrails. 3 % X to d Exceptions: §RR301.2.2.4 WEIGHTS OF MATERIALS.AVERAGE.DEAD LOADS SHALL NOT •'-' FAI LL EXCEED 15 PSF(0.72 KN/M2)FOR ROOFS/CEILING ASSEMBLIES OR 10 PSF , I. Handrails shall be permitted to be interrupted by a newel post at the turn. (0.48 KN/M2)FOR FLOOR ASSEMBLIES,EXCEPT AS FURTHER LIMITED BY ++- §RR301.2.2. DEAD LOADS FOR WALLS ABOVE GRADE SHALL NOT EXCEED: r 2. The use of a volute,turnout,starting easing or starting newel shall be allowed over the lowest �+'- ' C.O. tread. 1.FIFTEEN PSF(0.72 KN/M2)FOR EXTERIOR LIGHT-FRAME WOOD WALLS. UJ � F1 4�� , L TO AN APPROVEp R311.5.6.3 Handrail grip size.All required handrails shall be of one of the following types or 2.FOURTEEN PSF(0.67 KN/M2)FOR EXIT!i0,Y LIGHT-FRAME COLD-FORMED _ ' SANITARY SEWER SYSTEM provide equivalent graspability. STEEL WALLS. ' 1. Type I.Handrails with a circular cross section shall have an outside diameter of at least 3.TEN PSF(0.48 KN/M2)FOR INTERIOR LICri-IT-)r AAfE WOOD WALLS. `-"' 11/4 inches(32 rmn)and not greater than 2 inches(51 min).If the handrail is not circular it I I Q }�I �+ }'''� /� /� 2015 IFC SECTION 915(CARBON MONOXIDE DETECTION SYSTEMS). O n least 4 inches 102 mm and not realer than 61/4 inches 4.FIVE PSF 0.24 KN/M2 FOR INTERIOR LIGHT FRAME COLD FORMED P SUM]..�I I V RISER R JJ(f4 R f�M (NTS) SECTION 915 OF THE 2015 IFC SHALL BE DEEMED TO BE AMENDED TO READ AS IOLLOWS: LU 0) shall have a perimeter dnmensro of at ea ( ) g ( ) 7 co (160 min)with a maximum cross section of dimension of 21/4 inches(57 min). STEEL WALLS. 915.1.GENERAL.CARBON MONOXIDE ALARMS AND CARBON MONOXIDE DETECTORS SHALL BE INSTALLED IN BUILDINGS AS REQUIRED IN ACCORDANCE WITH SECTION 915.2 FOR 2. Type II.Handrails with a perimeter greater than 61/4 inches(160 mm)shall provide a 5.EIGHTY PSF(3.83 KN/M2)FOR 8-INCH-THICK(203 MM)MASONRY RESIDENTIAL BUILDINGS OR SECTION 915.3 FOR COMMERCIAL BUILDINGS. graspable finger recess area on both sides of the profile.The finger recess shall begin within WALLS. JU I'll a distance of 3/4 inch(19 mm)measured vertically from the tallest portion of the profile and TABLE P3201.7 SECTION P3103 915.2 RESIDENTIAL BUILDINGS. � achieve a depth of at least 5/16 inch(8 mm)within 7/8 inch(22 mm)below the widest portion 6.EIGHTY-FIVE PSF(4.07 KN/M2)FOR 6-INCH-THICK(152 MM)CONCRETE of the profile.This required depth shall continue for at least 3/8 inch(10 mm)to a level that is WALLS. SIZE OF TRAPS FOR PLUMBING FIXTURES VENT TERMINALS 9]5.2.1 GENERAL.SECTION 915.2 COVERS THE APPLICATION,INSTALLATION,PERFORMANCE IL not less than 13/4 inches(45 mm)below the tallest portion of the profile.The minimum width P3103.1 ROOF EXTENSION: AND MAINTENANCE OF CARBON MONOXIDE ALARMS AND CARBON MONOXIDE DETECTORS, IJ,,, of the handrail above the recess shall be 11/4 inches(32 mm)to ar maximum of 23/4 inches EXCEPTION:ROOF/CEILING DEAD LOADS NOT EXCEEDING 25 PSF(1.]9 PLUMBING FIXTURE TRAP SIZE MIN. AND THEIR COMPONENTS,IN NEW AND EXISTING ONE-AND TWO-FAMILY DWELLINGS;MULTIPLEtu (70 min).Edges shall have a minimum radius of 0.01 inches(0.25 mm). KN/M2)SHALL BE PERMITTED IN SEISMIC DESIGN CATEGORY D2 PROVIDED (INCHES) OPEN VENT PIPES THAT EXTEND THROUGH A ROOF SHALL$E SINGLE-FAMILY DWELLINGS(TOWNHOUSES);BUILDINGS OWNED AS CONDOMINIUMS OR --� THE WALL BRACING AMOUNTS IN CHAPTER R6 ARE INCREASED 1N BATHTUB(WITH OR WITHOUT SHOWER HEAD J 1/2 TERMINATED NOT LESS THAN 6 INCHES(152mm)ABOVE THE COOPERATIVES AND CONTAINING DWELLING UNITS;BED AND BREAKFAST DWELLINGS;AND 8311.5.7 Illumination.All stairs shall be provided with illumination in accordance with ACCORDANCE WITH TABLE 88301.2.2.4. AND/OR WHIRLPOOL ATTACHMENTS ROOF OR 6 INCHES(J 52mm)ABOVE THE ANTICIPATED SNOW OTHER BUILDINGS AND STRUCTURES WHICH CONTAIN ONE OR MORE DWELLING UNITS,SLEEPING ACCUMULATION,WHICHEVER IS GREATER.WHERE A ROOF IS UNITS OR SLEEPING AREAS AND WHICH ARE CLASSIFIED,IN WHOLE OR IN PART,IN ONE OR MORE ENGINEER: Section R303.6. BIDET 1 1/4 TO BE USED FOR ASSEMBLY AS A PROMENADE,OBSERVATION OF THE FOLLOWING OCCUPANCY GROUPS:E,I-1,I-2(EXCEPT HOSPITALS),1-4,R-L,R-2, DECK OR SUNBATHING DECH OR FOR SIMILAR PURPOSES, R-3 OR R-4.CARBON MONOXIDE ALARMS(OR,WHERE PERMITTED,CARBON MONOXIDE CLOTHES WASHER STANDPIPE 2 OPEN VENT PIPES SHALL TERMINATE NOT LESS THAN 7 FEET DETECTORS)SHALL BE PROVIDED IN ALL NEW AND EXISTING BUILDINGS AND STRUCTURES ��� B /�O9�j^ (2134rmn)ABOVE THE ROOF. DESCRIBED IN SECTION 915.2.1,WITHOUT REGARD TO THE DATE OF CONSTRUCTION OF THE DISHWASHER(ON SEPARATE TRAY) J 1/2 BUILDING OR STRUCTURE AND WITHOUT REGARD TO WHETHER SUCH BUILDING OR STRUCTURE SHALL OR SHALL NOT HAVE BEEN OFFERED FOR SALE.CARBON MONOXIDE ALARMS(OR,WHERE P3103.2 FROST CLOSURE: cot{ u1 PERMITTED,CARBON MONOXIDE DETECTORS)SHALL BE INSTALLED,OPERATED AND JKIV `'1`' Z FLOOR DRAIN 2 MAINTAINED IN ACCORDANCE WITH THE PROVISIONS OF SECTION 915.2 OR,IN THE WHERE THE 97.5 PERCENT VALUE FOR OUTSIDE DESIGN t• ")�, � � KITCHEN SINK(ONE OR TOW TRAPS,WITH OR I 1/2 TEMPERATURE IS 0 DEG.F(-18 DEG.C)OR LESS,VENT EXTENSIONS ALTERNATIVE,IN ACCORDANCE WITH THE PROVISIONS OF NFPA 720. THROUGH A ROOF OR WALL SHALL NOT BE LESS THAN 3 INCHES EXCEPTION:CARBON MONOXIDE ALARMS AND/OR CARBON MONOXIDE DETECTORS SHALL NOT 0 'j w`1 WITHOUT DISWASHER AND FOOD WASTE DISPOSER) � (76rnn)IN DIAMETER.ANY INCREASE 1N THE SIZE OF THE VENT BE REQUIRED IN A BUILDING OR STRUCTURE THAT CONTAINS NO CARBON MONOXIDE SOURCE. Z q93 LAUNDRY TUB(ONE OR MORE COMPARTMENTS) 1 1/2 SHALL BE MADE NOT LESS THAN I FOOT(304.8nnn)INSIDE THE 915.2.2 DEFINITIONS.FOR THE PURPOSES OF THIS SECTION 9 J 5.2,THE FOLLOWING TERMS stcO 0 OSP THERMAL ENVELOPE OF THE BUILDING. SHALL IIAVE THE FOLLOWING MEANINGS: p/30FESS 5 LAVATORY 1 1/4 1 1 CARBON MONOXIDE ALARM.A SINGLE OR MULTIPLE-STATION DEVICE THAT HAS(J)A SENSOR JEFFREY T. BUTLER, P.E. CAPABLE OF DETECTING THE PRESENCE OF CARBON MONOXIDE AND(2)AN ALARM THAT SOUNDS SHOWER(BASED ON THE TOTAL FLOW RATE WHEN CARBON MONOXIDE IS DETECTED. THROUGH SHOWERHEADS AND BODY SPRAYS) CARBON MONOXIDE DETECTOR.A DEVICE THAT(1)HAS A SENSOR CAPABLE OF DETECTING THE tp FLOW RATE: PRESENCE OF CARBON MONOXIDE AND(2)IS CONNECTED TO AN AL.ARIM CONTROL UNIT THAT O 5.7 GPM AND LESS 1 1/2 SOUNDS AN ALARM WHEN CARBON MONOXIDE IS DETECTED. MECHANICAL SYSTEM FEATURES: MORE THAN 5.7 GYM UP TO 12.3 GPM 2 7 } HEATING:NATURAL GAS HYDRONIC DISTRIBUTION,95°lo EFF MORE THAN 12.3 GPM UP TO 25.8 GPM 3 m 2016 SUPPLEMENT PUBLICATION DATE:MARCH,2016 z O @ WATER HEATING:INSTANT HOT WATER,NATURAL GAS 95%EFF,0 GAL MORE THAN 25.8 GYM UP TO 55.6 GYM 4 CARBON MONOXIDE SOURCE.ANY APPLIANCE,EQUIPMENT,DEVICE OR SYSTEM THAT UJ u- COOLING:AIR CONDITIONER,ELECTRIC, 14.5 SEER FOR SI: I INCH=25.4 mm, 1 FOOT=304.8 min. MAY EMIT CARBON MONOXIDE(INCLUDING,BUT NOT LIMITED TO,FUE7.FIRED FURNACES; 0 O D DUCT LEAKAGE TO OUTSIDE 50.00 CFM25 FUEL FIRED BOILERS;SPACE HEATERS WITH PILOT LIGHTS OR OPEN FLAMES;KEROSENE - WHOLE HOUSE MECHANICAL VENTILATION: HEATERS;WOOD STOVES;FIREPLACES;AND STOVES,OVENS,DRYERS,WATER HEATERS U) ►A 4343 Q O M 1507.3.3 MECHANICAL VENTILATION RATE.THE WHOLE HOUSE AND REFRIGERATORS THAT USE GAS OR LIQUID FUEL),GARAGES,AND OTHER MOTOR VEHICLE W �9 0 r MECHANICAL VENTILATION SYSTEM SHALL PROVIDEOUTDOOR RELATED OCCUPANCIES. 111 rQ 'DWELLING UNIT.A SINGLE UNIT PROVIDING COMPLETE,INDEPENDENT LIVING FACILITIES Z (P r AIR AT A CONTINUOUS RATE OF NOT LESS THAN THAT DETERMINED IN m ACCORDANCE WITH TABLE M1507.3.3(l). FOR ONE OR MORE PERSONS,INCLUDING PERMANENT PROVISIONS FOR LIVING,SLEEPING, Q $ EATING,COOKING AND SANITATION.DWELLING UNITS INCLUDE„BUT ARE NOT LIMITED TO, o USE:APRILAIRE MODEL 8100 WITH 8120 CONTROLLER. W � }- Q J 20CFM(CONTINIOUS),SEE DESIGN ON SHEET 5. ONE-FAMILY DWELLINGS,EACH UNIT IN A TWO-FAMILY DWELLING,EACH UNIT IN A MULTIPLE _ = Z O SINGLE-FAMILY DWELLING(TOWNHOUSE),BED AND BREAKFAST DWELLINGS,APARTMENTS, 4 O PROGRAMABLE THERMOSTAT REQUIRED FOR HEATING AND COOLING AND DORMITORY SUITES HAVING LIVING AREAS,BEDROOMS,BATHROOMS AND KITCHENS. SLEEPING AREA.A ROOM OR SPACE THAT CAN BE USED,EITHER ON AN OCCASIONAL ORQ Q O Z ENERGY COMPLIANCE: PERMANENT BASIS,FOR SLEEPING.SLEEPING AREAS INCLUDE,BUT ARE NOT LIMITED TO, C G REFER TO ENERGY COMPLIANCE METHOD BY OTHERS FOR COMPLIANCE METHOD BEDROOMS AND PLACES WHERE CHILDREN SLEEP IN A DAYCARE FACILITY.LOCAII6PER PLAN SLEEPING UNIT.A ROOM OR SPACE IN WHICH PEOPLE SLEEP,WHICH CAN ALSO INCLUDE Q 0 � AND PATH TO COMPLIANCE. THE MANUAL D,J AND 5 WERE COMPILED BY ENERGY TESTING SERVICES,(DATED 3-21-17)AND SUBMITTED AS PART OF THIS APPLICATION. PERMANENT PROVISIONS FOR LIVING,EATING,AND EITHER SANITATION OR KITCHEN FACILITIES MAX OPENING`-`M. BUT NOT BOTH.SUCH ROOMS AND SPACES THAT ARE ALSO PART OF A DWELLING UNIT ARE W U U � A REVIEW OF THESE DOCUMENTS FINDS THAT THE DATA,MECHANICAL DESIGN NOTE:FRESH AIR INLET TO RETURN DUCT O _m AND SPECIFICATIONS ARE IN COMPLIANCE WITH THE 2015 IRC,2ND PRINTING,AS 10 FEET MIN FROM HVAC BLOWER NOT SLEEPING UNITS.SLEEPING UNITS INCLUDE,BUT ARE NOT LIMITED TO,DORMITORY (n N o ADOPTED BY NYS AND THE 2016 SUPPLEMENT TO THE NEW YORK STATE ENERGY §RR312 �- SOUND ABSORBM SUITES WITH LIVING AREAS,BEDROOMS AND BATHROOMS. O _ O CONSERVATION CODE. GUARDS , 915.2.3 REQUIRED LOCATIONS.CARBON MONOXIDE ALARMS SHALL BE PROVIDED IN O THE LOCATIONS DETERMINED PURSUANT TO SECTION 915.2.3. •� AIR SEALING NOTES: §RR312.1 GUARDS REQUIRED.PORCHES,BALCONIES OR RAISED FLOOR f- EXCEPTIONS: o FRESH AIR TO HOUSE STALE AIR FROM HOUSE Q d- �Y MUUE81UU � THE CONTRACTOR IS RESPONSIBLE FOR AIR SEALING; SURFACES LOCATED MORE THAN 30 INCHES(762 MM)ABOVE THE FLOOR AI L E100 EEI.WHERE COVERAGE AT A LOCATION IS REQUIRED BY MORE THAN ONE PROVISION OF LL Z kV THE BUILDING ENVELOPE SHALL BE SEALED IN ACCORDANCE SECTION 915.2.3,PROVIDING ONE CARBON MONOXIDE ALARM AT SUCH LOCATION SHALL OR GRADE BELOW SHALL HAVE GUARDS NOT LESS THAN 36 INCHES .f-STALE AIR To otrrslDE FREsx.4tR FROM OUTSIDE / n- � =3 � WITH MANUFACTURERS'INSTRUCTIONS AND THE PROVISIONS (914 MM)IN HEIGHT. OPEN SIDES OF STAIRS WITH A TOTAL RISE OF MORE BE DEEMED TO SATISFY ALL SUCH PROVISIONS. n (CHECKLIST)OF THE 2015 IECC. THAN 30 INCHES(762 MM)ABOVE THE FLOOR OR GRADE BELOW SHALL BUTTERFLY DAMPER 2.IN LIEU OF A CARBON MONOXIDE ALARM,A CARBON MONOXIDE DETECTOR MAY BE U to HAVE GUARDS NOT LESS THAN 34 INCHES(864 MM)IN HEIGHT MEASURED PROVIDED AT ANY LOCATION WHERE COVERAGE IS REQUIRED,PROVIDED THAT SUCH ( /7 N 110 1.14(R401.3)CERTIFICATE(MANDATORY).A PERMANENT CERTIFICATE SHALL VERTICALLY FROM THE NOSING OF THE TREADS. CARBON MONOXIDE DETECTOR IS PART OF A SYSTEM THAT CAUSES AN ALARM TO SOUND BE COMPLETED BY THE BUILDER AND POSTED ON A WALL IN A SPACE WHERE AIR HANDLER AT SUCH LOCATION WHEN CARBON MONOXIDE IS DETECTED AT SUCH LOCATION. ( D ( THE FURANCE IS LOCATED. THE CERTIFICATE SHALL LIST THE PREDOMINANT §RR312.2 GUARD OPENING LIMITATIONS.REQUIRED GUARDS ON OPEN L0 rIIN NUTS:LOCATE FRESH AIR INIAD A MIN OF 915.2.3.1 ONE-FAMILY DWELLINGS. , , R VALUES OF THE INSULATION INSTALLED ROOFS/CEILINGS/WALLS/FLOORS/FOUNDATION) SIDES OFSTAIRWAYSRAISED FLOOR AREASBALCONIES AND PORCHES 10 FEET FROM ANY EXHAUST VENT. 915.2.3.I.I BUILDINGS CONSTRUCTED ON OR AFTER JANUARY 1,2008. AND DUCTS OUTSIDE CONDITIONED SPACES;U FACTORS FOR FENESTRATION AND SHGC SHALL HAVE INTERMEDIATE RAILS OR ORNAMENTAL CLOSURES THAT MAKE AND EXHAUST MUST BE A MIN 18"AGL 915.2.3.1.1,1 A CARBON MONOXIDE ALARM SHALL BE PROVIDED ON EACH STORY �'' � 9 2'0 PAGE : AND RESULTS FROM ANY REQUIRED DUCT SYSTEM AND BUILDING AIR LEAKAGE TESTING DO NOT ALLOW PASSAGE OF A SPHERE 41NCHES 102 MM OR MORE 1N CONTAINING A SLEEPING AREA,WITHIN 15 FEET OF THE SLEEPING AREA.MORE THAN DONE ON THE BUILDING. THE CERTIFICATE SHALL LIST THE VALUE FOR EACH COMPONENT, DIAMETER. ONE CARBON MONOXIDE ALARM SHALL BE PROVIDED WHERE NECESSARY TO ASSURE THE CERTIFICATE SHALL LIST THE TYPES AND EFFICIENCIES OF HEATING,COOLING AND WHOLE HOUSE MECHANICAL VENTILATION TIIAT NO SLEEPING AREA ON SUCH STORY IS MORE THAN 15 FEET AWAY FROM A CARBON SERVICE WATER HEATING EQUIPMENT. EXCEPTION:THE TRIANGULAR OPENINGS FORMED BY THE RISER,TREAD MONOXIDE ALARM. k r''rt G'$i yOUTTROLD THE ENGINNER IS NOT RESPONSIBLE FOR ANY ENVIRONMENTAL ILLNESSES CAUSED BY AND BOTTOM RAIL OF A GUARD AT THE OPEN SIDE OF A STAIRWAY ARE 915.2.3.1.1.2 A CARBON MONOXIDE ALARM SHALL BE PROVIDED ON EACH STORY THAT THE MANDATORY REQUIREMENTS OF THE ENERGY CODE OR THE PREMATURE DEGRADATION PERMITTED TO BE OF SUCH A SIZE THAT A SPHERE 6 INCHES(152 MM) CONTAINS A CARBON MONOXIDE SOURCE. OF ANY COMPONENTS OR FINISHES. CANNOT PASS THROUGH. REFER TO SITE PLAN BY PAUL BARYLSKI L.S. FOR ACTUAL GRADES SSE DETAIL SHEET FOR HIGH WIND CONNECTION REQUIREMENTS CONT, RIDGE VENT — - — RIDGE HEIGHT OPENING PROTECTION BY WOOD STRUCTURAL PANELS PERSUANT TO 1609.1.4, SEE 12 FASTENING SCHEDULE ON DETAIL SHEET IN THIS SET CONT, RIDGE VENT ASPHALT ROOF SHINGLES (TYP) – MEAN HEIGHT —12 — — 10 0 CONT, RIDGE VENT w a N —TOP OF PLATE z — — O w a m STEP z FLASHING, 1H _ TYP. HARDIE PLANK SIDING (TYP) _ — o -ASPHALT ROOF SHINGLES (TYP) LJH • + 12 N — 0 — TOP OF SUBFum m LOQR a m HARDIE PLANK SIDING (TYP) _ _ – v — — — - — — TOP OF CEILING o, z U) Li w in to LU o 56,d J_ TOP OF SUBFLOOR ttLu G� — _ — TOP OF FOUNDATION m GRADE _ GRADE �_ 54.0 GRADE 1 1 1 1 1 -------------------------------------- ---—------------------------------------- ——• 1 I , ----------------------- -------------—-------------------------------------—---------------------- — 1 1 1 1 , 1 1 I 1 � • 1 1 ' ' 1 1 1 1 i 1 ——————————————————————— ————————————————————— ———————————-——————' 1 1 1 1 1 1 1 1 1 1 ' U F__-� ►__-, � � � � � � STEP FOOT11�--�--, -- F--—{ 30 DEG MAX. 1 1 1 1 I i _ --- ----------- ------------ •---- • - - — TOP OF FOOTINCu `a I 1 1 `--- -----------------------------------------------------------i--- ------------------------------------- ---�------ -----------�------ a--- - a---. ------:-------------------------------------------------� ------------------------- - I I ---a--------------------------------------------------------------- ------------------------------ - -------------------------------------------------------- ------------------------- FRONT ELEVATION RIGHT SIDE ELEVATION lu : 1— N ul O O O CONT, RIDGE VENT }— Z cl) WOOD FRAME CHIMNEY — w/ HARDIE PLANK SIDING co [L m -- CONT. RIDGE VENT ASPHALT ROOF SHINGLES (TYP) 11- 12 - — l 1� CONT. RIDGE VENT ENGINEER: — - - — TOP OF PLATE — — — — — — — — ��F AEW Y ui ffui AL1 i V ASPHALT ROOF SHINGLES (TYP) o v - HARDIE PLANK SIDING (TYP) — — JEFFREY T. BUTLER, P.E. TOP OF SUBFLOOR _ _ — TOP OF CEILING m z W O 8 O Q u1 z v W v W Ln 9 0"x8 0" O.H.D. 9'O"x8'O" O.H.D. _ z O o � W O Q 40z° c _ — - - — TOP OF SUBFLOOR F- TOP OF FOUNDATION GRADE — - - GRADE Lu u V m I 4L O 13 CL I 1 1 1 1 1 1 1 1 1 � � � 1 I 1 1 1 1 ' Z ± _ ; 00 I I 1 1 1 1 l___——— a z J W __ _____________________________________________• 1 1 a ; • t——_—_ • O Q O 1 � I 1 -- --• 1 1 ' V -----SCEP FOOTING ; 3o DEG MAX. I � � I 1 a--------------------------------------------------------------------------a --' — - - — TOP OF FOOTI1NG ---- -------------------------------------------------------------------------------------------------------------------------------------- � ____a_ ''AGE _`___' ---------------------------------------- - • LEFT SIDE ELEVATION REAR ELEVATION 2 of g R905.1.2 ICE BARRIERS: SEE DETAIL SHEET FOR IN AREAS WHERE THE HAS BEEN A HISTORY OF ICE FORMING HIGH WIND CONNECTION CONTINUOUS AIR VENT BAFFLES 6 FRAMING BAY ALONG THE EAVES CAUSING A BACKUP OF WATER AS DESIGNATED OWENS CORNING "RAFT-A-MATE" - TO BE INSTALLED IN TABLE R301.2(1),AN ICE BARRIER SHALL BE INSTALLED FOR REQUIREMENTS SO THAT AIR FLOW IS NOT RESTRICTED. ASPHALT SHINGLES,METAL ROOF SHINGLES,MINERAL SURFACED KOLL ROOFING,SLATE AND SLATE-TYPE SHINGLES.WOOD SHINGLES DO NOT COMPRESS INSULATION, AND WOOD SHAKES.THE ICE BARRIER SHALL CONSIST OF NOT FEWER OPENING PROTECTION BY THAN TWO LAYERS OF UNDERLAYMENT CEMENTED TOGETHER.OR A WOOD STRUCTURAL PANELS SELF-ADHERING POLYMER-MODIFIEDBITUMEN SHEET SHALL BE USED PERSUANT TO 1609.1,4, SEE IN PLACE OF NORMAL UNDEKLAYMENT AND EXTEND FROM THE LOWEST EDGES OF ALL ROOF SURFACES TO A POINT NOT LESS THAN FASTENINGSCHEDULE ON 24 INCHES(610mDETAILSH rn)INSIDE THE EXTERIOR WALL LINE OF THE BUILDING. DH ON ROOFS WITH SLOPE EQUAL TO OR GREATER THAN 8 UNITS VERTICAL DETAIL SHEET IN THIS SET IN 12 UNITS HORIZONTAL,THE ICE BARRIER SHALL ALSO BE APPLIED NOT LESS THAN 36 INCHES(9141nm)MEASURED ALONG THE ROOF SLOPE FROM THE EAVE EDGE OF THE BUILDING. EXCEPTION:DETACHED ACCESSORY STRUCTURES Z NOT CONTAINING CONDITIONED FLOOR AREA. u w a ID z 491311 p EAVE DETAIL Lu 21211 lJ J O 511 381O 4 L 21011 fa d) z 0 A z 0 121 611 u J CENTERLINE OF ,� III 8" THICK X 8'0" HIGH P,G, DOOR ABOVE p Q WALL ON 16" >< S" FOOTING I N PROVIDE (3) 04 BARS IN FOOTING w T PROVIDE TIE DOWNS AT EACH CORNER w m POURED CONCRETE FOOTING, TYP, ♦ L,O, STOOP ABOVE "'♦ "' � _____ ,_�_�_____________�_ . SIMPSON HDU 5 (TYPICAL) - SEE DETAIL SHEETS ' e -'— - — - ~ -EP -- — - — - —'- 8 PROVIDE 5/8" ANCHOR BOLTS 32" O.C. MAX. .2-2x10 ACQ GIRDER. 7 , r-' ♦--' ♦-�' WITHIN 1' OF EACH SPLICE IN SILL PLATE SEE DETAIL SHEET FOR INSTALLATION t ry d � I N ------- ----- ----2Sll -- ------------------------ -----------2xB_ACQ1EnrSER --------- a __y___ _1 ----------------------____________________ RIDGE VENT d D d d D o d D d D o d D c d D Q d D d D v d----------------------------------- SHINGLE RIDGE CAP—� ' ---------------------- ------------------------------------------------------ ---D--4---� I ' - - 1 z _EXHAUST AIR a° ; 0 w 1 v 1 :--------1' I � m S � , 1 � I D -----i � ROOF SHEATHING (TYP.) � � � w FELT PAPER , , - o 00 1 ° , N D� EXCAVATED CELLAR I FURN c� ' — - ' ' _ W 1 RAFTER w ►�- L1 i ; @ 4" P,C, SLAB (3500 PSI) ON 4 MIL VINYL 4 w 4 VAPOR BARRIER ON 4" COMPACTED 0 4'x5'x5/8" F.C. GWB OVER LLt O rlPOUROUS FILL FURNACE PER CHAPTER 13LLL 1: f (UNFINISHED) OF THE 2015 IRC, 1 • ' .4 Q U PC nUI I^ ---------- W -----'W ' ' e — 6f 111 l/ RIDGE BEAM Z ' ' !_I l V 1 (t 1 tl 1 1 1 t t D t r n D� ; I _ 12-1 3/4"x11 1/8" 2-1 3/4"x11 l/8"' I 2-1 3/4"Al -1/8" RIDGE VENT DETAIL 1 , N 1 LVL GIRDER , 1 LVL GIRDER 1 —� 1 LVL GIRDER ' al I 5' 10'/i' 5' 10'/2" 1211 61711 •-- ---. . .------ � � 1 _ f- n. ' ' •--- ---• •-- ---• •--- ---+ --r---• ' BEA POCKET ' 1 3/4"x11 l 2-I 3/4"x11 l/8'� 2-1 3/4x11 l/8" ' 2-1 3/4"x11 -1/8" _ I ' �j I CsRO T SOLID ; ao j x VL GIRDER LVL GIRDER: I1 7I LVL GIRDER 1L to BEAM POCKET I I U I I O I ��1 O GROUT SOLID 0c1l _ o r I I (V u I F I Q 00 I 1 Hi N Cry i N N' , N N N CN cSJ t fl 1 l!- I r mca 1 1 1 1 X O °'J ' I • --------------- 1 , O 111 1 1 , 1 1 HJ Z---------- -- W t 0 1 �t V o a 00 , d D d o 1 I a D d o ° d D d o • d D d D d D d p ♦ i o 1 ' 1 1 , ♦ ♦ ° _ '♦ ♦ 1 1 1 1 I v I ♦ �> ♦ � - � .. s - - 1 11 1 1 1 ♦ ♦--________r' 0 ♦' '� 1 1 91811 AYl O11 71 OII , C, , 6t V/111 , ° , ♦ N a N ♦ r � ________ 1 1 1 1 I ♦♦ D � 'I ----------- ' COMPACT FILL ' , D , 2-2x6 ACQ SILL CEILING DRYWALL TAPED O ; 4 •------------- -• 5/5" ANCHOR BOLTS m 32" O,C. o - I 1I � 1I v •I --v--,-d----------D--- SILL SEAL OENGINEER:O WALL DRYWALL COPPER TERMITE SHIELD 8 GONC, X 8'O LL R HIGH P,C, DRYWALL CAULKED, GLUED w ; FOUNDATION (3000 P51) OR GASKETED TO TOP PLATE �' ' ' ' 4 ' WALL ON 6 X S" FOOTING UNEXCAVATED c��1RACxE ' I Q PROVIDE (3) 04 BARS IN FOOTING �` d DRYWALL CAULKED, GLUED 4" P.C. SLAB 'o ; POURED CONCRETE FOOTING, TYP, T, W OR GASKETED TO BOTTOM PLATE 6"x6" 10/10 W,W,M, D PROVIDE 05 BAR, 48" O,C, VERTICAL Z ON 4" POUROUS FILL PER TABLE 404,1,1 (2) ` *- 0 O PITCH TO O,H,D, i a°a ; DAMPROOF BELOW GRADE BOTTOM PLATE CAULKED N oo ; ; W S 073 9� P SEE DETAIL SHEET FOR 'L R OR GASKETED TO SUBFLOOR N m o> ANCHOR BOLT SPACING �O� 1 1 Z I , RO PFESS 1 I O 1 v 1 JEFFREY T. BUTLER, P,E, SUBFLOOR GLUED, CAULKED OR � ' 0 �• I � _ ^ GASKETED TO RIM JOIST/RIM CLOSURE 1 I RIM JOIST/RIM CLOSURE CAULKED OR GASKETED TO TOP PLATE 1 I nO '' 1 • 1 v r , � m DRYWALL CAULKED, GLUED W i i Q i ; Z N e w o OR GASKETED TO TOP PLATE "- U. I 1 a - ., 1 1 ❑ O Q z DRYWALL CAULKED, GLUED OR GASKETED TO BOTTOM PLATE •-----____---___a_d e---__e-;_ O z ^ 1 e d D Q •c • d D D D 77 ' D =W ----------_-----------_____ -qN z BOTTOM PLATE CAULKED ' G m U1 O OR GASKETED TO SUBFLOOR > 0 < � Oz SUBFLOOR GLUED, CAULKED OR O U GASKETED TO RIM JOIST/RIM CLOSURE0 V 1- y RIM JOIST/RIM CLOSURE CAULKED 68 7' 1011 LiJ N O OR GASKETED TO TOP PLATEFOUNDATION FJ... I �l - CD O � O In 22'011 141611 21611 4'011 2'611 1'91 2'011 a o DRYWALL CAULKED, GLUED O O OR GASKETED TO TOP PLATEQ � SMOIGE DETECTOR INTERCONNECT PER CODE 491 311 ELI W l e CARBON MONOXIDE DETECTOR a ONE PER FLOOR AIR SEALING DETAILS PAGE : NOTE: 3 f PROVIDE FLOOR JOISTS WITH "FLAK JACKET" PROTECTION O ON FIRST FLOOR TO COMPLY WITH 8302,13, EXCEPTION 4 SEE DETAIL SHEET FOR HIGH WIND CONNECTION REQUIREMENTS OPENING PROTECTION BY WOOD STRUCTURAL PANELS PERSUANT TO 1609.1.4, SEE FASTENING SCHEDULE ON DETAIL SHEET IN THIS SET z 0 u w a z z 473" O LU 2'2" 45' 1 Q W N z 66" 16'6" 13'4" 8,9„ 0 � A z 0 U J 7 Q1 STEPO Q STOOP, 9) m STOOP STEPS AND RAIL m M /5/4"x6" DECKING TO GRADE PER CODE 3/Oix5/2-2 12068 SLIDER 3/0x5/2-2 FM7 (2) 1 3/4" X Il l/8" LVL HDR. 2-2x10 HDR. o - ►-----+ KITCHEN o LIVING ROOM z 0 9'0" GLG. HGT, o SO" GLG. HGT. �q � cv p @ m ISLAND DINING AREA O 42 PREFAB GAS DIRECT ^' O' @ 9'O" GLG. HGT. _� VENT FIREPLACE WITH' x _ SINK1 _ O ~ RAISED HEARTH w ° RANGE � AND WOOD MANTLE _ I I o p I I 25'6" 18'7„ O CD 0 x 6" WALL 2-2x10 HDR BEARING: WALL N — N 2'6" ww,alu o N BEARINGS WALL t 7 O se 3'0" 2'6" _ (2) 1 3/4"x 11 1/8" LVL FLUSH N 2-2xlO HD 2-2xIO HDR ILi BATH u m , \--L, 90 X GLG. HGT..4 ° o ®E.F. o � DENN - II.L I0 N N "' 9'O" GLG. NGT, O . N u MUD ROOM lo BO N ` O - t•In =- lu � O 612„ 4,0„ 2 0„ O 9 O GLG. HGT. , rt ►� r N r @ FOYER Q ? Q cv 6'8" o = ZN N — In N cYl O N O -r Ll1 2-2xIO HDR SHOWER O W SEARING UL�ALL - — - — - 2-2x10 HDR 4¢ 1 LU ClJ J068-3068-1068 +i , STEP \ MASONRY N o o STOOP AI use 2-2x10 HDR ti ���} Q c(1 \ m \.0 \0 FINISH PER x, Q x N AGREEMENT ^I 2/4x5/2 1L. QLL 6 -1 I O 1 w - (4)-2x8 HDR - 6"x6" POST, CZ O r2x10 .R. 16" O.G. 2x10 R.R. 16" O. .C = ANCHOR PER DETAIL O x ( STEP N ENGN y (P � � of oR m I Q Qty B ✓T�� /�-* Al- N y rq O 1 r FASTEN SHEATHINGS TO N N cv I 2 CAR GARAGE Ox o _ O�2 � `3 v� P HEADER WITH 8D COMMON N NAILS,3" GRID, 5/&" F.G. GWB ON WALLS S 7349 2-I 3/4"xll 1/8" LYL HDR Q I AND CEILING PER CODE PR ESS" 1 1/4" COIL STRAP (50TH SIDES) --r (8) 100 NAILS, STUD Q j ' (8) IOD NAILS,HEADER/TOP PLATE O -� I JEFFREY T. BUTLER, P.E. 1/2" GDX SHEATHING= WITH O � C1 8 D COMMON NAILS,3" FIELD �x 2x10 C.4 6 16" O.C. N W 0 m 3" O.C. PERIMETER, O x STRAP TO R DGE O 32" O.C. - m m ' UO m SIMPSON HDU 5N r z 8 5/8" ANCHOR SOLTS 32" O.G. MAX. o L110" w tL WITHIN I' OF EACH SPLICE IN SILL PLATE ' a SEE DETAIL SHEET FOR INSTALLATION I z co 71 n- I2-2x10 HDR. LLI � �4 O p O W m -L o zm 3/0x5/2-2 = Q o GARAGE PORTAL DETAIL , _ = Z 00 m } Ul Z O O I I'0" Q Z I I'0" 3' P 1 1'4'/z" 2'0" 2'0" O � � 0 = Y 22'0" 14'5112" 2,6„ J,0„ 2,6„ 1,9,/z„ w U u O N 473" O ct) ui 12 U- O O O FIRST FLOOR PLAN LIVING AREA = 1160 SQ.FT, GARAGE AREA = 490 SQ,FT. COVERED ENTRY AREA = 35 50.FT. � SMOKE DETECTOR PAGE : INTERCONNECT PER CODE e CARBON MONOXIDE DETECTOR ONE PER FLOOR 4 /'' } SEE DETAIL SHEET FOR CONT RIDGE VENT VENT HIGH WIND CONNECTION 2X12 RIDGE REQUIREMENTS 2x10 RAFTERS PROVIDE ICE BARRIER 1/2" GDX SHEATHINGS PER 890 5 IB" FELT TO" ALL TYPICAL ALL NAILIL OPENING PROTECTION BYS WOOD STRUCTURAL PANELS ASPHALT ROOF SHINGLES MIN, ROOF VENTILATION 1:300 OF THE INSULATED 2x4 C.T. m 16" O.G, CONT, RIDGE VENT P FASTENING TO 1EDUL4, SEE CEILINGS AREA UNIFORMLY DISTRIBUTED - :- 1=AvE PROTECTION TO EXTEND FROM THE LOCATED IN UPPER 1/3RD c FASTENING SCHEDULE EDGE OF THE ROOF, 36" UP THE SLOPE 12 OF ATTIC PER 3.2.5.1 DETAIL SHEET IN THIS SET OF 2015 WFGM BUT NOT LESS THAN 12" BEYOND 70 THE INTERIOR FACE OF THE EXTERIOR WALL BAFFLE AS REQUIRED FOR ROOF VENTILATION ATTIC UNFINI5HED - p Z 5-IOd z 8-49 INSULATION — - TOP OF PLATE NAILS - — w 0. 1/2" GWt3 N z IXfo AZEK FASCIA _ ON 2X6 SUB FASCIA z 0 1'4" OVERHANG= w AZEK SOFFIT WITH CONT MASTER BEDROOM MASTER BATH SCREENED VENT o o m 0o °O Z SIMPSON STRONG—TIE HO HURRICANE TIE z zu w � - 3/4" SUBFLOOR t V TOP OF SUBFLOOR z w 0 a a — " " — TOP OF CEILINGS `2 - 11 1/8" TJI 2306 16" O.C. - w 1/2" GWB - 1/2" GWB 2x6 STUDS - R-21 INSULATION - 1/2" COX SHEATHING - HARDIE WRAP 471- HARDIE PLANK SIDING - b " a o LIVING ROOM BATH 45' 1" 2'0" 66" 16'61' V 13'4" 9" U) Lu y 3/4" SUBFLOOR — - - — TOP OF SUBFLOOR w i TOPOF FOUNDATION --------------------------------------------------------------------------------------------- _ R-30 INSULATION ; 2/0x4/6-2 2/0x4/6-2w 2/0x4/6-2 11 1/8" TA 230 A 16" O.C. PITCH RADE ' m 1 , 1 • l2) 1 3/4"x11 1/8" LVL GIRDER o,• AWAY Fr20M I 2-2x10 HDR 2-2x10 HDR 2-2x10 HDR , �• I � � ,♦ •� FFOUNDATION , I 2-2x6 ACQ SILL ' ' EXCAVATED CELLAR ' , 12'0" 5'2" (Y 1 9'5" 16'6" ' 5/8" ANCHOR BOLTS A 36" O.C. SILL SEAL ' ' e; 3 1/2" STEEL COLUMN 4" P.C. SLAB (3500 P51) ON 4 MIL VINYL a; 30"X30"X12" POURED VAPOR BARRIER ON 4" COMPACTED • °O ' W.I.C, `* pia COPPER TERMITE SHIELD CONCRETE FOOTING POUROUS FILL ' ; ' p U N 66 ' 6 6 42" PREFAB GAS DIRECT 8" CONC, X 8'0" HIGH P.C. '• FOUNDATION (3000 PSI) >• (TYPICAL) (UNFINISHED) 4•• I - O`9 RAISED HEARTH _ WALL ON 16GS" X 8" FOOTING .� •� ' PROVIDE l3) •4 BARS IN FOOTINGS '! ' p VENT FIREPLACE WITH •, ..• ; � � TUB/SHOWER p POURED CONCRETE FOOTINGS, TYP. •• •• I ' 0 AND WOOD MANTLE _ 4 SLAB e; , BEDROOM 3 BEDROOM 02 MASTER ' o DAMPROOF BELOW GRADE �'. .• . . . . . . . . . . . . . . . . ... .. . . . ... ----- — - - — TOP OF FOOTINGS 6 8 O NGT w 6 UL APPROVED _ - U p " cLG, 8'0" CLG, HGT. BEDROOM o O �1 0 SEE DETAIL SHEET FOR COMPACTED SOIL ;.•„:',.; -”--"-• I N N - 8'O" CLC, HGT, N N n ANCHOR BOLT SPACING b I BATH o OL � CLG, HIS 4,8" 4„ 7,0„ 5,0" p 9'5" g,2„ 4„ 8,0„ SECTION A-A I 3 LL I a ®E.F, \!) r ' C0 W 4'0„ 2-2x10 HDR BEARINGS WALL 2'4" POCKET DOO n j 2-2xIO HD _ 2'6"_ 2'6" � - 2-2xI2 RIDGE ' 1►� f 0 CLO cl 0" 2-2x1O HDR 2-2xIO HDR - - — - — - — - 2-2x10 HDR to Y W.I.C. I t1 M Q NOTE: N BATH x , PROVIDE FLOOR JOISTS WITH "FLAK JACKET" PROTECTION UI 8'0" cLG. HOST, 11-L ON FIRST FLOOR TO COMPLY WITH 8302,13, EXCEPTION 4 o RAIL PER CODE 2'6„ N 6" WALL 2-2x10 HDR BEARINGS WALL �( Ln O w U to cfJ = uw.W.r. o0 00 0 W,c. , i+ LA z LAY L V I \ O J� —W-r-1, 2-2x10 HDR p p U \/ 1 1 Q m o I Lu HALL A- 2X8 R.R.,16" O.C. LAUNDRY e — /\ ' p (LAYOVER) , CLO. N ,T. I u- O° VENT 8'0" CLG, HGT, F 00 C MASTER BATH Q � sHowER lu v 8'0" CLC, HGT, fo\6'2" 2-2xIO HDR Ix FUJI] 5'2' 0 3'4" 3'4" 6'2" 3' 10" 14 , ENGINEER, iCLO. `V 2-2X10 HDR - TUB 1 2/4x4/6-2jO 3/4" X 9 Ir4" LVL 2-2x10'HDR ,y��* c4 co �1 I�il 2/4x4/6 •-------------1Mk1-------------• 4u2 \ 0 073eg O�Pv ROFESS� JEFFREY T. BUTLER, P.E. D m U U z o e W a � U Q z W o r U! m 7o Z (p 1 > In z d W :E Z o 4 } ui ::3 Q � Oz O t 0 y W U V Cn o O - o 0 0' o O � 4 41 � � o U 22' 11 I I'4'/z" 2'0" T 0" SECOND FLOOR FLAN 34'31/2' 2,6" 4, 2,6„ ['91/2" 2,0" ej LIVING AREA = 1116 SQ.FT, PAGE :4T 1" SMOKE DETECTOR INTERCONNECT PER CODE of C3 e CARBON MONOXIDE DETECTOR ONE PER FLOOR PROVIDE DOUBLE STUD STUD/POST l3J AND SIMPSON HDU5 FLOOR TO FLOOR CONNECTOR PER DETAIL SHEET (TYPICAL) I _ MANUFACTURING • - PURPOSES ° ` . 0 FLOOR JOIST HDU /8" THREADED ROD e • • e O � e a • z TYPICAL HDU TIE BETWEEN FLOORS w 0 PRE5ERVATIVE-TREATED BARRIER MAY BE p REQUIRED p FOR HOEDOWNS, PER ASTM TEST STANDARDS, • 0 p ° ANCHOR BOLT NUT SHOULD BE FINGER-TIGHT 0 e 0 PLUS 1/3 TO 1/2 TURN WITH A HAND WRENCH, ° p ° 0 WITH CONSIDERATION GIVEN TO POSSIBLE p • FUTURE WOOD SHRINKAGE. CARE SHOULD BE TAKEN TO NOT OVER-TORQUE THE NUT. Z VERTICAL HDU INSTALLATION IMPACT WRENCHES SHOULD NOT BE USED. w 0 J� m HDU5 DETAILS `n w O MANUFACTURED BY SIMPSON STRONG-TIE COMPANY, ING. NOT TO SCALE m a IWL U x 111 t� t % 3: t Lu 0 SHEAR WALL KEY :3 Pl XOm NOTE FOR SHEAR WALLS 8d IS FOR GALVANIZED BOX NAIL OR COMMON NAIL } (� Z co LL AT ALL EXTERIOR WALLS AND WHERE NOTED Q 11„ cv a15/32" CDX OR OSB WITH 10d AT 4" O.G. AT PANEL EDGES AND 6" O.C. FIELD. STUDS AT 16" D.C. MAX. 1.0 ENGINEER: OF NE W OD TI DOWN LOCATIONS � `� d 5�CO1�lU FLOOR � � _ W * l� z APPENDIX U y1 ` u " SOLAR-READY PROVISIONS-DETACHED ONE-AND TWO- 0 SCALE= I/4 -)O ________________________________• FAMILY DWELLINGS,MULTIPLE SINGLE-FAMILY DWELLINGS 0, (TOWNHOUSES) S 34 Qv SECTION U 101:SCOPE U101.1 GENERAL. JEFF Y LER, P.E. THESE PROVISIONS SHALL BE APPLICABLE FOR NEW CONSTRUCTTON WHERE SOLAR READY PROVISIONS ARE REQUIRED. O , 1 , SECTION U102:GENERAL DEFINITIONS SOLAR-READY ZONE. A SECTION OR SECTIONS OF THE ROOF OR BUILDING OVERHANG DESIGNATED AND r , 2 i RESERVED FOR THE FUTURE INSTALLATION OF A SOLAR PHOTOVOLTAIC OR SOLAR to THERMAL SYSTEM. z R SECTION U103:SOLAR-READY ZONE W `- --------------- ------------------------------------------- U103.IGENERAL. Q O a NEW DETACHED ONE-AND TWO FAMILY DWELLINGS,AND MULTIPLE SINGLE-FAMILY c DWELLINGS(TOWNHOUSES)WITH NOT LESS THAN 600 SQUARE FEET(55.74 M)OFz ROOF AREA ORIENTED BETWEEN 110 DEGREES AND 270 DEGREES OF TRUE NORTH SHALL COMPLY WITH SECTIONS U103.2 THROUGH U103.8. cr Ul m A o I.NEW RESIDENTIAL BUILDINGS WITH A PERMANENTLY INSTALLED ON-SITE Z (p i C RENEWABLE ENERGY SYSTEM. O 2.A BUILDING WITH A SOLAR-READY ZONE THAT 1S SHADED FOR MORE THAN p 70 PERCENT OF DAYLIGHT HOURS ANUALLY. W z U103.2 CONSTRUCTION DOCUMENT REQUIREMENTS FOR SOLAR READY ZONE: = Z 0 0 CONSTRUCTION DOCUMENTS SHALL INDICATE THE SOLAR READY ZONE. } u 0 U103.3 SOI AR-READY ZONE AREA. *� THE TOTAL SOLAR-READY ZONE AREA SHALL BE NOT LESS THAN 300 SQUARE FEET CQ z (27.57 M)EXCLUSIVE OF MANDATORY ACCESS OR SET BACK AREAS AS REQUIRED G BY THE INTERNATIONAL FIRE CODE.NEW MULTIPLE SINGLE FAMILY DWELLINGS c• O U (TOWNHOUSES)THREE STORIES OR LESS IN HEIGHT ABOVE GRADE PLANE AND WITH A TOTAL FLOOR AREA LESS THAN OR EQUAL TO 2,000 SQUARE FEET(185.8 M) Q H }��+ CALCULATION: (/� Ii`I PER DWELLING SHALL HAVE A SOLAR READY ZONE AREA OF NOT LESS THAN 150 50 ) \ V f� V }.. TIO 1 `t SQUARE FEET(13.94 M).THE SOLAR-READY ZONE SHALL BE COMPOSED OF W u 6 AREAS NOT LESS THAN 5 FEET(L52 M)IN WIDTH AND NOT LESS THAN 80 SQUARE � Cn Q Q FEET(7.44 M)EXCLUSIVE OF ACCESS OR SET BACK AREAS AS REQUIRED BY THE M w INTERNATIONAL FIRE CODE. O U_ U103.40BSTRUCTIONS. O -� LIVING AREA - 2214 50.FT. SOLAR-READY ZONES SHALL BE FREE FROM OBSTRUCTIONS,INCLUDING BUT NOT O � Q LIMITED TO VENTS,CHIMNEYS,AND ROOF-MOUNTED EQUIPMENT. cc Q 2214 50.FT. o 3 WATTS PER 5Q,FT. - 6,642 WATTS U103.5 ROOF LOAD DOCUMENTATION. I- THE STRTUCl'URAL DESIGN LOADS FOR ROOF DEAD LOAD AND ROOF LIVE LOAD SHALL z v a ID m 0 6,642 WATT5/15 WATTS PER SQ.FT, OF ARRAY CAPACITY BE CLEARLY INDICATED ON THE CONSTRUCTION DOCUMENTS. U • 442,5 SQ.FT. OF ARRAY AREA TO BE DESIGNATED U 103.6 INTERCONNECTION PATHWAYS CONSTRUCTION DOCUMENTS SHALL INDICATE PATHWAYS FOR ROUTING OF CONDUIT OR PLUMBING FROM THE SOLAR READY ZONE TO THE ELECTRICAL SERVICE PANEL OR AREA I - 532 50. FT. SERVICE HOT WATER SYSTEM, U103.7 ELECTRICAL SERVICE RESERVED SPACE. OO FLAN TOTAL AREA PROVIDED FOR FUTURE SOLAR - 995 SQ. FT. THE MAIN ELECTRICAL SERVICE PANEL SHALL HAVE A RESERVED SPACE TO ALLOW PER APPENDIX U, MEETS MIN REQUIREMENTS INSTALLATION OFA DUAL POLE CIRCUIT BREAKER FOR FUTURE SOLAR ELECTRIC INSTALLATION AND SHALL BE LABELED"FORFORFUTURE SOLAR ELECTRIC"THE RESERVED SCALE: 1/8"-1'O" SPACE SHALL BE POSITIONED AT THE OPPOSITE(LOAD)END FROM THE INPUT PAGE : FEEDER LOCATION OR MAIN CIRCUIT LOCATION. U 103.8 CONSTRUCTION DOCUMENTATION CERTIFICATE. A PERMANENT CERTIFICATE,INDICATING THE SOLAR-READY ZONE AND OTHER REQUIREMENTS OF THHISS SECTION, TION,SHALL BE POSTED NEAR THE ELECTRICAL DISTRIBUTION PANEL,WATER HEATER OR OTHER CONSPICUIOUS LOCATION BY THE BUILDER OR REGISTERED DESIGN PROFESSIONAL. COPYRIGHT 2013 JEFFREY T. BUTLER, P.E., P.C. REPRODUCTION IN ANY FORM 15 PROHIBITED WITHOUT WRITTEN CONSENT FROM JEFFREY T. BUTLER, P.E., P.C. THE DESIGN OF THIS STRUCTURE IS BASED UPON THE PRESCRIPTIVE APPROACH USING THE GENERAL NOTES: l 3/4"MINIMUM BP Simpson Strong-Tie WOOD FRAME CONSTRUCTION MANUAL,HIGH WIND EDITION (WFCM)PUBLISHED BY THE 1.ALL WORK SHALL BE PERFORMED IN ACCORDANCE WITH ALL STATE,MUNICIPAL, EDGE DISTANCE H-2.5 CLIPS @ 16"O.C. Nailing Schedule (Table 3.1-American Wood Council) AMERICAN FOREST AND PAPER ASSOCIATION. (2015) LOCAL ZONING AND BUILDING CODES AND ORDINANCES HAVING JURISDICTION AND I USE 9-8d NAILS NON-STRUCTURAL ELEMENTS ARE BASED UPON 2015 IRC WITH 2016 UNIFORM CODE SUPPLIMENT BEST STANDARDS OF CONSTRUCTION PRACTICE. THE AMERICAN INSTITUTE OF IIS AT EACH STUD Joint Description Number of Nails PUBLISHED BY NEW YORK STATE. ARCHITECTS CONDITIONS SHALL APPLY TO ALL WORK PERFORMED ON THIS PROJECT. p Nail Spacing FOR THE CLIMATIC AND GEOGRAPHICAL DESIGN CRITERIA,SEE TABLE R301.2(l)ON COVER SHEET. ROOF FRAMING ALL NON-ENGINEERED LUMBER TO BE DOUGLAS FIR#2 OR BETTER 2.THE CONTRACTOR SHALL VERIFY ALL CONDITIONS AT THE SITE.ANY DISCREPANCIES Rafter to Top Plate(Toe-nailed) 2-16d per rafter WIND LIMITATIONS-SECTION R301.2.1 MUST BE BROUGHT TO THE ATTENTION OF THE ENGINEER PRIOR TO COMMENCEMENT Ceiling Joist to To Plate Toe-nailed 3-8d perrafter DESIGN CRITERIA-SECTION R301.2.1.1 (SEE TABLE R301.2.1.2 FOR WIND-BORNE DEBRIS PROTECTION OF CONSTRUCTION. THE CONTRACTOR SHALL.BE RESPONSIBLE FOR CORRECTIONS NOT g P ( ) p FASTENING SCHEDULE FOR WOOD STRUCTURAL PANELS) REPORTED ONCE HE HAS STARTED WORK EXCEPT FOR HIDDEN JOB CONDITIONS. Ceiling Joist to Parallel Rafter(Face-nailed) 3-10d each lap DEAD LOAD-SECTION R301.4 Ceiling Joist Laps over Partitions(Face-nailed) 3-10d each lap LIVE LOAD-SECTION R301.5 3.CONTRACTOR SHALL GUARANTEE TO THE OWNER THAT ALL MATERIALS AND 4" Collar Tie to Rafter(Face-nailed) 3-8d per tie SMOKE INDEX R302.9 EQUIPMENT INCORPORATED IN THE WORK WILL BE NEW,AND THAT ALL WORK WILL BE c Blocking to Rafter(Toe-nailed) 2-8d each end FLAME SPREAD INDEX R302.10 OF GOOD QUALITY,FREE FROM FAULTS AND DEFECTS FOR A PERIOD OF ONE YEAR FROM ' Rim Board to Rafter End-nailed 2- 16d each end FIRE BLOCKING R302.11 THE DATE OF THE FINAL CERTIFICATE OF OCICUPANCY. WALL FRAMING FIRE BLOCKING MATERIAL R302.11.] le D FIRE PROTECTION OF FLOORS R302.1.3 4.THE ENGINEER SHALL NOT BE RESPONSIBLE FOR THE CONSTRUCTION MEANS,METHODS, �+ Top Plate to Top Plate(Face-nailed) 2-16d(1) per foot LIGHT AND VENTILATION-SECTION R303 TECHNIQUES,SEQUENCES OR PROCEDURES,OR FOR THE SAFETY PRECAUTIONS AND �° �° �° Top Plates at Intersections(Face-nailed) 4-16d joints-each side MINIMUM ROOM AREAS-SECTION R304 PROGRAMS IN CONNECTION WITH THE WORK,AND HE SHALL NOT BE RESPONSIBLE FOR �<< 4 Stud to Stud(Face-nailed) 2-16d 24" o.c. CEILING HEIGHT-SECTION R305 THE CONTRACTORS FAILURE TO CARRY OUT THE WORK IN ACCORDANCE WITH THE SEE PLAN � & ,=; n n \� Header to Header(Face-nailed) 16d 16" o.c.along edges SANITATION-SECTION 11306 CONSTRUCTION DOCUMENTS. THE ENGINEER SHALL NOT BE RESPONSIBLE FOR THE ACTS ' TOILET BATH AND SHOWER SPACES-SECTION R307 OR OMISSIONS BY THE CONTRACTOR. NO CHANGES SHALL BE MADE IN THE DOCUMENTS 4 7 o D > t":D o D o D o Top or Bottom Plate to Stud(End-nailed) 2-16d per 2x4 stud 4 GLAZING-SECTION R308 AND/OR THE BUILDING AS DESIGNED WITHOUT THE EXPRESSED WRITTEN CONSENT OF THE ° 4 '/ t": �° <N GARAGES AND CARPORTS-SECTION R309 ENGINEER. z n nn nn nn 3-16d per 2x6 stud EMERGENCY ESCAPE AND RESCUE OPENINGS-SECTION R310 `' L,`� G) `� G,`� 4 o D 4-16d per 2x8 stud EXITS-SECTION R311 5.THE CONTRACTOR AND AIL SUBCONTRACTORS SHALL MAINTAIN CONTINUOUS ° Bottom Plate to Floorjoist,Bandoist STAIRWAYS-SECTION R311.5 INSURANCE COVERAGE INCLUDING STATUTORY POLICIES(WORKER COMPENSATION,ETC.) c o G fir` oo D <1 o D o D J J 2-16d(1,2) per foot HANDRAILS-SECTION R311.5.6 AND GENERAL LIABILITY IN AN MOUNT NOT LESS THAT$5 MILLION AND AUTOMOBILE '- <l 4 ° <I ° Endjoist or Blocking(Face-nailed) GUARDS-SECTION R312 LIABILITY AND DAMAGE COVERAGE NOT LESS THAN$2 MILLION. THE ENGINEER SHALL BE /n FLOOR FRAMING SMOKE ALARMS-SECTION R313 A NAMED INSURED ON ANY AND ALL POLICIES. a G' ^ n Joist to Sill,Top Plate or Girder(Toe-nailed) 4-8d per joist FOAM PLASTIC-SECTION R314 a 15 o c o c Bridging to Joist(Toe-nailed) 2-8d each end FLAME SPREAD AND SMOKE-SECTION 11315 6.PROVIDE COPPER TERMITE SHIELDS OVER TIBROUS INSULATION AT ALL PERIMETER SILLS. o o INSULATION-SECTION R316 Blocking to Joist( late(T 4 D (Toe-nailed) 2-8d each end DWELLING UNIT SEPARATION-SECTION R317 7.ALL WOOD IN CONTACT WITH CONCRETE OR MASONRY TO BE WOLMANIZED OR PRESSURE nn Blocking to Sill or Top Plate(Toe-nailed) 3-16d each block MOISTURE VAPOR RETARDERS-SECTION R318 CREOSOTED. Ledger Strip to Beam(Face-nailed) 3-16d each joist PROTECTION AGAINST DECAY-SECTION R319 N Joist on Ledger to Beam (Toe-nailed) 3-8d per joist PROTECTION AGAINST TERMITES-SECTION R320 8.A SINGLE STATION SMOKE DETECTOR ALARM DEVICE SHALL BE INSTALLED IN EACH WALL TO FOUNDATION Band Joist to Joist(End-nailed) 3-16d per joist SITE ADDRESS-SECTION R321 BEDROOM,ON ALL FLOORS AND SHALL BE ALL INTERCONNECTED PER CODE. w Band Joist to Sill or Top Plate Toe-nailed 2-16d per foot ACCESSIBILITY-SECTION R322 CONNECTIONS ELEVATORS AND PLATFORM LIFTS R323 9.ALL BATHROOMS WITHOUT OPERABLE WINDOWS TO BE MECHANICALLY VENTILATED Simpson Strong-Tie ROOF SHEATHING Structural Panels lOd SEE TABLE BELOW FLOOD RESISTANT CONSTRUCTION-SECTION R324 AS PER NEW YORK STATE CODE. SSTB28 WITH BP t Diagonal Board Sheathing FOUNDATIONS-CHAPTER 4 10.HEATING TO BE DESIGNED TO PROVIDE 70 DEGREES F.WITH OUTDOOR DESIGNED Simpson Strong-Tie 1"x6" or 1"x8" 2-8der support DESIGN BASED UPON PRESUMPTIVE LOAD BEARING VALUES OF SANDY GRAVEL AND/OR GRAVEL AIR-TEMPERATURE OF 0 DEGREES F.AND 151v4PH WIND. CS 16 1/a COILED STRAP- p pp ANCHOR BOLT DETAIL 16"O.C.USE 4-8d NAILS 1"x10" or wider 3-8d per support AT 3000 POUNDS PER SQUARE FOOT. CONTRACTOR TO CONSULT ENGINEER IF DIFFERENT SOIL AT EACH STUD,WRAP CEILING SHEATHING MATERIALS ARE FOUND UPON EXCAVATION,OR TEST HOLE,FOR ALTERNATIVE FOOTING AND 11.ALL ELECTRICAL WORK TO BE IN ACCORDANCE TO THE RULES AND REGULATIONS OF UNDER SILL PLATE Gypsum Wallboard Sd coolers 7" edge/ 10" field FOUNDATION WALL DESIGN. THE N.Y.B.F.U.AND A N.Y.B.F.U.CERTIFICATE,IS TO BE PRESENTED TO THE OWNER AT THE MIN OVERLAP IS 12" COMPLETION OF THE JOB. WALL SHEATHING OTE: to FOUNDATION NOTES: STRAPSMAY BE Structural Panels 10d SEE TABLE BELOW 5/8"ANCHOR BOLTS(SSTB 28)SEE CHART ON THIS SHEET FOR SPACING 12.PLUMBING INSTALLATION TO COMPLY WITH STATE AND LOCAL CODES AND THE Fiberboard Panels N PLACED EITHER 00 w� 8"POURED CONCRETE FOUNDATION WALL,8'0"HIGH,3000#TEST SEWAGE DISPOSAL SYSTEM TO MEET HEALTH DEPARTMENT STANDARDS. 7/16" 6d 3"edge/6"field MINIMUM DEPTH-SECTION 403.1.4,48"MINIMUM COVERAGE TO TOP OF FOOTING UNDER OR OVER • • • 25/32" 8d 3"edge/6" field 16"X 8"POURED CONCRETE WALL FOOTINGS,3000#TEST 13.DO NOT SCALE DRAWINGS. USE FIGURE DIMENSIONS ONLY. SHEATHING 00• 00 N 2-1 3/a"X 11 7/8"MICROLAM GIRDER(OR 3'/z"X 11 7/8"POWER BEAM) ° , • • • Gypsum Wallboard Sd coolers 7" edge/10"field 4"POURED CONCRETE FLOOR SLAB WITH 6X6X#10 MESH AND VAPOR BARRIER 14.ALL WORK TO CONFORM TO THE RULES AND REGULATIONS OF THE NEW YORK • • 0 0 Hardboard coolers 6" edge/12"field DAMP PROOFING AT EXTERIOR FOUNDATION BELOW GRADE-SECTION R406 ENERGY CONSERVATION CONSTRUCTION CODE. ALL GLAZED AREA TO BE DOUBLE • • • 00 30"X 30"X 12"DEEP POURED CONCRETE COLUMN FOOTINGS,3000#TEST GLAZED AND ALL EXTERIOR DOORS TO HAVE INSULATED CORES. Particleboard Panels $d 6" edge/12"field DECK AND PORCH FOOTINGS AS NOTED,3000#TEST,48"MINIMUM BURIED DEPTH n • �. • • • ' •0 w Diagonal Board Sheathing FOUNDATION WALL TO EXTEND A MINIMUM OF 8"ABOVE FINISHED GRADE 15.THE INSULATION PROTECTION AS INDICATED ON THESE PLANS EXCEEDS THE � • • � 1"x6"ort"x8" 2-8d per support ALL FOOTINGS TO BE CARRIED DOWN TO UNDISTURBED SOIL CODE'S MINIMUM STANDARDS. 0 • • • 1"x10" or wider 3-8d per support NO FOOTING SHALL BE SET HIGHER THAN A 30 DEGREE ANGLE FROM ANY OTHER FOOTING o • • • • . ' FLOOR SHEATHING POUR NO CONCRETE ON FROZEN GROUND OR IN FREEZING WEATHER 16.THESE DRAWINGS AND SPECIFICATIONS AIRE INSTRUMENTS OF SERVICE AND N ' Structural Panels PROVIDE 31/2"STEEL LALLY COLUMNS SHALL REMAIN THE PROPERTY OF THE ENGINEER WHETHER THE PROJECT FOR ' • • • ' • 1"or less Sd 6"edge/12" field BACKFILL SHALL NOT BE PLACED AGAINST THE WALL UNTIL THE WALL HAS SUFFICIENT WHICH THEY ARE MADE IS EXECUTED OR NOT. THEY MAY NOT BE USED • ' • • e ' g STRENGTH AND HAS BEEN ANCHORED TO THE FLOOR ABOVE,OR HAS BEEN SUFFICIENTLY ON ANY OTHER PROJECT EXCEPT BY WRITTEN AUTHORIZATION OF THE ENGINEER. , • . • • greater than 1" 10d 6"edge/6" field BRACED TO PREVENT DAMAGE BY THE BACKFILL(SECTION R404.1.7) • • • • Diagonal Board Sheathing 17.THE ENGINEER HAS NOT BEEN RETAINED FOR SITE SUPERVISION,ON-SITE ° 0 4 • • 1"x6"or 1"x8" 2-8d per support FLOORS-WFCM PRESCRIPTIVE METHOD INSPECTIONS AND CERTIFICATIONS AS REQUIRED OR REQUESTED BY THE OWNER, 00 ' • ' 1"x10" or wider 3-8d per support FLOOR FRAMING SHALL BE NAILED IN ACCORDANCE WITH TABLE 3.1 WFCM HIGH WIND EDITION CONTRACTOR OR LOCAL BUILDING DEPARTIMENT. e 0 • • • • DRAFTSTOPPING-SECTION R502.12 FIREBLOCKING-SECTION R502.13 0 • • • • UPLIFT-CONTINUOUS PATH CONNECTORS 00 • • i 1 (n1 alternate connectors, such as shear plates,shall be used to maintain the load path. FLOOR CONSTRUCTION: USE SIMPSON STRONG-TIE CONNECTORS 1 00 • • iJ-- '� 3/a"OSB PLYWOOD SUBFLOOR,FASTEN PER TABLE 3.1 WFCM FOLLOW PRODUCT SELECTION GUIDE AND ' • X FLOOR JOISTS:SEE FOUNDATION AND FLOOR PLANS,SPACING AS NOTED INSTALLATION MANUAL FOR HIGH WIND RESISTANT @ - • • 1 ` reduced to 1-16d nail per foot. FASTEN PER TABLE 3.1 WFCM CONSTRUCTION CATALOG C-HW02 00 LL 2-2X6 ACQ SILL WITH COPPER TERMITE SHIELD AND SILL SEAL 00 • x dl JOIST HANGERS,HOLD DOWN CLIPS,ETC.SHALL BE SIMPSON STRONG-TIE CO.,INC., OR APPROVED EQUAL(SECURED WITH FINISH FLOORS PER AGREEMENT ANCHOR BOLTS IN FOUNDATION USE: Simpson Strong-Tie 1f[ (1) Q ANNULAR NAILS,ETC.AS PER MANUFACTURER'S SPECIFICATIONS)FOR ALL FLUSH STRUCTURAL CONNECTIONS. PROVIDE SSTB28 WITH BEARING PLATE,SEE FOUNDATION CS 1611/4"COILED STRAP- SADDLE-TYPE,HEAVY DUTY BEAM HANGERS AS REQUIRED. ALL EXTERIOR CONNECTORS,FASTENERS,ETC.SHALL BE WALL CONSTRUCTION-WFCM PRESCRIPTIVE METHOD NOTES FOR SPACING 16"O.C.USE 4-8d NAILS 0 t- M V STAINLESS STEEL. PROVIDE WELDED STEEL CONNECTIONS FOR ALL FRAMING HANGERS,ETC.AT STEEL BEAMS,COLUMNS,ETC. WALL FRAMING AND FINISHING SHALL BE NAILED AND OR SCREWED (n�// 11 I IN ACCORDANCE WITH TABLE 3.1 WFCM • AT EACH STUD 1�- _ '- N d SILL PLATE O.C.A REM JOIST USE: MIN OVERLAY 1S 27" SILL PLATE TO RIM JOIST AND r- t I X6 PINE FASCIA,WRAP LTP4 16" .AT EXTERIOR PERIMETER • Y TABLE 3.11 (WFCM HIED EDITION) OVERHANGS AS NOTED crl ju - VINYL VENTED SOFFITS AND GARAGE/HOUSE COMMON WALL Cn (K 11 l (140 MPH 3-SECOND GUST= 120 MPH FASTEST-MILE WIND SPEED[PER TABLE R3-1.2.1.3) ALUMINUM GUTTERS AND LEADERS USE 4 8d NAILS AT EACH END FLOOR TO FLOOR CONNECTIONS RIM JOIST TO STUD CONNECTION o 7S WALL SHEATHING ATTACHMENT REQUIREMENTS FOR WEND LOADS SIDING:SEE ELEVATIONS GARAGE STUD TO GARAGE SILL PLATE USE: TYVEK HOUSEWRAP SSP CONNECTOR AT 16"O.C. O E3 O 1/s"OSB SHEATHING,SEE FASTENING SCHEDULE,TABLE 3.1 WFCMLU m U_ �Q STRUCTURAL SHEATHING MAXIMUM NAIL SPACING 2X6 STUDS @ 16"O.C.WITH 2X6 SHOE AND DOUBLE 2X6 PLATE USE 4 8d NAILS AT EACH END Z 0 1.L SHEATHING LOCATION STUD SPACING 1.11 OR PANEL SIDING FOR 8d COMMON NAILS 1/z"GYPSUM WALL BOARD RIM JOIST TO STUD CONNECTION USE: `_- Q (SEE NOTE 1) (INCHES,O.C.) (SEE NOTE 3) (INCHES,O.C.) 5/8"TYPE X GWB IN GARAGE MTS 12, 16"16"O.C. /� 0 1 1/2"SPACING BLOCKING AT cv /i'MR GWB IN WET AREAS � p-• USE 4 Sd NAILS AT EACH END 24"O.C.ALLOWS E 6 AT LEAST ONE WINDOW IN EACH SLEEPING ROOM SHALL COMPLY WITH THE ALLOWS p 4'EDGE ZONE 16 EXIT REQUIREMENTS OF SECTION 11310 NOTE DRILLING AND NOTCHING FLOOR TO FLOOR CONNECTION USE: HOLDDOWN HOLDDOWN � F 12(SEE NOTE 2) LIMITATIONS IN FIGURE R602.6(1)FOR BEARING WALLS AND FIGURE R602.6(2) MSTA 36, 16"O.C. INSTALLATION INSTALLATION SIDEWALL E 6 FOR NON-BEARING WALLS. USE 4 8d NAILS AT EACH END LL INTERIOR ZONE 16 FOLLOW EXTERIOR CORNER FRAMING DETAIL FIGURE R602.10.5 FOR CANTILEVER CONDITION USE MTS 12, 16" O.C. Ju F 12 USE 4 8d NAILS AT EACH END "-� ROOF ASSEMBLIES-WFCM PRESCRIPTIVE METHOD ENDWAL L7O E=NAIL SPACING AT PANEL EDGES(IN.) ASPHALT STRIP SHINGLES SHALL HAVE A MINIMUM OF SIX(6) RAFTER TO STUD CONNECTION USE: F=NAIL SPACING AT INTERMEDIATE SUPPORTS IN THE PANEL FIELD(IN.) FASTENERS PER SHINGLE(SECTION R905.6) MTS 12,EACH ROOF RAFTER HOLDDOWN ENGINEER: UNDERLAYMENT APPLICATION(SECTION R905.2.7) USE 8 16d NAILS AT EACH ENDO 1.FOR WALL SHEATHING WITHIN 4 FEET OF THE CORNERS,THE 4 FOOT EDGE ZONE ATTACHMENT FOR ROOF SLOPES OF TWO(2)UNITS VERTICAL IN TWELVE(12) (IIDUS) CORNER STUD ��NE / �, REQUIREMENTS SHALT.BE USED. UNITS HORIZONTAL(17-PERCENT SLOPE), RAFTER TO RIDGE TO RAFTER CONNECTION USE: CONNECTED TO QF B UP TO FOUR(4)UNITS VERTICAL IN TWELVE(12)UNITS CS20 USE 8-8d NAILS IN EACH END • p TRANSFER SHEAR o 2.TABULATED 12 INCH O.C.NAIL SPACING ASSUMES SHEATHING ATTACHED TO STUD FRAMING HORIZONTAL(33-PERCENT SLOPE),UNDERLAYMENT AT EACH ROOF RAFTER O 9 2 MEMBERS WITH G20.49.FOR FRAMING MEMBERS WITH 0.42<G<0.49,THE NAIL SPACINGS SHALL SHALL BE TWO(2)LAYERS APPLIED IN THE FOLLOWING MANNER. , -16d COMMON GW BE REDUCED TO 6 INCHES O.C. APPLY A 19-INCH(483 MM DECK POST TO CONCRETE CONNECTION USE: Z z STRIP OF UNDERLAYMENT FELT PARALLEL ,. ' ;a Q HOLDDOWN NAILS AT 10"O.C. ` WITH AND STARTING AT THE EAVES,FASTENED SUFFICIENTLY PBS44A FOR EACH POST-USE 14- 16d NAILS ; i•�•3! f (HDUS) r• , 3.FOR EXTERIOR PANEL SIDING,GALVANIZED BOX NAILS SHALL BE PERMITTED TO BE SUBSTITUTED TO HOLD IN PLACE. °• • 2-16d COMMON ID CORNER STUD ( ) DECK POST TO GIRDER CONNECTION USE: NAILS AT 6"O.C. a CONNECTED TO ?S 07349 P� FOR COMMON NAILS. STARTING AT THE EAVE,APPLY 36-INCH-WIDE 914 MM SHEETS OF UNDERLAYMENT,OVERLAPPING SUCCESSIVE SHEETS 19 INCHES(483 MM), PC44 FOR EACH POST AND FASTENED SUFFICIENTLY TO HOLD IN PLACE. Strong-Wa I 1 o TRANSFER SHEAR FOA TABLE 3.2B (WFCM HIGH WIND EDITION-2015) FOR ROOF SLOPES OF FOUR(4)UNITS VERTICAL IN TWELVE(]2)UNITS GIRDER TO DECK JOIST CONNECTION USE: SB for RO F ESS SILL OR BOTTOM PLATE TO FOUNDATION ANCHOR BOLT CONNECTIONS RESISTING LATERAL&SHEAR LOADS ICE PROTECTION(SECTION R 905.2.7.1) MTS 12 @ EACH JOIST Standard and JEFFREY T. BUTLER, P.E. MAXIMUM ANCHOR MAXIMUM ANCHOR UNDERLAYMENT IN HIGH WIND(SECTION R 905.2.7.2) PORCH POST TO DECK USE: Balloon- BOTTOM alloon- BOTTOM PLATE TO FOUNDATION FOUNDATION FLASHING(SECTION R 905.2.8) 2-AC4 -USE 14- 16d NAILS - Q BOLT CONNECTION RESISTING SUPPORTING BOLT SPACING(IN.) BOLT SPACING(IN.) CHIMNEY'S AND FIRESPACES-CHAPTER 10 Framing °° 0 (1/2"ANCHOR BOLTS) (5/8" ANCHOR BOLTS) ENERGY EFFICIENCY-CHAPTER 11,SEE ATTACHED REPORT PORCH POST TO GIRDER USE:2-AC4 Appl ICatlons w MECHANICAL-CHAPTER 12 USE 14-l 6d NAILS ° O 8 GENERAL MECHANICAL SYSTEMS CHAPTER 13 HOLD DOWN BRACKETS AT SHEAR WALL CORNERS z o HEATING AND COOLING EQUIPMENT-CHAPTER 14 PORCH ROOF RAFTER TO GIRDER USE: LATERAL AND SHEAR LOADS I-3 STORY 31 48 EXHAUSTEMS-C SYSTEMS-CHAPTER 15 MTS 12 AT EACH ROOF RAFTER ° AND WINDOW AND DOOR OPENINGS o 7 a DUCT SYSTEMS-CHAPTER 16 COMBUSTION AIR-CHAPTER 17 O U CHIMNEYS AND VENTS-CHAPTER 18 v4 NOTE:MAX 12"FROM EACH CORNER AND EACH SPLICE,PROVIDE BEARING PLATE BY SIMPSON,SEE DETAIL PLUMBING-PARTVII (FLOOR TO FLOOR&FLOOR TO W W th i Or Simpson Strong-Tie FOUNDATION;WFCM FIGURE 3.8a&3.8b) Q' U210 2X6 m •• AT EACH RAFTER 1 a 4-1Odx 1 1/2" = z O a TABLE 3.10 (WFCM HIGH WIND EDITION) Simpson Strong-Tie RIDGE TENSION STRAP W ROOF SHEATHING ATTACHMENT REQUIREMENTS FOR WIND LOADSAC4 CS20 USE 8-8d NAILS = } NOTE: Simpson Strong-Tie •• AT EACH POST IN EACH END AT (140 MPH 3-SECOND GUST= 120 MPH FASTEST-MILE WIND SPEED[PER TABLE R301.2(4)A) CS 16 11/4"COILED ATTACH LEDGER TO FRAMING • • EACH ROOF RAFTER 'Q Q z STRAP WIN MIN 12" MEMBER WITH 2-1/2"X 5"LAG STRUCTURAL SHEATHING MAXIMUM NAIL SPACING OVERLAP AT EACH BOLTS AT 16"ON CENTER O •' • O U )� SHEATHING LOCATION STUD SPACING ' o OR PANEL SIDING FOR 8d COMMON NAILSSTUD � �(SEE NOTE 1) (INCHES,O.C.) , Simpson Strong-Tie � H (SEE NOTE 3) (INCHES,O.C.) UU _V1 rz MTS30C OR CS 16 1/4 6 o• COILED STRAP O NO AT EACH ROOF RAFTER (n N ni •° O RIMETER EDGE ZONE 16 E 6 Li Simpson Strong Tie •. USE 8-16d NAILS AT LL _ 16 , U2]0 2X6 °o INTERIOR ZONE F 12(SEE NOTE 2) , •m EACH END RAFTER O_ AT EACH CEILING JOIST }- Z .4 pp GABLE ENDWALL RAKE AND RAKE TRUSS E 4 4-1 Od x 1 1/2" O 1—F 4 ° z w 4 r E=NAIL SPACING AT PANEL EDGES(1N.) STUD TO ROOF RAFTER ° F=NAIL SPACING AT INTERMEDIATE SUPPORTS IN THE PANEL FIELD(IN.) RIDGE BEAM - CONNECTION JOIST HANGER REQUIRED 1.FOR ROOF SHEATHING WITHIN 4 FEET OF THE PERIMETER EDGE OF THE ROOF,INCLUDING 4 FEET ON EACH AT CATHEDRAL CEILINGS SIDE OF THE ROOF PEAK,THE 4 FOOT PERIMETER EDGE ZONE ATTACHMENT REQUIREMENTS SHALL BE USED. i O LSSU OR EQUAL 2.TABULATED 12 INCH O.C.NAIL SPACING ASSUMES SHEATHING ATTACHED TO RAFTER/TRUSS FRAMING MEMBERS Simpson Strong Tie 2"MINIMUM 't WITH G;>0.49.FOR FRAMING MEMBERS WITH 0.42<G.0.49,THE NAIL SPACINGS SHALL BE REDUCED TO 6 INCHES O.C. FLOOR TO FLOOR CONNECTIONS- U210 2X6 '• «,,,`.: ' SIDECOVER AT EACH DECK/PORCH JOIST Cara a Front Sim• '1RIDGE PAGE : 3.TABULATED 6 INCH O.C.NAIL SPACING ASSUMES SHEATHING ATTACHED TO RAFTER/TRUSS FRAMING MEMBERS 4-1 Od x 1 1/2" g •' Simpson Strong-Tie WITH G>0.49.FOR FRAMING MEMBERS WITH 0.42<G<P.4,9,THE NAIL SPACINGS SHALL.BE REDUCED TO 4 INCHES O.C. CANTILEVER CONDITION ,App I ICatlon PBEACH POST FOOTING TENSION-STRAP 4.TABULATED 4INCH O.C.NAIL SPACING ASSUMES SHEATHING ATTACHED TO RAFI'ER/IRUSS FRAMING MEMBERS TYPICAL PORCHIDECK (Full-hef&t and portal-frame available) DETAIL WITH G>0.49.FOR FRAMING MEMBERS WITH 0.42<G<0.49,THE NAIL SPACINGS SHALL BE REDUCED TO 3 INCHES O.C. LEDGER CONNECTIONS options PORCH COLUMN CONNECTIONS COPYRIGHT 2013 JEFFREY T. BUTLER, P.E., P.C. REPRODUCTION IN ANY FORM 15 PROHIBITED WITHOUT WRITTEN CONSENT FROM JEFFREY T. BUTLER, P.E., P.C. STAGGER FASTENERS TABLE R507.2 IN 2 ROWS DECK LEDGER CONNECTION TO BAND JOIST (DECK LIVE LOAD=40 PSF,DECK DEAD LOAD= 10 PSF,SNOW LOAD<40 PSF) 5.5"MIN.FOR 2x8 *DISTANCE SHALL BE PERMITTED TO 0O 0O 0 BE REDUCED TO 4.5"IF LAG SCREWS JOIST SPAN 5.5"MIN.FOR 2x10 5"MAX. 7.5"MIN.FOR 2x12 ARE USED OR BOLT SPACING IS CONNECTION DETAILS REDUCED TO THAT OF LAG SCREWS 6'and less 16'1"to 8' 9'1"to 10' 10'1"to 12' 112'1"to 14' 14'1"to]6' 16'1"to]8' 0 0 0 TO ATTACH 2x8 LEDGERS TO 2x8 3/4"MIN. BAND JOISTS. ON-CENTER SPACING OF FASTENERS i 2"MIN W 1/2-INCH DIAMETER LAG SCREW WITH 1/2-INCH MAXIMUM SHEATHING,(C,D) 30 23 ]8 ]5 13 11 10 _ SHEATHING LEDGER 1/2"LAG SCREW OR BOLT 1/2-INCH DIAMETER BOLT WITH 1/2-INCH MAXIMUM SHEATHING,(D) 36 36 34 29 24 21 19 SIDING FIGURE R507.2.1(1) 1/2-INCE DIAMETER MAXIMUM HEATHING(T WITH I -INCH 36 36 29 24 21 18 16 FLASHING FOR PLACEMENT OF LAG SCREWS AND BOLTS IN LEDGERS FOR SI: 1 1INCH=25.4 MM, 1 FOOT=304.8 MM, I POUND PER SQUARE FOOT=0.0479 KPA. WATERTIGHTNESS A.LEDGERS SHALL BE FLASHED IN ACCORDANCE WITH SECTION R703.4 TO PREVENT WATER FROM CONTACTING THE HOUSE BAND JOIST. B.SNOW]LOAD SHALL NOT BE ASSUMED TO ACT CONCURRENTLY WITH LIVE LOAD. DECKING C.THE TIP OF THE LAG SCREW SHALL FULLY EXTEND BEYOND THE INSIDE FACE OF THE BAND JOIST. 2x4 CONTINUOUS D.SHEATHING SHALL BE WOOD STRUCTURAL PANEL OR SOLID SAWN LUMBER. LATERAL BRACE AT 6' O.C. E.SHEATHING SHALL BE PERMITTED TO BE WOOD STRUCTURAL PANEL,GYPSUM BOARD,FIBERBOARD,LUMBER OR FOAM SHEATHING. UP TO 1/2 -INCH THICKNESS OF STACKED WASHERS SHALL BE PERMITTED TO SUBSTITUTE FOR UP TO 1/2 INCH OF ALLOWABLE THICKNESS _TRUSS OR CEILING JOIST WHERE COMBINED WITH WOOD STRUCTURAL PANEL OR LUMBER SHEATHING. 2-1 Od NAILS oo APPROVED JOIST HANGER TABLE R507.2.1 GABLE END TRUSS oo 2"MI PLACEMENT OF LAG SCREWS AND BOLTS IN DECK LEDGERS AND BAND JOISTS 2x LEDGER WITH FASTENERS IN ACCORDANCE WITH TABLE R507.2 FLOOR SHEATHING NAILING MINIMUM END AND EDGE DISTANCES AND SPACING BETWEEN ROWS AT 6"MAXIMUM ON CENTER TO JOIST WITH HOLD-DOW Simpson Strong-Tie z oo DTT2Z TOP EDGE BOTTOM EDGE ENDS ROW SPACINGoo a oo N TENSION TIE LEDGER(A) 2 INCHES(D) 3/4 INCH 2 INCHES(B) 1 5/8 INCHES(B) FLOOR JOISTSoo Simpson Strong-Tie DTTl Z HOLD DOWN BAND JOIST(C) 3/4 INCH 2 INCHES 2 INCHES(B) 15/8 INCHES(B) AT 4 LOCATIONS,EVENLY DISTRIBUTED11 10-8d ALONG DECK AND ONE WITHIN 24"OF EACH FOR G 11 il•�[:WS O BO NAILS END OF THE LEDGER.HOLD DOWN DEVICES A.LAG SCREWS OR BOLTS SHALL BE STAGGERED FROM THE TOP TO THE BOTTOM ALONG THE HORIZONTAL RUN OF THE DECK LEDGER IN ACCORDANCE WITH FIGURE R507.2.1(1). SHALL FULLY ENGAGE DECK JOIST PER HOLD DOWN MANUFACTURER. + + + + + + B.MAXIMUM 5 INCHES. C.FOR ENGINEERED RIM JOISTS,THE MANUFACTURER'S RECOMMENDATIONS SHALL GOVERN. 5d COOLER NAILS AT 10110.C. + + + + D.THE MINIMUM DISTANCE FROM BOTTOM ROW OF LAG SCREWS OR BOLTS TO THE TOP OF THE LEDGER SHALL A FULLY THREADED 3/8"DIAMETER LAG BE IN ACCORDANCE WITH FIGURE R507.2.1(1). 2"x4"BLOCK NAILED TO EACH SCREW PREDRILLED w/MIN.3"PENETRATION BRACE WITH 4-1 Od NAILS TO CENTER OF TOP PLATE,STUDS,OR HEADER 0 oo oo oo GYPSUM BOARD oo (Q FIGURE R507.2.3(2) W FLOOR JOIST DECK JOIST 5d COOLER NAILS AT 7"O.C. a DECK ATTACHMENT FOR LATERAL LOADS 20 GAUGE STRAP (FLOOR JOIST PERPENDICULAR TO DECK JOIST) oo 10-SdNAILS W FIGURE R507.2.3(1) DECK ATTACHMENT FOR LATERAL LOADS ENDWALL STUDS GABLE ENDWALL BRACING TOP PLATES (WFCM FIGURE 3.7a) EXTERIOR OR BEARING WALL U ENDWALL---,,,,lc 5z GISTS -� STUD � X ''� LL 3:BLOCKING 16d NAIL AT 24" BORED HOLE MAX A A : DIAMETER E NOTCH GREATER THAN O.C. GYPSUM BOARD n 50%OF THE PLATE WIDTH O V lu ^ N 43:OF STUD DEPTH BLOCKING O r 5/8"MIN.TO EDGE 1— I6 GAGE(0.054")AND 1.5"WIDEIt cq LU 5/8"MIN.TO EDGE METAL TIE ACROSS AND TO EACH SECTION A-A SIDE OF THE NOTCH WITH 8-16d �Q �— p NAILS EACH SIDE WOOD STRUCTURAL PANEL NOTCH MUST NOT EXCEED INSTALLED IN ACCORDANCE Q � 40%OF STUD DEPTH � Sd NAIL AT 6"O.C. WITH NAILING SCHEDULE ` � Z � � es FLOOR BRACING AT END BAYS (ALL PANEL EDGES) (TABLE 3.1,WCFM HIGH WIND EDITION) u1 ul TOP PLATES (WFCM FIGURE 3.7b) 8d NAIL AT 12"O.C.ON ALL FRAMING MEMBERS NOT AT Jul PANEL EDGES BORED HOLES SHALL NOT BE LOCATED IN THE SAME PIPE 8d NAIL AT 4"O.C. (a) OUTSIDE CORNER DETAIL CROSS SECTION OF CUT OR ui NOTCH IN STUD 8d NAIL AT 6"O.C. GYPSUM BOARD '--) 12"MAX. (ALL PANEL EDGES) ENGINEER: TOP PLATE FRAMING TO ACCOMMODATE PIPING NAILS BASED ON NOTCHING AND BORED HOLE LIMITATIONS SHEAR WALL REQUIREMENTS o f NE Yo,9 WOOD STRUCTURAL PANEL FOR INTERIOR NONBEARING WALLS INSTALLED IN ACCORDANCE 16d NAIL AT 24"O.C. WITH NAILING SCHEDULE (WFCM 2015 SBC HIGH WIND EDITION) Jto ,u tom,, NO CEILING (TABLE 3.1,WCFM HIGH WIND EDITION) Z RAFTERS AND CEILING CENTER 2x BLOCKING \ JOISTS OR APPROVED DIAPHRAGM REQUIRED ON SHEATHING JOINT 8d NAIL AT 6"O.C.ON ALL ce ag"� ROOF TRUSS FRAMING MEMBERS AT PANEL O � 15/32 WOOD STRUCTURAL PANELS EDGES AND 12"O.C.ON ALL �'�, p73 P ON GABLE FACE AND ON WALL BELOW FRAMING MEMBERS NOT AT F10 PROFEs`'\O TOY PLATE SECOND STORY TOP PLATE- BASED ON SHEARWALL REQUIREMENTS (b)INSIDE CORNER DETAIL PANEL EDGES SEE DRILLING AND GABLE ENDWALL, BALLOON FRAMING JEFFREY T. SUTLER, P.E. NOTCHING PROVISIONS EXTERIOR CORNER FRAMING ca JOIST IS PERMITTED TO PREFERRED METHOD 3 TOY PLATES BE CUT OR NOTCHED I— } FLOOR JOIST- BETWEEN THESE LIMITS WALL STUD- W SEE DRILLING AND SEE DRILLING AND 0 O BOTTOM PLATE NOTCHING PROVISIONS NOTCHING PROVISIONS WFCM SECTION 3.4.1.1.] ROOF FRAMING DOUBLE TOP PLATE WA w a WFCM SECTION 3.3.1.1.1 1/3 SPAN 1/3 SPAN WAL Q 7 STUD 4„ WALL—I F4" 4" 2" (n p v p 1 _ JOIST ENDS TO BEW Z O T BLOCKED AGAINST , ROTATION IN ACCORDANCE w u `+ m BORED HOLE MAX FOR BLOCKING RIPPLE STUDS DIAMETER 40% WITH WFCM 3.3.].3-END RESTRAINT STUD TO RAFTER CONNECTION TUB � N � Q v m TOP PLATE BAND JOIST AND BRIDGING AND 3.3.1.4 BRIDGING OR FLOOR TO FLOOR CONNECTION 1 , W = Z O ° OF STUD DEPTH OR BLOCKING SEE WFCM SECTION 3.3 HEADER 4 _ DEPENDING ON CONDITION,SEE 21"CLEARANCE 30� U! O 5/8"MIN.TO EDGE HEADER TO STUDS DETAILS ON SHEET 7 OF 7 THIS SET 24 FRONT OF z BEARING � 24"CLEARANCE WALLI LAVATORIES PENING cQ d) U 5/8"MIN.TO EDGE G WATER SHOWER LENGTH �4 = FULL CLOSET U U Y LAP JOIST 3 IN.MIN. HEADER STUDS WALL STUDS WALL OR BIDET 0 d) O NOTCH MUST NOT EXCEED BOTTOM PLATE ]5" ]5" WALL w LL OF STUD DEPTH BAND JOIST NOTE: cn Z3 - m NOTCHES SHALL NOT BE OR BLOCKING UPLIFT CONNECTION IS REQUIRED 0 d) p O LOCATED IN MIDDLE ONE-THIRD _____________________ 0- O Q JOIST AT EACH END OF HEADER AND OF STUD LENGTH SILL PLATE , , , , , , AT BOTTOM OF HEADER STUDS IN TUB O : ADDITION TO CONNECTORS AT Q (�tJPLIFk, , , IF HOLE IS BETWEEN 40%AND 60% ' ' CO ECT ' ' WALL STUDS AND AT TOP AND La OF STUD DEPTH,THEN STUD MUST OR BASEMENT SUBFLOOR RFiQUIREID BOTTOM OF CRIPPLES 0— O o BORED HOLES SHALL NOT BE DOUBLE AND NO MORE THAN c FOUNDATION2] CLEARANCE 2l CLEARANCE BE LOCATED IN THE SAME TWO SUCCESSIVE STUDS ARE " " CROSS SECTION OF CUT OR DOUBLED AND SO BORED - NOTCH IN STUD STUD TO PLATE /FOUNDATION TUB HEADER TO STUDS:USE LSTA 18 W/14 l Od NAILS STUD TO YLATE/FOUNDATION: PAGE : PLATFORM FRAMING INTERMEDIATE (OPENINGS LESS THAN 6 FEET):USE DSP W/8 l Od NAILS IN STUD AND 4 ]Od NAILS IN PLATE NOTCHING AND BORED HOLE LIMITATIONS BEARING WALL (OPENINGS GREATER THAN 6 FEET):ADD PHD5 AT KING STUDS(2 TOTAL),INSTALL PER DETAIL SHEET 7 WATER CLOSETS Q O r FOR EXTERIOR WALLS AND BEARING WALLS TYPICAL WALL, FLOOR AND ROOF FRAMING TYPICAL FRAMING AND UPLIFT FIGURE R307.1 C� T (WFCM 2015 SBC HIGH WIND EDITION) CONNECTIONS FOR OPENINGS MINIMUM FIXTURE CLEARANCES COPYRIGHT 2013 JEFFREY T. BUTLER, P.E., P.C. REPRODUCTION IN ANY FORM 15 PROHIBITED WITHOUT WRITTEN CONSENT FROM JEFFREY T. BUTLER, P.E., P.G. 16d- When sheathing thickness exceeds 7/8", Plate nailFloor panel nail-8d 0.131"x 2-1/2" IRC 502-7 requires lateral Load bearing or shear wall above INTERMEDIATE BEARING JOIST DETAILS 12"on"x3-112"}at P ( ) q trim sheathing tongue at rim board at 6"on-center restraint(blocking)at all (must stack over wall below) Load bearing or shear wall 2x stud wall 12"on-center ( 9) NO LOAD BEARING WALL ABOVE g Plate nail Web Stiffeners Plate nail-16d(0.135"x 3-1/2") intermediate supports in above(must stack over wall required each at 16"on-center* at 16"on-center Web Stiffeners required each Seismic Design below when present) Plate nail q q g Web stiffeners required side at A2W Floor panel nail-8d(0.131"x 2-1/2") side at A3.4W Categories D0,D1,and Blocking panel each side at B3W Blocking panel at 6"on-center* D2 t strengthen the floor g p Attach panel diaphragm. 2x4 minimum Blocking panel per code or 11/4"TimberStrand®LSL rim board.* squash blocks Web Stiffeners required specification each side at A3._W Rim-to-joist 1-1/4"TimberStrand 12„ ato6"onnai-center cen0ter 0.131"x 3") B1 B1 W nail 1-1/8"rim board. min. 1qs Toe nail When sheathing thickness For rim board thicker than 1-314" Web stiffeners required on • Toe nail Toe nail-10d(0.131"x 3") exceeds 7/8",trim sheathing -Attach TJI®Joist to rim board with one 10d(0.128"x3") rhn Web stiffeners each side of both joist ends at 6"on-center* tongue at rim board nail.Top nail from TJI®joist into rim board. at B4W -Connect corner with four 10d(0.128"x3")nails.Toe nail from required each side Web Stiffeners TJI®rim joist at B1 Wand B2W For rim board thicker than 1 3/4" Install proper blocking to side of parallel closure into rim board required each -Attach TJI Joist to rim board with one 10d(0.128"x3")nail, support all panel edges Blocking panels may be Blocking panels may be End of joists at centerline side at Al W Top nail from TJI joist into rim board. B2 B2W required with shear walls B3 B3W required with shear walls above B4 e of support Al Al8 A2 OA2Wjoist bearing at ends. -Connect corner with four 10d(0.128"x3")nails.Toe nail from *See iLevel TJI a Joist Specifier's Guide, #TJ-4000, above or below-see detail or below(See detail B1) O is per A3 detail. and iLevel a Rim Board Specifier's Guide #TJ-8000 Bi Attach rim joist p side of parallel closure Into rim board A3.4 A3.4 P > 88(98 W for additional installations ecifications and *Conventional construction code minimum for use with p A3 only. See the iLevel TJI a Specifier's Guide, applications. A3W A3..1 @A3.2 A3.3 #TJ-4000,and the iLevel a Rim Board Specifier's Guide, #TJ-8000, for A3.1-A3.3 installation specifications and 114"TimberStrand v LSL or iLevel o 118"rim Blocking Nail through 2x-cantilever,wood backer applications. board.Nail with 10d(0.131"x 3")nails,one each panel and TJI®joist web with 2 rows 10d at 6'-0"length of TJI®joist 8' diameter maximum hole for 0.148"x 3" nails at 6" reinforcement and filler 11-7/8"-16"deep blocking 1-114"TimberStrand®LSL or iLevel®1-1/8"rim board. with and bottom flanvalent l to blocking panel ( ) block.Use 4'-0"length panels;6"diameter maximum Nail with 10d(0.131"x 3")nails, with connections a uivalent to floor panel on-center,clinched.Use 8"diameter maximum hole for for blocking panels 9-1/2"dee schedule. 16d(0.135"x 3-11/2 nails with „ � with 9-1/2"and 11-7/8" 9 P P one each at to and bottom flange. 3-1/2"TJI®joist Web stiffeners 11-7/8"-16"dee blocking 4-0 length of 8'diameter maximum hole for P 9 Attach reinforcement to P g TJI® oists, or shorter than 12"long. 1 Load from above required both panels;6"diameter maximum for 3/4"reinforcement on 11-7/8"-16"deep blocking Do not cut flanges. joist with one 8d(0.131 x 2 h")nail at each corner flange widths sides at E1W blocking panels 9-1/2"deep or one side at E2,both panels;6"diameter maximum g Attach reinforcement to joist shorter than 12"long. sides at E3 for blocking panels 9-1/2"deepwith one 8d(0.131"x 2-1/2") Horizontal blocking panels F to 1-114"TimberStrand®LSL or nail at each corner between each joist.Nail to top 1 applies or shorter than 12"Ion � PP Do not cut flanges, g' iLevel®11/8"rim board.Nall with late with connections + Do not cut flanges. E5 P uniformly z hs11 -t g 10d 0.131"x 3" nails,one each ( ) equivalent to floor panel loaded joists 0 1-1/4"TimberStrand®LSL at top and bottom flange. 12"length of 3/4" schedule. or iLevel®11/8"rim board. re on one • only. Nail with 10d(0.131"x 3") Attach reinforcement to joist side at E5,both sides 12"length of 3/4" Wood o� ff nails,one each at top and web with 3 rows 10d Full depth vertical at E6 reinforcement on backer �ae�et o�d� 0.148"x 3" nails at 6"on- blocking between E7 one side at E7,both "beset cap\oaas bottom flange. ( ) center,clinched.Use 2 rows sides at ESeach joist 2x4 minimum Attach reinforcement to ,Z O with 9-1/2"and 11-7/8" F1 ca\e�g�r l� squash blocks joist flange with 8d a��tt` TJI®joists. Less than 5" Less than 5" p° (0.131"x 2-1/2")nails at "on-center.When Use 2x4 minimum squash blocks 1-114"TimberStrand®LSL or Face grain a��� rel 6 6 in both sides, E4 Not for use with 31i1'"TJI a joist flange widths to transfer load around TJI Joist horizontal reinforcing E6 ES CS iLevel®1-1/8"rim board.Nail with 9 a E1 E1W 10d(0.131 stagger nails. L WEB STIFFENER ATTACHMENT top and bottom flange. Gap*: P V'minimum 1" 1-112" EXTERIOR DECK ATTACHMENT TJI®Option#1: for 2�"maximum W TJI®Joist blocking with end 4 0 Structural exterior sheathing Apply subfloor blocks installed at 1/3 joist-span locations using 560,560D, m adhesive t�+all two 8d(0.113"x 2-1/2")nails or s47 joist) Filler block: Attach with ten 10d 0.128"x 3" nails,clinched. Web stiffener each sideftK . *With point load from above ,i install web m ( ) Flashing contact surfaces 2 1/2"screws,typical See sizes below. P W stiffener tight to top flange(gap at bottom � Use ten 16d(0.135"x 3-1/2")nails from each side with 3-1/2" TJI®joist flange widths. Use fifteen nails with TJI®joist depths Flush bearing plate required. a�' Tight fit* flange)when there is no support below. Hanger height must j g j p Treated o`S\ be a minimum of greater than 16". Backer block: Install tight Maximum 1/4"overhang 2x-ledger j �. Nailing Requirements w 60%ofjoist depth g permitted at beam. �� Depth Minimum Web m to top mount(tight to TJI Joist Series (in.) Stiffener Size Type Number Nails 1-114"TimberStrand LSL or End Intermediate bottom flange with face See fastener iLevel01-1/8"rim board. mount hangers).Attach table below.Maintain Option#2: 110 All 5/8"x 2-5/16" 8d with ten 10d(0.128"x 3") ;• 2"distance(minimum)from 2x_strapping installed at 1/3 joist- 210 All 3/4"x 2-5/16" 1 Top nails,clinched when edge of ledger to fastener. span locations using two 2-1/2" 230&360 All 7/8"x 2-5/16" (0.113"x 2 h") s31 &s33 All . 3 3 mount possible. screws per joist,typical 1 x 2-5/16" hanger P Ilowable Load!Factored Resistance lbs Face Backer block Fastener 1-114"TimberStrand® iLevel®1-1/8" p O tion#3: 560&s47 All 2x4 16d mount both sides of web with LSL rim board rim board Directly app (0.135"x 3 1h") hanger single TJI®joist 318"la bolt 400/630 N.A./N.A. lied ceiling 112"la bolt 475/750 400/575(1) 181. 4 4 16d When specified on the/a out one of 5600 20 2x4 1 5 5 Web stiffeners required if sides of (1)This factored resistance is with a 3/8"gap between the rim board pB1 p y W 22" (0.135"x 3 h°) 6 11 f ` H1 hanger do not laterally support at H2 With top mount hangers,backer block required H3 LA and deck ledger O the albove bracing options is required 24" 6 13 U only for downward loads exceeding 250 lbs or O least "of TJI®joist top flange O O -Allowable load determined in accordance with AC 124. O j for uplift conditions. p -Corrosion-resistant fasteners required for wet-service applications, FASTENING of FLOOR PANELS X BEAM and COLUMN DETAILS Guidelines for Closest On-Center S acin per Row FILLER and BACKER BLOCK SIZES LU LL TJI®(+) Rim Board 1-112" TJI®Joists 110 210 230 or 360 560 Nail Size 110,210, 360 and iLevel® 1-114" TimberStrand®LSL Microlllam ® Parallam® 9-112"or 9-112"or 14"or 9-112"or 14"or 18"or 14"or 18"or or wider U. PSL Depth 14" 1-718" BEARING FOR DOOR BEAM TO BEAM BEARING AT and 230 560 1118" imberStrand®LSL 11-718" 11-718" 16" 11-718" 16" 20" 16" 20" LU % O 13 BEARING AT WALL OR WINDOW HEADER CONNECTION CONCRETE WALL 8d(0.131"x 2 +y") 4" 3" 6" 4" 3" 33" 3" Filler Block (+) 2x6 2x8 2x6+3/8" 2x8+3/8" 2x6+1/2" 2x8+1/2" 2x12+1/2" Two Two Two r- (� 1-114"TimberStrand®LSL or Strap per code If top rod(0.148"x 3" ),12d(0.148"x 3 14") 4" 4" 6" 4" 4" 41" 4" (Detail H2) sheathing sheathing sheathing sheathing sheathing 2x6 2x8 2x12 r 11.1 + 9 9 9 9 9 iLevel®1-1/8"rim board or plate is not continuous 16d(0.162"x 3 h") M„ Cantilever 2x6 2x10 2x6+3/8" 2x10+3/8" 2x6+112" 2x10+1/2" 6" 6' 16' 6"(�) 6'la) 6" ) blocking for lateral support over header Filler 4'-0" 6'-0" sheathing sheathing sheathing sheathing applicable Not applicable (1)One row of fasteners permitted(two at abutting panel edges)for diaphragms.Stagger nails when using 4"on-center spacing ani maintain 3/8"joist (Detail E4) long long 4'-0"long V-0"long 4'-0"long 6'-0"long �/ tYl ltt and panel edge distance.For other applications,multiple rows of fasteners are permitted if the rows are offset at least 112"and staggered. Backer Block (+) v1 Q (2)Can be reduced to 4"on-center if nail penetration into the narrow edge is no more than 1-3/8"(to avoid splitting). (Detail F1 5/8"or 3/4" 3/4"or 7/8" 1"Net 2x6 2x8 2x12 or H2 X O . Recommended nailing is 12"on-center in field and 6"on-center along panel edge. 14 ga.staples may be substitL:ad for 8d(0.113"x Fastening requirements on engineered drawings supersede recommendations listed 2-1nails if minimum penetiration of 1"into the (1)If necessary,increase filler and backer block height for face mount hangers and maintain 1/8"gap at top of joist; Q Ltl @ Top TJI/ oist is rim board is achieved. see detail W.Filler and backer block lengths should accommodate required nailing without splitting(12"minimum for LL mount } above. i backer blocks and 24"minimum for filler blocks). {- z hanger Protect untreated • ILevel recommends using a non-polyurethane subfloor adhesive on all contact points Face mount wood from direct between panels and floor framing. Maximum spacing of nails is 118"on-center Q '7 hanger for TJI®joists. contact with Joists must be laterally supported at Column concrete � (L See currenteve • Nailing rows must be offset at least 1/2"and staggered. cantilever and end bearings by blocking L1 L2 L3 iLevel a literature L4 O O panels,hangers,or direct attachment to � � for framing connectors a rim board or rim joist. MULTIPLE MEMBER Silent Floor®joist framing Safety bracing(1x4 U_ CONNECTIONS FOR TOP-LOADED BEAMS (1) does not require bridging or minimum)at 8'on-center(6'on- U 1-3/4"-Wide Pieces: mid-span blocking E1 center for TJI 0 110 Joists)and extended to a braced end wall. o Minimum of 3 rows 10d(0.128"x 3")nails at 12"o.c. Fasten at each joist with " Minimum of 4 rows 10d(0.128"x 3")nails at 12"oxtwo 8d(0.113"x 21/2")nails ENGINES _ for 14"and deeper beams ELEVATED minimum Y� a If using12d-16d 0.148"-0.162"diameter BEAM ON COLUMN BASE COLUMN BASE DO NOT bevel cut (see WARNING). IH2 �� t3t1T ��4< BEARING AT nails, )e number of nailing rows may beCOLUMN CAP joist COLUMN reduced by one. beyond Inside face Al Rim board of wall. E2 joint between DO NOT overhang seat cuts tL { \ Z 3-112"-Wide Pieces: joists on beams beyond the inside K 2 • e Minimum of 2 rows 1/2"bolts at A3 face of support member, r - tv 24"o.c.staggered (1)Load must be applied evenly across entire ''• beam width..Otherwise,use connections forp OF .•1 .;. `SFO ROFE`'S\O side-loadedl beams. Verify column capacity Optional CS and beam bearing Additional nailing or bolting may be non-shrink TJI®rim joist JEFFREY T. BUTLER, P.E, L5 O length.See current L6 required with side-loaded multiple-member P1 P2 P3 grout L3 p i0 iLevel a literature. beams. Refer to current product literature. 11/4"TimberStrand®LSL or iLevel®11/8"rim board. -t A2 LI i TJI®JOIST NAILING REQUIREMENTS at BEARING Q B1 L1 z 0 a H1 TJI®Joist to Bearing Plate Squa h Blocks to TJI®Joist (Load bearing wail above) LU ►i a 1-1/4"TimberStrand®LSL or B2 O a v v iLevel®1-1/8"rim board. One 10d(0.128"x 3") O U) O O nail into each flange L5 B3 LLl U4 t- p One 8d(0.113"x 2-1/2") } z nail each side.Drive O M z 3 nails at an angle at least O Use B1 or B2 at = Z a o 1-1/2"from end. B4 LlJ INSTALLATION TIPS = �--� intermediate bearings tai _ 1-3/4"minimum bearing at end Also see detail B2 Subfloor adhesive will improve floor with load bearing or O support;3-1/2"minimum at performance,but may not be required. Q O z intermediate support End of joists shear wall from above Shear transfer:Connections equivalent to Squash blocks and blocking panels carry at centerline CC floor panel nailing schedule stacked vertical loads(details B1 and B2). of support Braced end wall- G 0 Packing out the web of a TJI ®joist(with web see nate 3 under :3 t- Rim to TJI a Joist WARNING 0 U (1 � ro stiffeners)is not a substitute for squash blocks LiJO or blocking panels. H1 N O 1-1/4"TimberStrand O LSL 3-1/2"wide TJI 0 rim o _ U) u_ _ ai or iLevel 0 1-1/8"rim board joist: Toe nail with When joists are doubled at non-load bearing . O cn O or 1314"wide TJI 0 rim joist: 10d(0.128"x 3") parallel partitions,space joists apart the width o u_ L One 10d(0.128"x 3")nail nails,one each side of the wall for plumbing or HVAC. 0 into each flange of TJI®joist flange 0 0 O d 2-1/16"-2-5/16"wide TJI® " Additional joist at plumbing drop(see detail). L4 0 Z w rim joist: One 16d(0.135"x 3-1/2 wide TJI® 3-1/2")nail into each flange rim joist �• �. � 0 LA Exterior � O N a 1�4 minimum bearing Locate rim boardjoint between joists. Top View , '�, 0 Deck U •; 0 Structural Attachment DO NOT use sawn BEAM ATTACHMENT at BEARING 0 sheathing lumber For rim 0 board or blocking, 1-114"TimberStrand®LSL orcog CD 0 as it may shrink iLevel®1-1/8"rim board. Shifted Additional after installation, joist Plumbing drop joist Protect untreated 0 Use only PAGE : wood from direct See contact with 1-1/2"knockouts at 0 H3 ALLOWABLE engineered concrete approximately 12" HOLES lumber. Drive nails at an See framing plan(if applicable) on-center13 O One 10d(0.128"x 3")nail angle to minimize or iLevel®Framer's Pocket NOTE: f 13 each side of member at splitting of plate Guide for minimum end and Bearing plate to be PROVIDE FLOOR J015T5 WITH "FLAK JACKET" PROTECTION bearing,11/2"minimum intermediate bearing lengths. flush with inside face ON FIRST FLOOR TO COMPLY WITH 8302,13, EXCEPTION 4 from end of wall or beam COPYRIGHT 2013 JEFFREY T. BUTLER, P.E., P,C, REPRODUCTION IN ANY FORM 15 PROHIBITED WITHOUT WRITTEN CONSENT FROM JEFFREY T. BUTLER, P.E., P.G, R311.5 Stairways. §RR406 DESIGN CRITERIA: NOTE: THESE DRAWINGS ARE INCOMPLE.TE WITHOUT DETAIL SHEETS (ADDENDUM TO DRAWING SET). � FOUNDATION WATERPROOFING AND DAMPPROOFING R311.5.1 Width.Stairways shall not be less than 36 inches(914 min)in clear width at all points WIND SUBJECT TO DAMAGE FROM above the permitted handrail height and below the required headroom height.Handrails shall §RR406.1 Concrete and masonry foundation dampproofing.Except where GROUND WINTER AIR ICE SHIELD SEISMIC FROST USE/ not project more than 4.5 inches(1 14 min)on either side of the stairway and the minimum clear required to be waterproofed by§RR406.2,foundation walls that retain SNOW SPEED EXPOSURE DESIGN FREEZING UNDERLAYMENT WALL SHEATHING OCCUPANCY MEAN ASPECT width of the stairway at and below the handrail height,including treads and landings,shall not earth and enclose habitable or usable spaces located below grade shall be DESIGN LINE TEMP. INDEX REQUIRED FLOOD LIVE DEAD ROOF UPLIFT LOAD TYPE OF be less than 31.5 inches(787 mm)where a handrail is installed on one side and 27 inches dampproofed from the top of the footing to the finished grade. Masonry LOAD (MPH) CATAGORY CATAGORY WEATHERING DEPTH TERMITE DECAY Q HAZARDS LOAD LOAD SUCTION LOAD CLASSIFICATION HEIGHT HEIGHT RATIO FIRE AREA (698 min)where handrails are provided on both sides. walls shall have not less than 3/8 inch(9.5 mm)portland cement parging CONSTRUCTION applied to the exterior of the wall. The parging shall be dampproofed with 20 psf ]40 B C SEVERE 36" MODERATE SLIGHT TO FROM J 998 PERIMITER EDGE ZONE-=37.2 psf EDGE ZONE=29.1 psf Exception:The width of spiral stairways shall be in accordance with Section R311.5.8. a bituminous coating,3 pounds per square yard(1.63 kg/m2)of acrylic P TO HEAVY MODERATE 1 I 599 YES FIRM MAPS 40 psf 20 psf INTERIOR ZONE=29.6 psf INTERIOR ZONE=24.6 psf SLD ' FIRST FLOOR= 1160 S .FT. modified cement, 1/8-inch(3.2 mm)coat of surface-bonding mortar complying .T-1 I" 23'-9" 1:3 Q SECOND FLOOR= 1054 SQ.FT. TYPE V R311.5.2 Headroom.The minimum headroom in all parts of the stairway shall not be less than with ASTM C 887 or any material permitted for waterproofing in§RR406.2. PROVIDE WINDOW FALL PROTECTION AS REQUIRED BY CODE. 6 feet 8 inches(2036 min)measured vertically from the sloped plane adjoining the tread nosing Concrete walls shall be dampproofed by applying anyone of the above listed EGRESS WINDOW MUST MEET MINIMUM CLEAR OPENING OF 24"HEIGHT,20"WIDTH,AND 5,7 SQ.FT. TABLE R301.7 dam r oofin materials or an one of the water roofing materials listed in 6"DIA. TABLE 8301.6 or from the floor surface of the landing or platform. PP" g Y P a ALLOWABLE DEFLECTION §RR406.2 to the exterior of the wall. ALL NON-ENGINEERED LUMBER TO BE DOUGLAS FIR#2 OR BETTER OF STRUCTUAL MEMBERS TYPE V WOOD FRAME MINIMUM ROOF LIVE LOADS IN POUNDS-FORCE R311.5.3 Stair treads and risers. §RR406.2 Concrete and masonry foundation waterproofing.In ONN SECT ION 602 areas where a ONST BASED PER SQUARE FOOT OF HORIZONTAL PROJECTION ECT R311.5.3.1 Riser height.The maximum riser height shall be 81'4 inches(209 nun).The riser high water table or other severe soil-water conditions are known to exist, TO HE BEST OF MY KNOWLEDGE,BELIEF AND PROFESSIONAL JUDGEMENT, STRUCTUAL MEMBER ALLOWABLE OF THE BCNYS TRIBUTARY LOADED shall be measured vertically between leading edges of the adjacent treads.The greatest riser exterior foundation walls that retain earth and enclose habitable or usable THESE PLANS AND/OR SPECIFICATIONS ARE IN COMPLIANCE WITH THE 2015 DEFLECTION AREA IN SQUARE FEET height within any flight of stairs shall not exceed the smallest by more than 3/8 inch(9.5 mm). spaces located below grade shall be waterproofed with a membrane extending ENERGY CONSERVATION CONSTRUCTION CODE from the top of the footing to the finished grade. The membrane shall REFLECTIVE RED PANTONE FOR ANY STRUCTURAL 831 1.5.3.2 Tread depth.The minimum tread depth shall be 9 itches 229 min). tread depth consist of 2-ply bot-mopped felts,55 pound 25 kg roll roofing,6-nil 2016 NYS UNIFORM CODE: RAFTERS HAVING SLOPES GREATER THAN 3/12 (PMS#187) MEMBER p p ( ) P P Y PP P ( a) o WITH NO FINISHED CEILING ATTACHED TO RAFTERS L✓I 80 AJ/2" "' shall be measured horizontally between the vertical planes of the foremost projection of adjacent (0.15 inn)polyvinyl chloride,6-mil(0.15 nun)polyethylene or 40-inil(I min) THESE PLANS HAVE BEEN DRAWN IN ACCORDANCE ROOF SLOPE 0 0 201 0 OVER treads and at a right angle to the tread's leading edge.The greatest tread depth within any flight polymer-modified asphalt. The joints in the membrane shall be lapped and WITH 2015 IRC WITH 2016 UNIFORM CODE SUPPLIMENT INTERIOR WALLS AND PARTICIANS REFLECTIVE WHITE200 600 600 of stairs shall not exceed the smallest by more than 3/8 inch(9.5 mm).Winder treads shall have sealed with an adhesive compatible with the waterproofing membrane. PUBLISHED BY NEW YORK STATE. H/180 /4" FLAT OR RISE LESS THAN 4 INCHES PER FOOT a minimum tread depth of 10 inches(254 mm)measured as above at a point 12 inches(305)min FLOORS AND PLASTERED CEILINGS L/360 (1:3) 20 16 12 from the side where the treads are narrower.Winder treads shall have a minimum tread depth of EXCEPTION:Organic solvent based products such as hydrocarbons, WINC)OW f=ERFORMANCE DATA: 6 inches(152 mm)at airy point.Within any flight of stairs,the;greatest winder tread depth at the chlorinated hydrocarbons,ketons and esters shall not he used for ICF ALL OTHER STRUCTURAL MEMBERS L/240 RISE 4 INCHES PER FOOT(1:3)TO LESS THAN 12 inch(305 mm)walk line shall not exceed the smallest by more than 3/8 inch(9.5 nun). walls with expanded polystyrene form material. Plastic roofing cements, SIGN FOR WOOD FLOOR AND 12 INCHES PER FOOT(l:J) 16 14 12 acrylic coatings,latex coatings,mortars and pargings are permitted to ALL WINDOWS BY ANDERSEN, SILVERLINE EXTERIOR WALLS WITH PLASTER OR STUCCOH/360 WOOD ROOFING FRAMING R311.5.3.3 Profile.The radius of curvature at the leading edge of the tread shall be no greater be used to seal ICF walls. Cold setting asphalt or hot asphalt shall U=,30, SHCsC=,31, DP 30, LOW E SUN (ANDERSENWINDOW,COM) FINISH RISE 12 INCHES PER FOOT(I:I)AND GREATER 12 12 12 than 9/16 inch(14.3 min).A nosing not less than 3/4 inch(19 mm)but not more than 11/4 inch conform to type C of ASTM D 449. Hot asphalt shall be applied ata EXTERIOR WALLS-WIND LOADS WITH BRITTLE (32 min)shall be provided on stairways with solid risers.The greatest nosing projection shall temperature of less than 200 degrees. FINISHES IJ240 TRUSS IDENTIFICATION SIGN: not exceed the smallest nosing projection by more than 3/8 inch(9.5 min)between two stories, (402,4,5) G-RATED RECESSED LIGHTING FIXTURES TO BE including the nosing at the level of floors and landings.Beveling of nosing shall not exceed §RR406.3 Dampproofing for wood foundations.Wood foundations enclosing SEALED AT HOUSING INTERIOR. EXTERIOR WALLS-WIND LOADS WITH 1/2 inch 12.7 mm .Risers shall be vertical or sloped from the underside of the leading edge habitable or usable spaces located below grade sh;!I be dampproofed in L/120 IDENTIFICATION OF FLOOR AND ROOF TRUSS CONSTRUCTh'�N TABLE 8301.5 N of the tread above at an angle not more than 30(0.51 rad)degrees from the vertical.Opens accordance with§88406.3.1 through§88406.3.4. (404,1) l5% OF LAMPS IN PERMANENT FIXTURES TO HAVE HIGH FLEXIBLE FINISHES o SHALL BE PROVIDED BY SIGN OR SYMBOL AND SHALL BE AFIIXED risers are permitted,provided that the opening between treads does not permit the passage of a EFFICIENCY LAMPS NOTE:L:=SPAN LENGTH,H=SPAN HEIGHT TO THE EXTERIOR WALL OF THE RESIDENTIAL STRUCTURE IN MINIMUM UNIFORMLY DISTRIBUTED LOADS (PSI) w 4-inch diameter(102 mm)sphere. §RR406.3.1 Panel joint sealed.Plywood panel joints in the foundation COMPLIANCE TYPWITE 19 STRUCNYCCR PART 12E- RESIDENTIAL OOD'�i ORES tK walls shall be sealed full length with a caulking compound capable of A.THE WIND LOAD SHALL BE PERMITTED TO BE TAKEN AS 0.7 TIMES WITH TRUSS TYPE CONSTRUCTION,PRE-ENGINEERED WOOD USE Exceptions: producing e a moisture-proof seal under the conditions of tempature and THE COMPONENT AND CLADDING LOADS FOR THE PURPOSE OF THE CONSTRUCTION AND/OR TIMBER CONSTRUCTION. EXTERIOR BALCONIES LiVE LOAD moisture content at which it will be applied and used. DETERMINING DEFLECTION LIMITS HEREIN. 60 I. A nosing is not required where the tread depth is a minimum of I I inches(279 nm), DECKS 40 §RR406.3.2 Below grade moisture barrier.A 6-mil-thick(0.15 nun) PASSENGER VEHICLE GARAGES 50 2. The opening between adjacent treads is not limited on stairs with a total rise of 30 inches polyethylene film shall be applied over the below-grade portion of SOIL BEARING CAPACITY FOR THIS SITE ATTICS WITHOUT STORAGE 10 IS BASED ON TEST HOLES BY OTHERS (762 mm)or less. exterior foundation walls prior to backfilling. Joints in the AND HAS BEEN DETERMINED TO BE ATTICS WiTH STORAGE 20 polyethylene film shall be lapped 6 inches(152 min)and sealed with 2,000 PSI(SW,SP)PER TABLE R401.4.I ROOMS OTHER THAN SLEEPING ROOMS 40 R311.5.4 Landings for stairways.There shall be a floor or landing at the top and bottom of each adhesive. The top edge of the polyethylene film shall be bonded to the OF THE 2015 IRC WITH 2016 UNIFORM CODE SLEEPING ROOMS 30 stairway. sheathing to form a seal. Film areas at grade level shall be protected 4" VTR SUPPLIMENT PUBLISHED BY NEW YORK STATE. STAIRS 40 z from mechanical damage and exposure by a pressure preservatively treated Exception:A floor or landing is not required at the top of an interior flight of stairs,provided a lumber or plywood strip attached to the wall sever:,!inches above finish __-______ GUARDRAILS AND HANDRAILS 200 UJ UJ door does not swing over the stairs. g g approximately (. ) grade. -_r_-_ __ ----- -_____ SEE DETAIL SHEET FOR o grade level and extendin a roximatel 9 inches ''29 mm below g•.^de. 3 , The joint between the strip and the wall shall be caulked full length _ ____-_.---- i --_ _ _____ 3 HIGH WIND CONNECTION __ SEE DETAIL SHEET FOR ACTUAL FINISHED GRADE W -__ _ REQUIREMENTS A flight of stairs shall not have a vertical rise greater than 12 feet(3658 mm)between floor levels prior to fastening the strip to the wall. Other coverings appropriate to - - ! , , r , -- -__ __-_ HIGH WIND CONNECTION MAY VARY DEPENDING ON 2 or landings. the architectural treatment may also be used. The polyethylene film LAV ! LAV LAr V -- -______^ REQUIREMENTS EXISTING GRADE CONDITIONS = shall extend down to the bottom of the wood footing plate but shall not L dV 3„ , -- The width of each landing shall not be less than the stairway served.Every landing shall have a overlap or extend into the gravel or crushed stone footing. WC• TUB/ WC. TUB/ minimum dimension of 36 inches(914 mm)measured in the direction of travel. SHOWER SHOWER ' TUH SHOWER m §RR406.3.3 Porous fill.The space between the excavation and the UR311.5.5 Stairway walking surface.The walking surface of treads and landings of stairways shall foundation wall shall be backfilled with the same material used for SECOND FLOORU F.D. W APPROVED AS NOTED COMPLY WITH AL C )DES OF be sloped no steeper than one unit vertical in 48 inches horizontal(2-percent slope). footings,up to a height of I foot(305 min)above thefooting for well- - drained sites,or one-half the total backfill height forpoorly drained L--L-; 2" 2 3„ 2" 2' 2 2" 2 3 2' 2" DATE: C� B.P. NEW YORK STATE & T NN CODES 8311.5.6 Handrails.Handrails shall be provided on at least one side of each continuous run of sites. The porous fill shall be covered with strips of 30-pound(13.63, ___ -__ / �} AS REQUIRED AND O (TIONS OF treads or flight with four or more risers. kg)asphalt paper or 6-mil(0.15 mm)polyethylene to permit water seepage „ ------ -._ __-- 3 F c , �) BY: while avoiding infiltration of fine soils. -------------, ",'FY BUILDING DEPAR NT AT OL TOV ZBA R311.5.6.1 Height.Handrail height,measured vertically from the sloped plane adjoining the tread ' , L'�V ! nosing,or finish surface of ramp slope,shall be not less than 34 inches(864 mm)and not more t §RR406.3.4 Backfill.The remainder of the excav,:t,-.d area shall be SANK W'C' r, ''�2 AM TO 4 PM FOR THE LZLALU II n han 38 inches(965 mm). backfilled with the same type of soil as was removed dining the SHOWER -'JVVING INSPECTIONS: excavation. `�,u1" s. JNDAT{ON' - TWO REQUIRED STEES, R311.5.6.2 Continuity.Handrails for stairways shall be continuous for the full length of the flight, MAIN FLOOR CONCRETE U I POURED COr from a point directly above the top riser of the flight to a point directly above lowest riser of the 2„ „ N. , 'flight.Handrail ends shall be returned or shall terminate in newel posts or safety terminals. 2 2" 3" 2" .'4";GH FRAMING Bc PLUMBING (�� Handrails adjacent to a wall shall have a space of not less than 11/2 inch(38 mm)between the ,LIL ATION i1-- wall and the handrails. 3 -. rIiVAL - CC, .6:;71or Mus -, BE COMP.. E'JR C.O. X Exceptions: §RR301.2.2.4 WEIGHTS OF MATERIALS.AVERAt-.E DEAD LOADS SHALL.NOT .- OCCUPAf�CY W q LL EXCEED 15 PSF(0.72 KN/M2)FOR ROOFS/CEIL[NG ASSEMBLIES OR 10 PSF ! FALL?, CONSTE.,,,,ION SHALL MEET THE I. Handrails shall be permitted to be interrupted by a newel poFt at the turn. (0.48 KN/M2)FOR FLOOR ASSEMBLIES,EXCEPT AS FURTHER LIMITED BY C'O' � 'fi �l'; r:�.�EN c S OF THE CODES OF NEW �USE IS UNLAV � � � R � §RR301.2.2. DEAD LOADS FOR WALLS ABOVE GRADE SHALL NOT L�.XCEED: i 'YGtil" ." ,-ATE. NOT RESPONSIBLE FOR �j c . J ��1 rip 2. The use of a volute,turnout,starting easing or starting Hewell shall be allowed over the lowest _R CONSTRUCTION ERRORS. P I � j /'►CC I ICA =O r N V DESIC � THOU G (,rA t tread. 1.FIFTEEN PSF(0.72 KN/M2)FOR EXTERIOI: ' [Gill`('-t R AME,WOOD WALLS. t _ 4" ! TO AN APPROVED tG N R311.5.6.3 Handrail grip size.All required handrails shall be of one of the following types or 2.FOURTEEN PSF(0.67 KN/M2)FOR EXTERIOR LIGHT-FRAME COLD-FORMED ; SANITARY SEWER SYSTEM 0� oCCUsivi � +Y provide equivalent graspabiliry. STEEL WALLS" DRAINAGE INSEE * + V►- m (� 1. Type I.Handrails with a circular cross section shall have an ioutside diameter of at least 3.TEN PSF(0.48 KN/M2)FOR INTERIOR LIC- 17:AME WOOD WALLS. Contact TOS Eng1neer;;n9.et 765 '"'t" "^-@ . .,Ckrill,OF3,5Fr0Vk;e En In ` ,. ;t EI.CCTRICA - X 0 11/4 inches(32 mm)and not greater than 2 inches(51 tnm),If tlhe handrail is not circular it 2015 IFC SECTION 915(CARBON MONOXIDE DETECTION SYSTEMS). 115t, # c_l 8 th. s•r �*n++hAtt,b:.cn,tll___.... ..� a shall have a perimeter dimension of at least 4 inches(102 mm)end not greater than 61/4 inches 4.FIVE PSF(0.24 KN/M2)FOR INTERIOR LIGH"f-I=1�AME COLD-FORMED PLUMBING RISERDIAGRAM (NTS) SECTION 915 OF THE 2015 IFC SHALL BE DEEMED TO BE AMENDED TO READ AS! - T.,OWS: thi l ttt �t .iii f t.., `� R"Alt " '�� t1itS1 ECTION REU11 ED 0 ((( � (160 nun)with a maximum cross section of dimension of 21/4 i,nches(57 min), STEEL WALLS. 915.1.GENERAL.CARBON MONOXIDE ALARMS AND CARBON MONOXIDE DE'ITC•1-)RS SHALL -• }- Z 00 BE INSTALLED IN BUILDINGS AS REQUIRED IN ACCORDANCE WITH SECTION 9!'..'.:'OR N 2. Type 11.Handrails with a perimeter greater than 61/4 inches(160 mm)shall provide a 5.EIGHTY PSF(3.83 KN/M2)FOR 8-INCH-THICK(203 MM)MASONRY RESIDENTIAL BUILDINGS OR SECTION 915.3 FOR COMMERCIAL BUILDINGS. 0 C4 graspable finger recess area on both sides of the profile.The finger recess shall begin within WALLS. Y��S^�P(•ftgC�j��;,�G��QU���® a#,-o m c.ft 'n a distance of 3/4 inch(19 nun)measured vertically from the tallest portion of the profile and 915.2 RESIDENTIAL BUILDINGS. achieve a depth of at least 5/16 inch 8 mm within 7/8 inch 22 mm below the widest portion 6.EIGHTY-FIVE PSF 4.07 KN/M2 FOR 6-INCTI-THICK(1 52 MM CONCRETE TABLE P3201.7 SECTION P3103 ^quired m Rar W of the profile.This required depth shall continue for at least 3/8 inch(10 mm)to a level that is WALLS" SIZE OF TRAPS FOR PLUMBING FIXTURES VENT TERMINALS 915.2.1 GENERAL.SECTION 915.2 COVERS THE APPLICATION,INSTALLATION,PERFORMANCE* fl Q not less than 13/4 inches(45 nun)below the tallest portion of the profile.The minimum width P3103.1 ROOF EXTENSION: AND MAINTENANCE OF CARBON MONOXIDE ALARMS AND CARBON MONOXIDE DETECTORS, of the handrail above the recess shall be 11/4 inches(32 min)to a maximum of 23/4 inches EXCEPTION:ROOF/CEILING DEAD LOADS NOT EXCEEDING 25 PSF(1.J 9 PLUMBING FIXTURE TRAP SIZE MIN. AND THEIR COMPONENTS,IN NEW AND EXISTING ONE-AND TWO-FAMILY DWELLINGS;MULTIPLE '', (70 run).Edges shall have a minimum radius of 0.01 inches(0.25 nun). KN/M2)SHALL BE PERMITTED IN SEISMIC DESIGN CATEGORY D2 PROVIDED (INCHES) OPEN VENT PIPES THAT EXTEND THROUGH A ROOF SHALL BE SINGLE-FAMILY DWELLINGS(TOWNHOUSES);BUILDINGS OWNED AS CONDOMINIUMS OR � THE WALL BRACING AMOUNTS IN CHAPTER R6 ARE INCREASED IN BATHTUB(WITH OR WITHOUT SHOWER HEAD J 1/2 TERMINAVED NOT LESS THAN 6 INCHES(152mm)ABOVE THE COOPERATIVES AND CONTAINING DWELLING UNITS;BED AND BREAKFAST DWELLINGS;AND R311.5.7 Illumination.All stairs shall be provided with illumination in accordance with ACCORDANCE WITH TABLE RR3012.2.4. AND/OR WHIRLPOOL ATTACHMENTS ROOF OR 6i INCHES(J 52mm)ABOVE THE ANTICIPATED SNOW OTHER BUILDINGS AND STRUCTURES WHICH CONTAIN ONE OR MORE DWELLING UNITS,SLEEPING Section R303.6. ACCUMULATION,WHICHEVER IS GREATER.WHERE A ROOF IS UNITS OR SLEEPING AREAS AND WHICH ARE CLASSIFIED,IN WHOLE OR IN PART,!N ONE OR MORE PLUMBER CERTIFICATION BIDET J 1/4 TO BE USED FOR ASSEMBLY AS A PROMENADE,OBSERVATION OF THE FOLLOWING OCCUPANCY GROUPS:E,I-1,I-2(EXCEPT HOSPITALS),I-4,R-1,.R-'2, ON LEAD CONTENT BEFORE DO NOT PRO EE WITH ENGINEER- DECK OR'SUNBATHING DECH OR FOR SIMILAR PURPOSES, R-3 OR R-4.CARBON MONOXIDE ALARMS(OR,WHERE PERMITTED,CARBON MON_?XIDE FRAMING UNT.L lRVEY 0F NE� CLOTHES WASHER STANDPIPE 2 OPEN VENT PIPES SHALL TERMINATE NOT LESS THAN 7 FEET DETECTORS)SHALL BE PROVIDED IN ALL NEW AND EXISTING BUILDINGS AND STI.UCTURES CERTIFICATE F OCCUPANCY OF FOUNDA CIO L CATION, y DISHWASHER ON SEPARATE TRAY (2134inn)ABOVE THE ROOF. DESCRIBED IN SECTION 915.2.1,BUILDING O STRUCTURE AND WIITTHOU REGAROUT D TO THE DATE OF CH BUILDING O OF HE SOLD4USLD IN WATER HAS 6EEN ATP )BEd' ( ) 1 1/2 UT D O WHETHER SUCH BUILDING OR STRUCTURE P3103.2 FROST CLOSURE: SHALL OR SHALL NOT HAVE BEEN OFFERED FOR SALE.CARBON MONOXIDE ALARMS(OR,WHERE SUPPLY SYSTEM CANNOT EE �t rad 1. r, FLOOR DRAIN 2 PERMITTED,CARBON MONOXIDE DETECTORS)SHALL BE INSTALLED,OPERATED AND EXCEEII 2/10 OF 1%LEAD. i r ,°t s ' w WHERE TH E 97.5 PERCENT VALUE FOR OUTSIDE DESIGN MAINTAINED IN ACCORDANCE WITH THE PROVISIONS OF SECTION 915.2 OR,IN THE m �r to KITCHEN SINK(ONE OR TOW TRAPS,WITH OR TEMPERATURE IS 0 DEG.F(-18 DEG.C)OR LESS,VENT EXTENSIONS ALTERNATIVE,IN ACCORDANCE WITH THE PROVISIONS OF NFPA 720- p A p �Z WITHOUT DISWASHER AND FOOD WASTE DISPOSER) 1 1/2 THROUGH A ROOF OR WALL SHALL NOT BE LESS THAN 3 INCHES EXCEPTION:CARBON MONOXIDE ALARMS AND/OR CARBON MONOXIDE DETECTORS SHALL NOT ,r. i I 1 IAB N( ,C2 IN A BUILDING OR THAT mterfo lighting P e loo LAUNDRY TUB(ONE OR MORE COMPARTMENTS) ] 1/2 SHAiLL BEMADENOT LESS HANISFOOT(30.8 n n)INSIDE E THE 9 5E VENT BE 2 2QDEFINNIIT ONS..FOR HE PURPOSES OSTRUCTURE THS SECTONTAINS ION 915 2NH FOLOLOWIONG TEIDE RMSOURCE. Inrtarled replaced OE• (at�PLu(`A�'':,+'�� JVD O � 0 THERMAL ENVELOPE,OF THE BUILDING. ) SHALL HAVE THE FOLLOWING MEANINGS: � � &VVATEB�1N -S ' O�� � LAVATORY 1 1/4 CARBON MONOXIDE ALARM.A SINGLE OR MULTIPLE-STATION DEVICE THAT HAS(1)A SENSOR tvpzired rhtll Conform TESTING BEFOP =C J rFli�lC� SSI CAPABLE OF DETECTING THE PRESENCE OF CARBON MONOXIDE AND(2)AN ALARM THAT SOUNDS to Char=172 JEFFREY T. BUTLER, P,E, SHOWER(BASED ON THE TOTAL FLOW RATE THROUGH SHOWERHEADS AND BODY SPRAYS) WHEN CARBON MONOXIDE IS DETECTED. t0thft.Tt3rin Code CARBON MONOXIDE DETECTOR.A DEVICE THAT(1)HAS A SENSOR CAPABLE Or DETECTING THE !a FLOW RATE: PRESENCE OF CARBON MONOXIDE AND(2)IS CONNECTED TO AN ALARM CONTROL UNIT THAT10�� ��' O 5.7 GPM AND LESS 1 1/2 SOUNDS AN ALARM WI TEN CARBON MONOXIDE IS DETECTED. W MECHANICAL SYSTEM FEATURES: MORE THAN 5.7 GYM UP TO 12.3 GPM 2 + HEATING:NATURAL GAS HYDRONIC DISTRIBUTION,95%a EFF MORE THAN 12.3 GPM UP TO 25.8 GPM 3 C1 etttt C) 2016 SUPPLEMENT PUBLICATION DATE:MARCH,2016 WATER HEATING:INSTANT HOT WATER,NATURAL GAS 95%n EFF,0 GAL MORE THAN 25.8 GPM UP TO 55.6 GPM 4 CARBON MONOXIDE SOURCE.ANY APPLIANCE,EQUIPMENT,DEVICE OR SYSTEM THAT -1'v ,g....•. testing req '1' 'J ° COOLING:AIR CONDITIONER,ELECTRIC, 14.5 SEER 1 N �J.J U_ FOR Sl: I INCH=25.4 min, I FOOT=30.8 min. MAY EMIT CARBON MONOXIDE(INCLUDING,BUT NOT LIMITED TO,FUEL FIRED FURNACES; �''t Cts 4 r` ;:,-ff01+ i ❑ a FUEL.FIRED BOILERS;SPACE HEATERS WITH PILOT LIGHTS OR OPEN FLAMES;KEROSENE DUCT LEAKAGE TO OUTSIDE 50.00 CFM25 T •• �' r'�,§�� , 0 M O N � WHOLE HOUSE MECHANICAL VENTILATION: M 1507.3.3 MECHANICAL VENTILATION RATE.HE WI$OLE HOUSE HEATERS;WOOD STOVES;FIREPLACES;AND STOVES,OVENS,DRYERS,WATER HEATERS MECHANICAL VENTILATION SYSTEM SHALL PROVIDE OUTDOOR AND REFRIGERATORS THAT USE GAS OR LIQUID FUEL),GARAGES,AND OTHER MOTOR VEHICLE µ,,'x,ti - 1t I,1J �q Q O RELATED OCCUPANCIES. .. " " Must pro rIrlC �. ?, 1 r w m i Or DWELLING UNIT.A SINGLE UNIT PROVIDING COMPLETE,INDEPENDENT LIVING FACILITIES AIR AT A CONTINUOUS RATE OF NOT LESS THAN THAT DETERMINED IN FOR ONE OR MORE PERSONS,INCLUDING PERMANENT PROVISIONS FOR LIVING,SLEEPING, �' ' <_tI �' ('` �� 0 o ACCORDANCE WITH TABLE M1507.3.3(]). EATING,COOKING AND SANITATION.DWELLING UNITS INCLUDE,BUT ARE NOT LIMITED TO, NYS %1101�.x-/ 6,"O � USE:APRILAIRE MODEL 8100 WITH 8120 CONTROLLER FOR 120CFM(CONTINIOUS),SEE DESIGN ON SHEET 5. ONE-FAMILY DWELLINGS,EACH UNIT IN A TWO-FAMILY DWELLING,EACH UNIT IN A MULTIPLE `'� _ = SINGLE-FAMILY DWELLING(TOWNHOUSE),BED AND BREAKFAST DWELLINGS,APARTMENTS, TZ J O PROGRAMABLE THERMOSTAT REQUIRED FOR HEATING AND COOLING AND DORMITORY SUITES HAVING LIVING AREAS,BEDROOMS,BATHROOMS AND KITCHENS. SLEEPING AREA.A ROOM OR SPACE THAT CAN BE USED,EITHER ON AN OCCASIONAL OR Q O Z ENERGY COMPLIANCE: PERMANENT BASIS,FOR SLEEPING.SLEEPING AREAS INCLUDE,BUT ARE NOT LIMITED TO, Q C REFER TO ENERGY COMPLIANCE METHOD BY OTHERS FOR COMPLIANCE METHOD BEDROOMS AND PLACES WHERE CHILDREN SLEEP IN A DAYCARE FACILITY.• .0 _ AND PATH TO COMPLIANCE. THE MANUAL D,J AND S WERE COMPILED BY ENERGY TESTING uWArEPER PLAN SLEEPING UNIT.A ROOM OR SPACE IN WHICH PEOPLE SLEEP,WHICH CAN ALSO INCLUDE 1u- SERVICES,(DATED 3-DOC AND SUBMITTED T PART THIS APPLICATION. PERMANENT PROVISIONS FOR LIVING,EATING,AND EITHER SANITATION OR KITCHEN FACILITIES ❑ 11 U _V A REVIEW OF THESE DOCUMENTS FINDS THAT THE DATA,MECHANICAL DESIGN SCREEN WITH ua" AND SPECIFICATIONS ARE IN COMPLIANCE WITH THE 2015 IRC,2ND PRINTING,AS NOTE:FRESH AIR INLET TO RETURN DUCT MAX OPENING.TYP. BUT NOT BOTH.SUCH ROOMS AND SPACES THAT ARE ALSO PART OF A DWELLING UNIT ARE o 10 FEET MIN FROM HVAC BLOWER ADOPTED NOT SLEEPING UNITS.SLEEPING UNITS INCLUDE,BUT ARE NOT LIMITED TO,DORMITORY (W dj O O 0 B NYS AND TIIE 2016 SUPPLEMENT TO HE NEW YORK STATE ENERGY §RR312 SOUND.4BsuRBtk SUITES WITH LIVING AREAS,BEDROOMS AND BATHROOMS. 0 CONSERVATION CODE. GUARDS ~ 915.2.3 REQUIRED LOCATIONS.CARBON MONOXIDE ALARMS SHALL BE PROVIDED IN AIR SEALING NOTES: THE LOCATIONS DETERMINED PURSUANT TO SECTION 915.2.3. §RR3J 2.1 GUARDS REQUIRED.PORCHES,BALCONIES OR RAISED FLOOREXCEPTIONS: THE CONTRACTOR 1S RESPONSIBLE FOR AIR SEALING; THE �-FRESH AIR TO HOUSE STALE AIR FROM HOUSE +r- v Q AYRILAIRE -- SURFACES LOCATED MORE THAN 30 INCHES(762 MM)ABOVE i 1IE FLOOR THE BUILDING ENVELOPE SHALL BE SEALED IN ACCORDANCE OR GRADE BELOW SHALL HAVE GUARDS NOT LESS THAN 36 INCHES f-STALE AIR To ouTstDE MODEL xluu Ekv I.WHERE COVERAGE AT A LOCATION 1S REQUIRED BY MORE THAN ONE PROVISION OF FRESH AIR FROM OUTSIDE .F-- SECTION 915.2.3,PROVIDING ONE CARBON MONOXIDE ALARM AT SUCH LOCATION SHALL Q- z w WITH MANUFACTURERS'INSTRUCTIONS AND HE Y1OVISIONS (914 MM)IN HEIGHT. OPEN SIDES OF STAIRS WITH A TOTAL RISE OF MORE / BE DEEMED TO SATISFY ALL SUCH PROVISIONS. O u (CHECKLIST)OF THE 2015 IECC. THAN 30 INCHES(762 MM)ABOVE THE FLOOR OR GRADE BELOW SHALL BUTTERFLY DAMPER 2.IN LIEU OF A CARBON MONOXIDE ALARM,A CARBON MONOXIDE DETECTOR MAY BE HAVE GUARDS NOT LESS THAN 34 INCHES(864 MM)IN HEIGHT MEASURED PROVIDED AT ANY LOCATION WHERE COVERAGE IS REQUIRED,PROVIDED THAT SUCH N 1101.]4 8401.3 CERTIFICATE(MANDATORY).A A WALL IN CERTIFICATE SHALL CARBON MONOXIDE DETECTOR IS PART OF A SYSTEM THAT CAUSES AN ALARM TO SOUND ( ) ( ) VERTICALLY FROM THE NOSING OF THE TREADS.BE COMPLETED BY THE BUILDER AND POSTED ON A`WALL IN A SPACE WHERE AIR HANDLER AT SUCH LOCATION WHEN CARBON MONOXIDE IS DETECTED AT SUCH LOCATION" THE FURANCE IS LOCATED, THE CERTIFICATE SHALL LIST THE PREDOMINANT §RR312.2 GUARD OPENING LIMITATIONS.REQUIRED GUARDS ON OPEN 10'MIN n Q 915.2.3.1 ONE-FAMILY DWELLINGS. R VALUES OF THE INSULATION INSTALLED(ROOFS/CEILINGS/WALLS/FLOORS/FOUNDATION) SIDES OFSTAIRWAYS,RAISED FLOOR AREAS,BALCONIES AND PORCHES NOTE:LOCATE FRESH AIR INTAKE A MIN OF 10 FEET FROM ANYEXHAUST 915.2.3.1.1 BUILDINGS CONSTRUCTED ON OR AFTER JANUARY 1,2008. AND DUCTS OUTSIDE CONDITIONED SPACES;U FACTORS FOR FENESTRATION AND SHGC SLIALL HAVE INTERMEDIATE RAILS OR ORNAMENTAL CLOSURES HAT INTAKE AND EXHAUSTI\fUSUSTBEAVENT. AMIN 18"AGL 915.2.3.1.1.1 A CARBON MONOXIDE ALARM SHALL BE PROVIDED ON EACH STORY AND RESULTS FROM ANY REQUIRED DUCT SYSTEM AND BUILDING AIR LEAKAGE TESTING DO NOT ALLOW PASSAGE OF A SPHERE 41NCHESMM 102 ( )OR MORE IN CONTAINING A SLEEPING AREA,WITHIN 15 FEET OF THE SLEEPING AREA.MORE THAN DONE ON THE BUILDING. THE CERTIFICATE SHALL LIST THE VALUE FOR EACH COMPONENT, DIAMETER. ONE CARBON MONOXIDE ALARM SHALL BE PROVIDED WHERE NECESSARY TO ASSURE NCIS OF HEATING,COOLING AND CERTIFICATE SHALL LIST THE TYPES AND EFFICIETHAT NO SLEEPING AREA ON SUCH STORY IS MORE THAN 15 FEET AWAY FROM A CARBONSERVICE WATER IEATING EQUIPMENT. EXCEPTION:THE TRIANGULAR OPENINGS FORMED BY THE RISER,TREAD WHOLEHOUSE MECHANICAL iL / VT( A IOV PAGE : MONOXIDE ALARM" THE ENGINNER IS NOT RESPONSIBLE FOR ANY ENVIRONMENTAL ILLNESSES CAUSED BY AND BOTTOM RAIL OF A GUARD AT THE OPEN SIDE OF A STAIRWAY ARE 915.2.3.1.1.2 A CARBON MONOXIDE ALARM SHALL BE PROVIDED ON EACH STORY THAT THE MANDATORY REQUIREMENTS OF HE ENERGY CODE OR THE PREMATURE DEGRADATION PERMITTED TO BE OF SUCH A SIZE THAT A SPHERE 6 INCHES(152 MM) CONTAINS A CARBON MONOXIDE SOURCE. OF ANY COMPONENTS OR FINISHES. CANNOT PASS THROUGH. REFER TO SITE PLAN BY PAUL BARYLSKI L.S. FOR ACTUAL GRADES SEE DETAIL SHEET FOR HIGH WIND CONNECTION REQUIREMENTS CONT. RIDGE VENT — RIDGE HEIGHT OPENING PROTECTION BY WOOD STRUCTURAL PANELS PERSUANT TO 1609.1.4, SEE 12 FASTENING SCHEDULE ON DETAIL SHEET IN THIS SET CONT, RIDGE VENT ASPHALT ROOF SHINGLES (TYP)= _= MEAN HEIGHT 12 — - - 10 CONT, RIDGE VENT - — —TOP OF PLATE ® - - STEP - - 1H - - - - - - - FLASHING, —_ TYP. HARDIE PLANK SIDING (TYP) _ o -ASPHALT ROOF SHINGLES (TYP)` =77 NIN - --- - — — 12 00 10 —12-- 4— TOP 12- - — TOP OF SUBFLOOR — TOP OF CEILING - — -- C3 M 0 cn w -- - w 0 56 O TOP OF SUBFLOOR w zz TOP OF FOUNDATION — m GRADE _ GRADE 54.0 GRADE 1 00 I o 1 1 l a 1 ----------------------------------------- ----------------------------------------------------- -- ------------------ ------------------------------------------------------------------------------------ 1 1 1 STEPFOOTI"- -= ' ►___ 1--- 1 I 1 1 I 1 1 1 I 1 1 3 o MAX. DEG A x. 1 1 F-- i I 1 1 '--- ------- ---- --- --- — - — - — TOP OF FOOTING 1 1 I `--- ----------------------------------------------------------- ---±-----------------------------------------±------+ - ±- --` --± --------------------------------------------------------- --------------• ----------�� ----------------------------------------------------------- ---------------------------------------------------------------------------------- ------ ------------- ------ ----- ----- --- -------------------------------------------------------- ----------- --------- LL RIGHT S� 1-4 xD r- FRONT ELEVATIONi� D� ELEVATION ff-��� lel : � y � CONT, RIDGE VENT }— Z co WOOD FRAME CHIMNEY w/ HARDIE PLANK SIDING - UJ a -- CONT, RIDGE VENT - — ASPHALT ROOF SHINGLES (TYP) IL IL 12 - - CONT. RIDGE VENT ENGINEER: - — --- - - - - - - - — - — - - — TOP OF PLATE -- -- - ----- — — - - � B n�co ASPHALT ROOF SHINGLES (TYP) _ - o r2 SAO '3 4 P HARDIE PLANK SIDING (TYP) - - - - - — - - - - - - - — - - - - — - ROFESS\El O� JEFFREY T. BUTLER, P.E. TOP OF 5UBFLC0R — - - — TOP of CEILING PLANK SIDING (TYP) U O z W d 0 a _ o Q U1 z QEll o CD Zm ^ =1 LL� x80" O.H,D, 9�0x8'0" O,H,p, ml z° o � z — - - — TOP OF SUBFLOOR G Q TOP OF FOUNDATION GRADE — - - GRADE uLIJ VJ N O Q - 1 IL Q m 1 1 1 I 1 I 1 1 1 1 1 I I 1 1 ' i � � Q 1 1 1 ' •--- ----------------------------- --------------- • O , , I 1 I 1 I 1 1 1 ' z ---------------------------- 1 I 1 1 1 app 1 1 1 1 I 1 I 1 1 1 ------ " I11 1 I , 1 •--a --a---------------------------------------------; -SCEP FOOTING 1 1 ' ' a: 30 DEG MAX. 1 1 � � 1 1 1 -------------- ------------------------------------------------------------•- - --' — - - — TOP OF FOOTIi�G ----••--------------------------------------------------------------------------------------------------------------------------- a -----------a, a , a l I 1 '--------------- -------------------------------------------------------------a---' ------------------------------------------------------------------------------------------------------ PAGE • LEFT 8I1DE ELEVATION REAR ELEVATION 2 of 13 R905.1.2 ICE BARRIERS: SEE DETAIL SHEET FOR HIGH WIND CONNECTION IN AREAS WHERE THE HAS BEEN A HISTORY OF ICE FORMING CONTINUOUS AIR VENT BAFFLES 6 FRAMING BAY ALONG THE EAVES CAUSING A BACKUP OF WATER AS DESIGNATED REQUIREMENTS OWENS CORNING "RAFT-A-MATE" - TO BE INSTALLED IN TABLE ASPHALT SHINGLES,METAL ROOF SHINGLES,NERAL SURR SHALL BE INSTALLED F CED 50 THAT AIR FLOW IS NOT RESTRICTED, ROLL ROOFING,SLATE AND SLATE-TYPE SHINGLES,WOOD SHINGLES DO NOT COMPRESS INSULATION, AND WOOD SHAKES.THE ICE BARRIER SHALL CONSIST OF NOT FEWER OPENING PROTECTION BY THAN TWO LAYERS OF UNDERLAYMENT CEMENTED TOGETHER,OR A WOOD STRUCTURAL PANELS SELF-ADHERING POLYMER-MODIFIEDBITUMEN SHEET SHALL BE USED PERSUANT TO 1609.1,4, SEE IN PLACE OF NORMAL UNDERLAYMENT AND EXTEND FROM THE LOWEST EDGES OF ALL ROOF SURFACES TO A POINT NOT LESS THAN 1111111 24 INCHES(6I Omm)INSIDE THE EXTERIOR WALL LINE OF THE BUILDING. FASTENING SCHEDULE IMON ROOFS WITH SLOPE EQUAL TO OR GREATER THAN 8 UNITS VERTICAL DETAIL SHEET IN THIS SET IN 12 UNITS HORI20NTAL,THE ICE BARRIER SHALL ALSO BE APPLIED NOT LESS THAN 36 INCHES(9141mn)MEASURED ALONG THE ROOF SLOPE FROM THE EAVE EDGE OF THE BUILDING. EXCEPTION:DETACTTED ACCESSORY STRUCTURES NOT CONTAINING CONDITIONED FLOOR AREA. 4913" EAVE DETAIL 21 211 (,511 381811 21 OI, 6'611 516„ IS" DIA x MIN 48" DEEP E�NTERLINE OF CENTERLINE OF N " a OR TO UNDISTURBED SOIL z 8 THICK X 8'O HIGH P.G. DO BO DOOR ABOVE P.C. PIER WITH 6x6 AGQ WALL ON 16" X 8" FOOTING PROVIDE (3) 04 BARS IN FOOTINGS I POST TO DECK GIRDER. ta POURED CONCRETE FOOTING, TYP. `"♦ L,O, STOOP ABOVE "'♦� ,V]2�2 ,-- ANCHOF PER DETAIL PROVIDE TIE DOWNS AT EACH CORNER w O, STOO�' ABOVE SHEET, TYP, SIMPSON HpU 5 (TYPICAL) - SEE DETAIL SHEETS ' e ~— —� ~ e — PROVIDE 8/8" ANCHOR BOLTS 32" O,G, MAX, .2-2x10 AGG{2 GIRDER ♦ , x10 AGGt GIRDER ' ` -' WITHIN I' OF EACH SPLICE IN SILL PLATE A o ; ONa o o ; SEE DETAIL SHEET FOR INSTALLATION N 1 r 1 [V 1 4,43 ------- ------ --- 281 -- ---- -----------------------------�--2xB_AGQ i �n�Fa �--.1--- ---- --- --- --y--:5 --2x9LAC6LLEMG --_------------- •I,1 v ' RIDGE VENT SHINGLE RIDGEGAP d ° - ----- P-- -------------- ------------------------------------------------------------------------------------ ---_ ------------ EXHAUST 11�1I - ^ �Z AIR <� ; t SHINGLES—� ROOF SHEATHING= (TYP.) 0 1 NQ n I D I FELT PAPER-\ '� � � � V - y O ' 1 I _6 EXCAVATED CELLAR N - D (V � ' • ' W RAFTER w ; ; @ 4" P,C. SLAB (3500 PSI) ON 4 MIL VINYL ,\rt Q (K ' O VAPOR BARRIER ON 4" COMPACTED 4'x5'x5/8" F,C. CsWB OVER I ; '• ; m LU � Q ? `^1 v N POUROUS FILL � � �,� FURNACE PER CHAPTER 13 �- Qu ' I—O 'I f_ -' (UNFINISHED) h( OF THE 2018 IRC, � Q � in wz C.O, 61111 6w 1 RIDGE BEAM _ _2-1 3/4"x11 l/8"1 1 2-1 3/4"x 1 l/8" ' RIDGE VENT DETA ILI ' D I ' '2-13/4"x,l ,/a ; I I _1 N ; ; Q- I L L @IRDER-i— ; LYL CsIRDER i —� 1 LVL CsIF�iDER ' 1 1 1 1 1 1 1 u 1 ' ° 5' 10'/�" 5' IU'/2" T211 6171 •------ o o BEA POCKE fsRO I' ' � II ' ' I T SOLIe • 1 _ 1 3/4II xll 1/B11_ -2-I 3/411 x11 l/8 _ _ 2-13/ xll l/B_�_ _ ) 3/4' xll 1/51,� _ 6 I D o )( VL GIRDER 1 1 LVL GIRDER, 1 LVL GIRDER 1 1 O ; D -4 LL 1tu 1 D ; BEAM POCKET 0 (y- � ` (�/� ' GROUT SOLID O ' I O NLL I l� r M j__ 3R-- 03 X o % otu CIS 0 , d v • 1 0a0 i __________c-^o __-___ _cV----------- _o___________ c___D__ v__-____- __o--------------- ----- ♦♦ . D ; O C� • D• d o > d D d o ° d p d o e d p d o ♦ , 0 1 .---- -=- ------------------- ------------------ v ------------- .------------------- - ---- 1U p- m 1 v 1 = ♦♦ D° ♦♦ I � I 91 811 .11 0" ^/,01� ° 61 011 N 0 N _ Y 1 I V 1 4 U- ♦ o• d , 1 , tu1 1 ' D< COMPACT FILL 2-2Xo AGQ SILL - 1 1 ° o O ' ' 4 -------------- - ' y 5/8" ANCHOR BOLTS 32" O,C. Fri CEILING DRYWALL TAPED o SILL SEAL ENGINE c D TO WALL DRYWALL rn QO - d° d COPPER TERMITE SHIELD NEw y •-------------- -- + 8" CONC. X &'O" HIGH P,G, O g DRYWALL CAULKED, GLUED w ; ; LL FOUNDATION (3000 PSI) �� WALL ON W' X 8" FOOTING OR GASKETED TO TOP PLATE 0 UNEXCAVATED GARAGE9 co I 1 Q 1 I l PROVIDE (3) 04 BARS IN FOOTING DRYWALL CAULKED, GLUED ; ; (k 4" P.C. SLAB POURED CONCRETE FOOTING, TYP. * ��" ', W OR GASKETED TO BOTTOM PLATE ; ' 6"x6" 10/10 W.W, . i D i PROVIDE 05 BAR, 45" O,C, VERTICAL r `, u O 4' POUROUS FILL PER TABLE 404,1,1 (2) C� �,',� 1 I Ur O PITCH TO O.H,D. I I DAMPROOF BELOW GRADE 1�2 BOTTOM PLATE CAULKED `r oo W a°a SEE DETAIL SHEET FOR 93 OR GASKETED TO SUBFLOOR 'N`I p° ANCHOR BOLT SPACING �loAo Ro tss\ 1 1 1 1 F: SUBFLOOR GLUED, CAULKED OR 1 I Q - I °4 1 JEFFREY T. BUTLER, P.E. GASKETED TO RIM JOIST/RIM CLOSURE ; ; z 71 1 1 RIM JOIST/RIM CLOSURE CAULKED OR GASKETED TO TOP PLATE 1L ' D W U m °a O B DRYWALL CAULKED, GLUED ; ; 0 I I N z a OR GASKETED TO TOP PLATE > ; ; ; o° ; W U pQaC z 1 1 Q I 1 1 1 p e 1 LLI O p Lu nl 1 O DRYWALL CAULKED, GLUED "• 1 1 Q ' u d• D p . d p C d D p • - cd' D 1 T (P 1 OR GASKETED TO BOTTOM PLATEa------------------------------ O m p D —, - Lu r'S -1- a-------------------------------------------------------------------+ O BOTTOM PLATE CAULKED Q LU OR GASKETED TO SUBFLOOR :-3 O Oz SUBFLOOR GLUED, CAULKED OR O U GASKETED TO RIM JOIST/RIM CLOSURE Q n 1-- 1 1 v GASKETED TOTOP PLATE RIM JOIST/RIM CLOSURE CAULKED OR GA 6 8 7 10 � Uj O O FOUNDATION FLAN _ o 271/111 141611 �1 61, 41/1 71 611 11 911 ^11 Oil � p DRYWALL CAULKED, GLUED V ll L 7 L V O O OR GASKETED TO TOP PLATE ® SMOKE DETECTOR Cc INTERCONNECT PER GODS49'3" O e CARBON MONOXIDE DETECTOR_k_ v ° ONE PER FLOOR AIR SEALING DETAILS NOTE: f C3 PROVIDE FLOOR JOISTS WITH "FLAK JACKET"' PROTECTION O ON FIRST FLOOR TO COMPLY WITH 8302,13, EXCEPTION 4 SEE DETAIL SHEET FOR HIGH WIND CONNECTION REQUIREMENTS OPENING PROTECTION BY WIND-BORNE DEBRIS PROTECTION FOR WOOD STRUCTURAL PANEL WOOD STRUCTURAL PANELS PERSUANT TO 1609.1.4, SEE FOR WALL OPENING PROTECTION OF120 MPH 3-SECOND WIND GUSTS ( MAXIMUM MEAN ROOF HEIGHT: 35') AIL SH N THIS SCHEDULE E DETAIL SI-IFFY IN TI-IIS SET SHUTTER ASSEMBLY N.T.S. I • FOR PANEL SPANS: 0<4'OWIDE SPAN •i-' \ • I � 23/32"APA SPAN-RATED 48/24 SHEATHING GRADE PLYWOOD I 473" (OVERLAP AROUND OPENINGS 4") 2'2" 45' 1 ASSEMBLY: I,• I " ATTACHING STRUCTURAL PANEL:FASTEN TO BUILDING w/ 61 ! #10x3"(w/WASHERS)GALV'INIZED OR STAINLESS STEEL WOOD SCREW @ 16"O.C. 6'b" 16'6" 13'4" g'9" I I . ALTERNATIVE FASTNER FOR SHUTTER TO BUILDING: I 1 #10 TEE NUTS ATTACHED TO BLDG.w/#10x1-1/2 (W/WASHERS) ! MACHINE BOLT @ 12"O.C. ° ! STEP STEP •-\ • N z 0 N I STOOP, STOOP, \ I STOOP STEPS AND RAIL STOOP STEPS AND RAIL • fy TO GRADE TO GRADE 5/4"x6" DECKING \ 5/4"x6" CKING PER CODE PER CODE 'NS Ox /0-2 06 SLIDER 3068 SLIAEV Mi II !I -�- ;-----; - OHDR 2-2x1 D ' D.W. ' II II SINK r-----i I•!' I'IULTIPLE SECTION ASSEMBLY: !I !! 1/4" THICK BOLTS e 2' 0r- 2! I LIVING ROOM RANG KITCHEN p 9'0" cLG. HIST.I I 9'O" CLC:. HGT. �9 cn 0 !I II I I 0 U ® m I =' p M 42" PREFAB GAS DIRECT p, I -' N DINING AREA o ! 9'O" CLG. HGT. VENT FIREPLACE WITH =' cx II 11 I I I! - SHUTTER ASSEMBLYI Q ISLAND _ ~ RAISED HEARTH ! ! I I I o AND WOOD MANTLE FOR PANEL SPANS.- 4' PANS:4' OR WIDER SPAN I I I 23/32" APA SPAN-RATED 48/24 SHEATHING GRADE PLYWOOD i a'- I-,- !.I' 25'6" ITT' (OVERLAP AROUND OPENINGS 4") ! ^' 6" WALL 2-2x10 HDR SEARING WALL 2x4 STRONG-BACKS e 24" OCI I I I 2'6' ASSEMBLY: - 1). PREASSEMBLE PLYWOOD TO 2x4'5: " 10x3" (w/ WASHERS) GALVINIZED OR 1! D e AV o STAINLESS STEEL WOOD SCREW m 12" O.C. 2). ATTACHING STRUCTURAL PANEL: FASTEN TO BUILDING w/ I.�- BEARING WALL \�SJ�-� 614" 1 I'T' 010x3" (w/ WASHERS) GALVINIZED OR STAINLESS STEEL (� 3'0' 2'b" _ (2) 13/4"x II l/8" LVL FLUSH WOOD SCREW g 16" O.C, _ = BATH `* 2-2x10 HD 2-2x10 HDR L.O. FLOOR ABOVE to 6 - ALTERNATIVE FASTNER FOR SHUTTER TO BUILDING: Q g O Q " ` _ . '1 "10 TEE NUTS ATTACHED TO BLDG. w/ *IOxl-1/2 ( W/ WASHERS) Z j Q A GLC, HGT cli M L o u a o N DEN _ Q N d d MACHINE BOLT A 12" O.C. p Q N ®E.F. N `� _ � N v ul N 9'O GLC. HGT, p p to r o Q O MUID ROOM `9 6'2" T 0" 2 0" °° `' `' ` QL cfJ 0 9'O" CLG. HGT. m _ FOYER 68" OPEN TO ABOVE 2-2x10 HDR SHOWER , O a) — Ii. all - — - 2-2x10 HDR �;2 Q M Z BEARING '':,ALL 1068-3068-1068 STEP ` MASONRY �' Q u a STOOP of use 2-2x10 HDR ti �1 F4 QQ \ %DFINISH PER x N Q I x N 9 AGREEMENT 2/4x5/2 � > p 1 _ (4)_2x8 HDR _ 6"x6" POST, p 2x10 .R. g 16" O.C. ' 2x10 R.R. 16" O.C. ANCHOR PER DETAIL o x I STEP rqENGINEER: BID 6� m OF NEW YO 9 N a N F cr ul iV O NI�,I' LLl N N X TO FASTEN S 2 CAR GARAGESHEATHING TO HEADER WITH SD COMMON I „ F.C. GW B ON WALLS NAILS,3" GRID, 5/8� CC 73 Q' 2-1 3/4"xI1 v8" LVL HDR A I AND CEILING PER GODS �R \ ` OFES� 1 I/4" COIL STRAP (BOTH SIDES) p (8) IOD NAILS, STUD > ' JEFFREY T. BUTLER, P.E. (8) IOD NAILS,HEADER/TOP PLATE Q O N p 1/2" CDX SHEATHING WITH ' 8 D COMMON NAILS,3" FIELD z 2x10 C.J 16" O.C. 0 3" O.C. PERIMETER, �x STRAP TO RIDGE 32" O.C. L1J u U oIn Z > 51MPSON HDU 9 cq �^, I W L o 5/8" ANCHOR BOLTS 32" O.G. MAX, o 21'0" Q a WITHIN I' OF EACH SPLICE IN SILL PLATE 0 a SEE DETAIL SHEET FOR INSTALLATION I O CD `r 2-2x10 HDR, LIJ 111 Ln ~ A Z 61 ! r 3/0x5/2-2 -1 in z GARAGE PORTAL DETAIL = � Z O o � Q q 3' 1" I TO" 2'0" in I 22'0" 2'6" 4'0" 2'6" I'Sys" w U U O r Cn `6 47'3" O d) cn O CL w o O o FIRST FLOOR FLAN LIVING AREA = 1160 SQ-FT- GARAGE AREA = 490 SQ.FT- COVERED ENTRY AREA = 35 SQ,FT, 05) 4p DETECTOR 4p INTERCONNECT PER CODE 8 CARBON MONOXIDE DETECTOR � O ONE PER FLOOR tt SEE DETAIL SHEET FOR CONT RIDGE VENT VENT GH WIND CONNECTION 2X12 RIDGE REOUIREMENTS 2x10 RAFTERS PROVIDE ICE BARRIER 1/2 CDX SHEATHING PER 8905.1.2, 5-IOd 15" FELT 2 0 TYPICAL ALL NAILS OPENING PROTECTION BY ASPHALT ROOF SHINGLES MIN7<' WOOD STRUCTURAL PANELS ROOF VENTILATION 1:300 OF THE INSULATEDCONT, RIDGE VENT CEILING AREA UNIFORMLY DISTRIBUTED 2x4 C.T. -9 O.C. --- DETAIL SHEET IN THIS SET PERS NT TO 1609LE ON SEE 16 p FASTENING SCHEDULE LOCATED IN UPPER I/3RD p EAvE PROTECTION TO EXTEND FROM THE -- = EDGE OF THE ROOF, 36" UP THE SLOPE 12 OF ATTIC PER 3.2.5.1 OF 2015 WFGM BUT NOT LESS THAN 12" BEYOND -ITHE INTERIOR FACE OF THE EXTERIOR WALL + AFF AS REQUIRED FOR ROOF VENTILATION ATTIC + o BAFFLE UNFINISHED0000000000000000000 0 000 111% AAAAAAAAAAAAA AAA A At - - -- -- TOP OF PLATE NAILS R-49 INSULATION 1/2" GWB 1X6 AZEK FASCIA _ ON 2X6 SUB FASCIA 14" OVERHANG AZEK SOFFIT WITH CONT _ MASTER BEDROOM MASTER BATH SCREENED VENT c c `° Bo SII" PSON STRONG-TIE I-IS HURRICANE TIE z w 3/4" SUBFLOOR V - — TOP OF 5UBFLOOR z w i O � — - - — TOP OF CEILING - II -I/8" TA 230 616" O.C. w T a' 1/2" GWB = 1/2" GWB 2x6 STUDS - R-21 INSULATION = 1/2" CDX SHEATHING -_ HARDIE WRAP 471 HARDIE PLANK SIDING = o " LIVING ROOM BATH 45' 1" TO" 16 6" 13'4" 8'9" uj w 0 Y m 3/4 SUBFLOOR - w — - - — TOP OF SUBFLOOR 0 i— - - — TOP OF FOUNDATION -------------------------------------------------------------------------------------------------------------- R-30 INSULATION 2/0x4/6-2 2/0x4/6-2 2!0x4/6-2 ' °J •; 11 l/8" TJI 230 Is 16" O.C. PITCH RADE ' m o,• AWAY FIROM i 2-2x10 HDR 2-2x1O HDR 2-2xlO HDR , ►ti (2) 13/4"x11 1/8" LVL GIRDER •� FOUNDATION ' O ' 2-2x6 AGQ SILL ' ' IT 0" 5'2" W O 9'S" 16'6" = EXCAVATED CELLAR , 5/8" ANCHOR BOLTS 6 36" O.G. ;', _ _ � rt SILL SEAL e; 3 1/2" STEEL COLUMN 4" F.C. SLAB (3500 PSI)IION 4 MIL VINYL e; W,I,C, � O i COPPER TERMITE SHIELD ' ___' 30 X30 X12 POURED VAPOR BARRIER ON 4 COMPACTED , 6 x 0 8" CONC. X 8'0" HIGH P,G. •+ • �; CONCRETE FOOTING POUROUS FILL '.• ' O U N 0 U t) ' p•• ►„ , !TYPICAL) (UNFINISHED) ' i - O (L O O 42" PREFAB GAS DIRECT FOUNDATION (3000 PSI) WALL ON 16" X 8" FOOTING .� •� ' PROVIDE l3) M4 BARS IN FOOTING •• ' '"* ��p VENT FIREPLACE WITH •. � @ � ' RAISED HEARTH ' TUB/SHOWER POURED CONCRETE FOOTING, TYP. 4" SLAB e' ; BEDROOM 2 0 DAMPROOF BELOW GRADE BEDROOM M3 * ; AND WOOD MANTLE Q • . . ... . . . . ... ' — - - — TOP OF FOOTING ' U 8 HGT 8 HGT R (Y U UL APPROVED SEE DETAIL SHEET FOR +` :•i� ______• O" GLC. OO O" CLC, c N COMPACTED SOIL BEDROOM o o x . •..: :. c ; X X BATH Q ( 0 8'O" GLG, HGT, N N ANCHOR BOLT SPACING N N lo i GLG. HGT.O i X SEC 1 (O I � 4'8" 1„ 5 5„ 8-Z 8, LL LL i u-@ '* ' ®E.F, c' Ll \D f i 4'0" 2-2x10 HDRBEARING WALL 2'4" POCKET Dooo i 1— N _ 2-2x10 HD - 2'6"- 2'6" _ •_ _ 2-2x12 RIDGE N CLO. ,0' 2-2xlO HDR 2-2xlO HDR 2-2x1O HDR lu d ! Q v W.I.C. NOTE: �, BATH o PROVIDE FLOOR JOISTS WITH "FLAK JACKET" PROTECTION ua 8'O" GLG. HGT, e "' +++ RAIL PER CODE 6" WALL 2-2x0 HDR BEARING WALL X O ON FIRST FLOOR TO COMPLY WITH 8302,13, EXCEPTION 4 In tj j W O o , - L• mLu M CL bo zCIS Cn z W.C. ' LA 6 LAv O 2-2xlO HDR O O V zG = O 0 ' m OPEN TO F 2X8 R.R.,IC� O.C. /` D LAUNDRY o — w tK (LAYOVER) BELOW N x A ,T. oo VENT 8'O" GLG, HGT. c (k U 'ILL o MASTER BATH a SHOWER x N X N Sb" GLG. NGT. / 4' x N N � 2-2x10 HD / O R X � W To\6'2" 5'2" 0 3'4" 3'4" 6'2" 3'10" 14' � ENGNNEER: 2-2x1O HDR TUB 1 _ i ��� ^� Y � (2 3//4" X e I✓4" LVLQ'� T. 2/4x4/6-2 7 �� ____________________________________________ _____________________________ ____________________ ����j, N tt ACM 4 6 2-2x10'HDR W y�� r na w 2/4x4/6 _. C? •-------------1M1------------ �' F 0 : OF SS10�P� JEFFREY T. BUTLER, P.E. O � o U z o a W uot - 0 0 z C W =4 a °o l l cYl i r Z (p i )7 O m w N Z O 0 $� _ = O < Boz O � U U Y W � r Cn vi ° � a Q a /''`` 22' 11" 11'4/2" 2'0" 2'0" 5 EC O I �D FLOOR F L A! `l 34'3'/2" 2'6" 4'0" 2'6" 1'9112" T LIVING AREA = 1054 SQ.FT. 47 1 PAGE : SMOKE DETECTOR O INTERCONNECT PER CODE e CARBON MONOXIDE DETECTOR ONE PER FLOOR PROVIDE DOUBLE STUD STUD/POST (3) AND SIMP50N HOU5 FLOOR TO FLOOR CONNECTOR PER DETAIL SHEET (TYPICAL) a PILOT HOLES FOR • 16 5/8" MANUFACTURING • �`. PURPOSES ° L , I Q FLOOR HDU JOIST /8" THREADED ROD a • • • O Q • s �i TYPICAL HDU TIE BETWEEN FLOORS w 0 PRESERVATIVE-TREATED 0. BARRIER MAY BE o REQUIRED a ° o ° FOR HOLOOWNS, PER ASTM TEST STANDARDS, ANCHOR BOLT NUT SHOULD BE FINGER-TIGWT ° e o PLUS 1/3 TO 1/2 TURN WITH A HAND WRENCH, ° WITH CONSIDERATION GIVEN TO POSSIBLE o ° FUTURE WOOD SHRINKAGE. CARE SHOULD VERTICAL HDU INSTALLATION BE TAKEN TO NOT OVER-TORQUE THE NUT, IMPACT WRENCHES SHOULD NOT BE USED, in LU m II I HDU5 DE 1t AIL6 w O MANUFACTURED BY SIMPSON STRONG;-TIE COMPANY, INC. m ,' ♦L NOT TO SCALE a U x ut LL OL w m Lu = � t C14 6HEAR WALL KEY AI O COMMON NAI x0 D O NOTE FOR SHEAR WALLS 8d IS FOR GALVANIZED BOX NAIL R L0 LL z0 L AT ALL EXTERIOR WALLS AND WHERE NOTED aI 15/32" CDX OR OSB WITH lOd AT 4" O.G. AT PANEL tu CL EDGES AND 6" O.C. FIELD. STUDS AT I(o" O.G. MAX. �4 ENGINEER: co 9 SECOND FLOOR TIE DOWN LOCATIONS 0 APPENDIX U tsx-yJ C7 SCALE: 1/4"=1'O" SOLAR-READY PROVISIONS-DETACHI:D ONE-AND TWO- ___________________________________________________________________� FAMILY DWELLINGS,MULTIPLE SINGLE-FAMILY DWELLINGS 2�� 73483 PAZ i (TOWNHOUSES) ROT-ESS`O\ i ' SECTION U 101:SCOPE U101.1 GENERAL. THESE PROVISIONS SHALL BE APPLICABLE FOR NEW CONSTRUCTION WHERE SOLAR JEFFREY T. BUTLER, P.E. READY PROVISIONS ARE REQUIRED. 1 t SECTION U102:GENERAL DEFINITIONS 0 SOLAR-READY ZONE. Lu 13 ' A SECTION OR SECTIONS OF THE ROOF OR 13UTLDTNG OVERHANG DESIGNATED AND RESERVED FOR THE FUTURE INSTALLATION OF A SOLAR PHOTOVOLTAIC OR SOLAR F- • i THERMAL SYSTEM. =3 0 SECTION U103:SOLAR-READY ZONE W N tY `----------------------------------- U103.IGENERAL. Q O NEW DETACHED ONE-AND TWO FAMILY DWELLINGS,AND MULTIPLE SINGLE-FAMILY Q DWELLINGS(TOWNHOUSES)WITH NOT LESS THAN 600 SQUARE FEET(55.74 M OF ROOF AREA ORIENTED BETWEEN 110 DEGREES AND 270 DEGREES OF TRUE ) v J Ln y NORTH SHALL COMPLY WITH SECTIONS U103.2 THROUGH U103.8. W U Ln cr ! Q O I.NEW RESIDENTIAL BUILDINGS WITH A PERMANENTLY INSTALLED ON-SITE Z (P 111 C.) i RENEWABLE ENERGY SYSTEM. -4 O 2.A BUILDING WITH A SOLAR-READY ZONE THAT 1S SHADED FOR MORE THAN 70 PERCENT OF DAYLIGHT HOURS ANUALLY. LU = O O U103.2 CONSTRUCTION DOCUMENT REQUIREMENTS FOR SOLAR READY ZONE: Z CONSTRUCTION DOCUMENTS SHALL INDICATE THE SOLAR READY ZONE. } L U103.3 SO]AR-READY ZONE AREA. --I THE TOTAL SOLAR-READY ZONE AREA SHALL BE NOT LESS THAN 3100 SQUARE FEET -q Q z (27.57 M)EXCLUSIVE OF MANDATORY ACCESS OR SET BACK AREAS AS REQUIRED _ BY THE INTERNATIONAL FIRE CODE,NEW MULTIPLE SINGLE FAMILY DWELLINGS O U (TOWNHOUSES)THREE STORIES OR LESS IN HEIGHT ABOVE GRADE PLANE AND WITH A TOTAL FLOOR AREA LESS THAN OR EQUAL TO 2,000 SQUARE FEET(185.8 M) Q F- PER DWELLING SHALL HAVE A SOLAR READY ZONE AREA OF NOT LESS THAN 150 r �////��\\ CALCULATION: /•� J/�� (/•�_ i\� SQUARE FEET(13.94 M).THE SOLAR-READY ZONE SHALL BE COMPOSED OF 'W^ S O LTAIR CAL U L AT I O 1 \• FEET(7.44 M EXCLUSIVE OF ACCESS AREAS NOT LESS THAN 5 FEET(1.52 1OR ET BACK)IN WIDTH N AREAS AS REQUIRED BY THD NOT LESS THAN 90 E N � O INTERNATIONAL FIRE CODE. O _ U103.4 OBSTRUCTIONS. O Q j LIVING AREA • 22I4 SQ,FT. SOLAR-READY ZONES SHALL BE FREE FROM OBSTRUCTIONS,INCLUDING BUT NOT O LIMITED TO VENTS,CHIMNEYS,AND ROOF-MOUNTED EQUIPMENT. cr Q 2214 SQ,FT, m 3 WATTS PER SQ,FT, • 6,642 WATTS U103.5ROOF LOAD DOCUMENTATION. f THE STRTUCIURAL DESIGN LOADS FOR ROOF DEAD LOAD AND ROOF LIVE LOAD SHALL z u Q BE CLEARLY INDICATED ON THE CONSTRUCTION DOCUMENTS. N n .f 6,642 WATTS/15 WATTS PER SQ,FT, OF ARRAY CAPACITY U • 442,8 SQ,FT, OF ARRAY AREA TO BE DESIGNATED U 103.6 INTERCONNECTION PATHWAYS CONSTRUCTION DOCUMENTS SHALL INDICATE PATHWAYS FOR ROUTING OF CONDUIT OR PLUMBING FROM THE SOLAR READY ZONE TO THE ELECTRICAL SERVICE PANEL OR AREA I • 532 50, FT. SERVICE HOT WATER SYSTEM. Ul0.1.7 ELECTRICAL SERVICE RESERVED SPACE. ROOF O I TOTAL AREA PROVIDED FOR FUTURE SOLAR ■ 995 SQ, FT, THE MAIN ELECTRICAL SERVICE PANEL SHALL HAVE A RESERVED SPACE TO ALLOW I PER APPENDIX U, MEETS MIN REQUIREMENTS INSTALLATION OFA DUAL POLE CIRCUIT BREAKER FOR FUTURE SOLAR ELECTRIC , INSTALLATION AND SHALL BE LABELED`FOR FUTURE SOLAR ELECTRIC."THE BE SCALE: 1/5"=1'011 SPACE SHALL BE POSITIONED AT THE OPPOSITE LOAD END FROM THE INPUT FA G E FEEDER LOCATION OR MAIN CIRCUIT LOCATION. U 103.8 CONSTRUCTION DOCUMENTATION CERTIFICATE. A PERMANENT CERTIFICATE,INDICATING THE SOLAR-READY ZONE ANDOTHER REQUIREMENTS OF THIS SECTION,SHALL BE POSTED NEAR THE ELECTRICAL DISTRIBUTION PANEL,WATER HEATER OR OTHER CONSPICUIOUS LOCATION BY THE BUILDER OR REGISTERED DESIGN PROFESSIONAL. COPYRIGHT 2013 JEFFREY T. BUTLER, P,E,, P.G, REPRODUCTION IN ANY FORM 15 PROHIBITED WITHOUT WRITTEN CONSENT FROM JEFFREY T. BUTLER, P.E., P.C. THE DESIGN OF THIS STRUCTURE 1S BASED UPON THE PRESCRIPTIVE APPROACH USING THE GENERAL NOTES: 1 3/4"MINIMUM Bp Simpson Strong-Tie WOOD FRAME CONSTRUCTION MANUAL,HIGH WIND EDITION (WFCM)PUBLISHED BY THE 1.ALL WORK SHALL BE PERFORMED IN ACCORDANCE WITH ALL STATE,MUNICIPAL, EDGE DISTANCE H-2.5 CLIPS @ 16"O.C. Nailing Schedule (Table 3.1-American Wood Council) AMERICAN FOREST AND PAPER ASSOCIATION. (2015) LOCAL ZONING AND BUILDING CODES AND ORDINANCES HAVING JURISDICTION AND USE 9-8d NAILS NON-STRUCTURAL ELEMENTS ARE BASED UPON 2015 IRC WITH 2016 UNIFORM CODE SUPPLIMENT BEST STANDARDS OF CONSTRUCTION PRACTICE. THE AMERICAN INSTITUTE OF AT EACH STUD PUBLISHED BY NEW YORK STATE. ARCHITECTS CONDITIONS SHALL APPLY TO ALL WORK PERFORMED ON THIS PROJECT. Joint Description Number of Nails Nail Spacing FOR THE CLIMATIC AND GEOGRAPHICAL DESIGN CRITERIA,SEE TABLE R301.2(1)ON COVER SHEET. ROOF FRAMING ALL NON-ENGINEERED LUMBER TO BE DOUGLAS FIR#2 OR BETTER 2.THE CONTRACTOR SHALL VERIFY ALL CONDITIONS AT THE SITE.ANY DISCREPANCIES Rafter to Top Plate(Toe-nailed) 2-16d per rafter WIND LIMITATIONS-SECTION R301.2.1 MUST BE BROUGHT TO THE ATTENTION OF THE ENGINEER PRIOR TO COMMENCEMENT DESIGN CRITERIA-SECTION R301.2.1.1 (SEE TABLE R301.2.1.2 FOR WIND-BORNE DEBRIS PROTECTION OF CONSTRUCTION. THE CONTRACTOR SHALL BE RESPONSIBLE FOR CORRECTIONS NOT Ceiling Joist to Top Plate(Toe-nailed) 3-8d per rafter FASTENING SCHEDULE FOR WOOD STRUCTURAL PANELS) REPORTED ONCE HE HAS STARTED WORK.EXCEPT FOR HIDDEN JOB CONDITIONS. Ceiling Joist to Parallel Rafter(Face-nailed) 3-10d each lap DEAD LOAD-SECTION R30I.4 Ceiling Joist Laps over Partitions(Face-nailed) 3-10d each lap LIVE LOAD-SECTION R301.5 3.CONTRACTOR SHALL GUARANTEE TO THE OWNER THAT ALL MATERIALS AND 4" Collar Tie to Rafter(Face-nailed) 3-8d per tie SMOKE INDEX R302.9 EQUIPMENT INCORPORATED IN THE WORK WILL BE NEW,AND THAT ALL WORK WILL BE c Blocking to Rafter(Toe-nailed) 2-8d each end FLAME SPREAD INDEX R302.10 OF GOOD QUALITY,FREE FROM FAULTS AND DEFECTS FOR A PERIOD OF ONE YEAR FROM d Rim Board to Rafter End-nailed 2- 16d each end FIRE BLOCKING R302.11 THE DATE OF THE FINAL CERTIFICATE OF OCCUPANCY. le d � FIRE BLOCKING MATERIAL R302.11.1 > 15 > +' WALL FRAMING FIRE PROTECTION OF FLOORS R302.1.3 4.THE ENGINEER SHALL NOT BE RESPONSIBLE FOR THE CONSTRUCTION MEANS,METHODS, Top Plate to Top Plate(Face-nailed) 2-16d(1) per foot LIGHT AND VENTILATION-SECTION R303 TECHNIQUES,SEQUENCES OR PROCEDURES,OR FOR THE SAFETY PRECAUTIONS AND �° Top Plates at Intersections(Face-nailed) 4-16d joints-each side MINIMUM ROOM AREAS-SECTION R304 PROGRAMS IN CONNECTION WITH THE WORK,AND HE SHALL NOT BE RESPONSIBLE FOR Stud to Stud(Face-nailed) 2-16d 24" o.c. CEILING HEIGHT-SECTION R305 THE CONTRACTORS FAILURE TO CARRY OUT THE WORK IN ACCORDANCE WITH THE SEE PLAN G) Header to Header(Face-nailed) 16d 16" o.c. along edges SANITATION-SECTION R306 CONSTRUCTION DOCUMENTS. THE ENGINEER SHALL NOT BE RESPONSIBLE FOR THE ACTS C . 'r> c . '> c . '> c . '> TOILET BATH AND SHOWER SPACES-SECTION R307 OR OMISSIONS BY THE CONTRACTOR. NO CHANGES SHALL BE MADE IN THE DOCUMENTS 4 o r,,, 4 0 4 0 4 o p or Bottom ate to Stud(End-nailed) per xstud AND/OR THE BUILDING AS DESIGNED WITHOUT THE EXPRESSED WRITTEN CONSENT OF THE Top Plate Sd dild) 2-16d 24d GLAZING-SECTION R308 Q p GARAGES AND CARPORTS-SECTION R309 ENGINEER. / c• nn n > G 3-16d per 2x6 stud EMERGENCY ESCAPE AND RESCUE OPENINGS-SECTION R310 4 4-16d per 2x8 stud EXITS-SECTION R311 5.THE CONTRACTOR AND ALL SUBCONTRACTORS SHALL MAINTAIN CONTINUOUS C . '>,-.�`� . '> c . '> 15 . '> c ° STAIRWAYS SECTION R311.5 INSURANCE COVERAGE INCLUDING STATUTORY POLICIES(WORKER COMPENSATION,ETC.) Bottom Plate to Floor joist,Bandjoist, 2-16d(1,2) per foot HANDRAILS-SECTION R311.5.6 AND GENERAL LIABILITY IN AN MOUNT NOT LESS THAT$5 MILLION AND AUTOMOBILE n 4 A ° <I n ° 4 Endjoist or Blocking(Face-nailed) GUARDS-SECTION R312 LIABILITY AND DAMAGE COVERAGE NOT LESS THAN$2 MILLION. THE ENGINEER SHALL BE d G, G) L) > p FLOOR FRAMING SMOKE ALARMS-SECTION R313 A NAMED INSURED ON ANY AND ALL POLICIES. 4° o Joist to Sill To PlateGirder Toe-nailed 4-8d perjoist FOAM PLASTIC-SECTION R314 4 D > c > c Top or ( ) Bridging to Joist(Toe-nailed) 2-8d each end FLAME SPREAD AND SMOKE-SECTION R315 6.PROVIDE COPPER TERMITE SHIELDS OVER FIBROUS INSULATION AT ALL PERIMETER SILLS. 4 0 <I o L INSULATION-SECTION R3�6 <I � ° Blocking to Joist(Toe-nailed) 2-8d each end DWELLING UNIT SEPARATION-SECTION R317 7.ALL WOOD 1N CONTACT WITH CONCRETE OR MASONRY TO BE WOLMANIZED OR PRESSURE d d > Q C Blocking to Sill or Top Plate(Toe-nailed) 3-16d each block MOISTURE VAPOR RETAR!)ERS-SECTION R318 CREOSOTED. 4° z Ledger Strip to Beam (Face-nailed) 3-16d each joist PROTECTION AGAINST DECAY-SECTION R319 Joist on Ledger to Beam (Toe-nailed) 3-8d p 8.A SINGLE STATION SMOKE DETECTOR ALARM DEVICE SHALL BE INSTALLED IN EACH WALL TO FOUNDATION perjoist PROTECTION AGAINST ThRMITES-SECTION R320 ° N SITE ADDRESS-SECTION R_121 BEDROOM,ON ALL FLOORS AND SHALL BE ALL INTERCONNECTED PER CODE. w Band Joist to Joist(End-nailed) 3-16d per joist a Band Joist to Sill or Top Plate Toe-nailed 2-16d per foot ACCESSIBILITY-SECTION R322 Simpson Strong-Tie CONNECTIONS ROOF SHEATHING ELEVATORS AND PLATFORM LIFTS R323 9.ALL BATHROOMS WITHOUT AS PER NEW YORK STATE CODOPERABLE WINDOWS TO BE MECHANICALLY VENTILATED SSTB28 WITH BP FLOOD RESISTANT CONSTRUCTION-SECTION R324 Structural Panels 10d SEE TABLE BELOW Simpson Strong-Tie Diagonal Board Sheathing FOUNDATIONS-CHAPTER 4 10.HEATING TO BE DESIGNED TO PROVIDE 70 DEGREES F.WITH OUTDOOR DESIGNED CS16 O.C.USE 44-8d NA LS II 1"x6"or 1"x8" 2-8d per support DESIGN BASED UPON PRESUMPTIVE LOAD BEARING VALUES OF SANDY GRAVEL AND/OR GRAVEL AIR-TEMPERATURE OF 0 DEGREES F.AND 15 MPH WIND. ANCHOR BOLT DETAIL 16"O 1"x10"or wider 3-8d per support AT 3000 POUNDS PER SQUARE FOOT. CONTRACTOR TO CONSULT ENGINEER IF DIFFERENT SOIL AT EACH STUD,WRAP CEILING SHEATHING MATERIALS ARE FOUND UPON EXCAVATION,OR TEST HOLE,FOR ALTERNATIVE FOOTING AND 11.ALL ELECTRICAL WORK TO BE IN ACCORDANCE TO THE RULES AND REGULATIONS OF UNDER SILL PLATE Gypsum Wallboard Sd coolers 7„ edge/ 10 field FOUNDATION WALL DESIGN. THE N.Y.B.F.U.AND A N.Y.B.F.U.CERTIFICATE IS TO BE PRESENTED TO THE OWNER AT THE MIN OVERLAP IS 12" WALL SHEATHING COMPLETION OF THE JOB. NOTE: 00 � FOUNDATION NOTES: STRAPS MAY BE Structural Panels 10d SEE TABLE BELOW 5/8"ANCHOR BOLTS(SSTB 28)SEE CHART ON THIS SHEET FOR SPACING 12.PLUMBING INSTALLATION TO COMPLY WITH STATE AND LOCAL CODES AND THE PLACED EITHER 00 tu Fiberboard Panels 8"POURED CONCRETE FOUNDATION WALL,8'0"HIGH,3000#TEST SEWAGE DISPOSAL SYSTEM TO MEET HEALTH DEPARTMENT STANDARDS. UNDER OR OVER * 6 4 • 0 7/16" 6d 3"edge/6" field MINIMUM DEPTH-SECTION 403.1.4,48"MINIMUM COVERAGE TO TOP OF FOOTING SHEATHING 00 0 25/32" 8d 3" edge/6" field 16"X 8"POURED CONCRETE WALL FOOTINGS,3000#TEST 13.DO NOT SCALE DRAWINGS. USE FIGURE DIMENSIONS ONLY. 0 w 2-1 3/4"X 11 7/8"MICROLAM GIRDER(OR 3'/2"X 11 7/8"POWER BEAM) e 0 4 • Gypsum wallboard 5d coolers 7" edge/10"field 4"POURED CONCRETE FLOOR SLAB WITH 6X6X#10 MESH AND VAPOR BARRIER 14.ALL WORK TO CONFORM TO THE RULES AND REGULATIONS OF THE NEW YORK DAMP PROOFING AT EXTERIOR FOUNDATION BELOW GRADE-SECTION R406 ENERGY CONSERVATION CONSTRUCTION CODE. ALL GLAZED AREA TO BE DOUBLE , , 0 0 Hardboard Sd 6" edge/12"field 30"X 30"X 12"DEEP POURED CONCRETE COLUMN FOOTINGS,3000#TEST GLAZED AND ALL EXTERIOR DOORS TO HAVE INSULATED CORES. o ', . • e ' Particleboard Panels 8d 6" edge/12"field DECK AND PORCH FOOTINGS AS NOTED,3000#TEST,48"MINIMUM BURIED DEPTH 4 4, 0 w Diagonal Board Sheathing FOUNDATION WALL TO EXTEND A MINIMUM OF 8"ABOVE FINISHED GRADE 15.THE INSULATION PROTECTION AS INDIICATED ON THESE PLANS EXCEEDS THE . ' t • • fQ 1"x6"or 1"x8" 2-gd per support ALL FOOTINGS TO BE CARRIED DOWN TO UNDISTURBED SOIL CODE'S MINIMUM STANDARDS. a ' I"x10"or wider 3-8d per support NO FOOTING SHALL BE SET HIGHER THAN A 30 DEGREE ANGLE FROM ANY OTHER FOOTING �, • ' , • ' FLOOR SHEATHING POUR NO CONCRETE ON FROZEN GROUND OR IN FREEZING WEATHER 16.THESE DRAWINGS AND SPECIFICATIONS ARE INSTRUMENTS OF SERVICE AND c� PROVIDE 3'/2"STEEL LALLY COLUMNS SHALL REMAIN THE PROPERTY OF THE ENGINEER WHETHER THE PROJECT FOR Structural Panels . ' • ' BACKFILL SHALL NOT BE PLACED AGAINST THE WALL UNTIL THE WALL HAS SUFFICIENT WHICH THEY ARE MADE IS EXECUTED OR NOT. THEY MAY NOT BE USED . 1"or less 8d 6" edge/ 12"field STRENGTH AND HAS BEEN ANCHORED TO THE FLOOR ABOVE,OR HAS BEEN SUFFICIENTLY ON ANY OTHER PROJECT EXCEPT BY WRITTEN AUTHORIZATION OF THE ENGINEER. • ' • • ' greater than 1" 10d 6" edge/6" field BRACED TO PREVENT DAMAGE BY THE BACKFILL.(SECTION R404.1.7) • ' • ' Diagonal Board Sheathing 17.THE ENGINEER HAS NOT BEEN RETAINED FOR SITE SUPERVISION,ON-SITE ° 00 ' e • • 1"x6" or I"x8" 2-8d per support FLOORS-WFCM PRESCRIPTIVE METHOD INSPECTIONS AND CERTIFICATIONS AS REQUIRED OR REQUESTED BY THE OWNER, s 00 • ' 1"x10"or wider 3-8d per support FLOOR FRAMING SHALL BE NAILED IN ACCORDANCE WITH TABLE 3.1 WFCM HIGH WIND EDITION CONTRACTOR OR LOCAL BUILDING DEPARTMENT. °f • • DRAFTSTOPPING-SECTION R502.12 ° • • , .l FIREBLOCKING-SECTION R502.13 UPLIFT-CONTINUOUS PATH CONNECTORS 0 0 • ° ; I , 0 0 , • (� alternate connectors, such as shear plates,Shall be used t0 maintain the load path. FLOOR CONSTRUCTION: USE SiMI SON STRONG-TIE CONNECTORS u- 3/"OSB PLYWOOD SUBFLOOR,FASTEN PER TABLE 3.1 WFCM FOLLOW PRODUCT SELECTION GUIDE AND X FLOOR JOISTS:SEE FOUNDATION AND FLOOR PLANS,SPACING AS NOTED INSTALLATION MANUAL FOR HIGH WIND RESISTANT 6 - ` ° 1 LL reduced to 1-16d nail per foot. FASTEN PER TABLE 3.1 WFCM CONSTRUCTION CATALOG C-HW02 00 Q 2-2X6 ACQ SILL WITH COPPER TERMITE SHIELD AND SILL SEAL 00 „`FINISH FLOORS PER AGREEMENT l(q IL JOIST HANGERS,HOLD DOWN CLIPS,ETC.SHALL BE SIMYSON STRONG-TIE CO.,INC., OR APPROVED EQUAL(SECURED WITH ANCHOR BOLTS IN FOUNDATION USE: Simpson Strong-Tie � Q ANNULAR NAILS,ETC.AS PER MANUFACTURER'S SPECIFICATIONS)FOR ALL FLUSH STRUCTURAL CONNECTIONS. PROVIDE SSTB 28 WITH BEARING PLATE,SEE FOUNDATION CS 16 1'/4"COILED STRAP- (y C�j V SADDLE-TYPE,HEAVY DUTY BEAM HANGERS AS REQUIRED. ALL EXTERIOR CONNECTORS,FASTENERS,ETC.SHALL BE WALL CONSTRUCTION-WFCM PRESCRIPTIVE METHOD NOTES FOR SPACING 16"O.C.USE 4-8d NAILS 13 LU STAINLESS STEEL. PROVIDE WELDED STEEL CONNECTIONS FOR ALL FRAMING HANGERS,ETC.AT STEEL BEAMS,COLUMNS,ETC. WALL FRAMING AND FINISHING SHALL BE NAILED AND OR SCREWED . AT EACH STUD 1+ : r r IN ACCORDANCE WITH TABLE 3.1 WFCM SILL PLATE TO RIM JOIST USE: MIN OVERLAP 1S 27" UJ 0 t- t IX6 PINE FASCIA,WRAP LTP4 16"O.C.AT EXTERIOR PERIMETER •o SILL PLATE TO RIM JOIST AND Y AL OVERHANGS AS NOTED AND GARAGE/HOUSE COMMON WALL {- (A TABLE 3.11 (WFCM HIGH WIND EDITION) VINYL VENTED SOFFITS USE 4 8d NAILS AT EACH END RIM JOIST TO STUD CONNECTION o (140 MPH 3-SECOND GUST= 120 MPH FASTEST-MILE WIND SPEED[PER TABLE R3-1.2.1.3) ALUMINUM GUTTERS AND LEADERS FLOOR TO FLOOR CONNECTIONS {� WALL SHEATHING ATTACHMENT REQUIREMENTS FOR WIND LOADS SIDING:SEE ELEVATIONS GARAGE STUD TO GARAGE SILL PLATE USE: ►a+ O 3 o ISI TYVEK HOUSEWRAP SSP CONNECTOR AT 16"O.C. '/2"OSB SHEATHING,SEE FASTENING SCHEDULE,TABLE 3.1 WFCM USE 4 8d NAILS AT EACH END Z SHEATHING LOCATION STUD SPACING STRUCTURAL SHEATHING MAXIMUM NAIL SPACING 2X6 STUDS @ 16"O.C.WITH 2X6 SHOE AND DOUBLE 2X6 PLATE W OR PANEL SIDING FOR 8d COMMON NAILS 1/2"GYPSUM WALL BOARD RIM JOIST TO STUD CONNECTION USE: 6 (SEE NOTE 1) (INCHES,O.C.) 5/8"TYPE X GWB IN GARAGE I/2"SPACING -\ (L (SEE NOTE 3) (INCHES,O.C.) MTS 12, 16"O.C. BLOCKING AT ty 1/2'MR GWB IN WET AREAS USE 4 8d NAILS AT EACH END ALLOWS O 24"O.C.ALLOWS E 6 S AT LEAST ONE WINDOW IN EACH SLEEPING ROOM SHALL COMPLY WITH THE ALL WS INSTALLATION 4'EDGE ZONE i6 EXIT REQUIREMENTS OF SECTION R310 NOTE DRILLING AND NOTCHING FLOOR TO FLOOR CONNECTION USE: F ]2(SEE NOTE 2) LIMITATIONS IN FIGURE R602.6(1)FOR BEARING WALLS AND FIGURE R602.6(2) MSTA 36, 16"O.C. INSTALLATION SIDEWALL FOR NON-BEARING WALLS. USE 4 8d NAILS AT EACH END INTERIOR ZONE 16 E 6 FOLLOW EXTERIOR CORNER FRAMING DETAIL FIGURE R602.10.5 FOR CANTILEVER CONDITION USE MTS 12, 16"O.C. tu F 12 USE 4 8d NAILS AT EACH END 7 ROOF ASSEMBLIES-WFCM PRESCRIPTIVE METHOD ENDWALLO -- E=NAIL SPACING AT PANEL EDGES(IN.) ASPHALT STRIP SHINGLES SHALL HAVE A MINIMUM OF SIX(6) RAFTER TO STUD CONNECTION USE: 1- 1ENGINEER: =NAIL SPACING AT INTERMEDIATE SUPPORTS IN THE PANEL FIELD(IN.) FASTENERS PER SHINGLE(SECTION R905.6) MTS 12,EACH ROOF RAFTER HOLDDOWN UNDERLAYMENT APPLICATION(SECTION R905.2.7) USE 8 16d NAILS AT EACH END (HDU5) O O CORNER STUD O 1.FOR WALL SHEATHING WITHIN 4 FEET OF THE CORNERS,THE 4 FOOT EDGE ZONE ATTACHMENT FOR ROOF SLOPES OF TWO(2)UNITS VERTICAL IN TWELVE(12) 0E TO OF F w�. REQUIREMENTS SHALL BE USED. UNITS HORIZONTAL(17-PERCENT SLOPE), RAFTER TO RIDGE TO RAFTER CONNECTION USE: TRANSFER SHEAR '�� .( B UP TO FOUR(4)UNITS VERTICAL IN TWELVE(12)UNITS CS20 USE 8-8d NAILS IN EACH END ° O O O �.� 2.TABULATED 12 INCH O.C.NAIL SPACING ASSUMES SHEATHING ATTACHED TO STUD FRAMING HORIZONTAL(33-PERCENT SLOPE),UNDERLAYMENT AT EACH ROOF RAFTER ICY 2-16d COMMON MEMBERS WITH G20.49.FOR FRAMING MEMBERS WITH 0.42<G<0.49,THE NAIL SPACINGS SHALL SHALL BE TWO(2)LAYERS APPLIED IN THE FOLLOWING MANNER. , GJ • .'�� O HOLDDOWN NAILS AT 10"O.C. * A BE REDUCED TO 6 INCHES O.C. APPLY A 19 INCH(483 MM)STRIP OF UNDERLAYMENT FELT PARALLEL DECK POST TO CONCRETE CONNECTION USE: ,; •: ••Q` O HDUS O r- �` s w WITH AND STARTING AT THE EAVES,FASTENED SUFFICIENTLY PBS44A FOR EACH POST-USE 14- 16d NAILS .` : i•'''i••• s ( ) n "y` ' W 3.FOR EXTERIOR PANEL SIDING,GALVANIZED BOX NAILS SHALL BE PERMITTED TO BE SUBSTITUTED TO HOLD IN PLACE. .rsti ® CORNER STUD FOR COMMON NAILS. STARTING AT THE EAVE,APPLY 36-INCH-WIDE(914 MM)SHEETS OF DECK POST TO GIRDER CONNECTION USE: 2-16d COMMON CONNECTED TO 2� UNDERLAYMENT,OVERLAPPING SUCCESSIVE SHEETS 19 INCHES(483 MM), PC44 FOR EACH POST NAILS AT 6"O.C. O TRANSFER SHEAR O 073493 AND FASTENED SUFFICIENTLY TO HOLD IN PLACE. Strong-111a I l Pv ESStO� TABLE 3.2B (WFCM HIGH WIND EDITION-2015) FOR ROOF SLOPES OF FOUR(4)UNITS VERTICAL IN TWELVE(]2)UNITS GIRDER TO DECK JOIST CONNECTION USE: SB for SILL OR BOTTOM PLATE TO FOUNDATION ANCHOR BOLT CONNECTIONS RESISTING LATERAL&SHEAR LOADS ICE PROTECTION(SECTION R 905.2.7.1) MTS 12 @ EACH JOIST Standard and JEI=I=REY T. BUTLER, E. MAXIMUM ANCHOR MAXIMUM ANCHOR UNDERLAYMENT IN HIGH WIND(SECTION R 905.2.7.2) PORCH POST TO DECK USE: Balloon- BOTTOM PLATE TO FOUNDATION FOUNDATION FLASHINGBOLT SPACING(IN.) BOLT SPACING(IN.) CHIMNEY'S AND FOIRESPACES CHAPTER l0 2-AC4 -USE 14- l6d NAILS Framing o0 0 BOLT CONNECTION RESISTING SUPPORTING (1/2"ANCHOR BOLTS) (5/8"ANCHOR BOLTS) ENERGY EFFICIENCY-CHAPTER 11,SEE ATTACHED REPORT ,Applications r PORCH POST TO GIRDER USE:2-AC4 m MECHANICAL-CHAPTER 12 USE 14- 16d NAILS ° w :3O GENERAL MECHANICAL SYSTEMS-CHAPTER 13 U N o HEATING AND COOLING EQUIPMENT-CHAPTER 14 PORCH ROOF RAFTER TO GIRDER USE: HOLD DOWN BRACKETS AT SHEAR WALL CORNERS, z a LATERAL AND SHEAR LOADS 1-3 STORY 31 48 EXHAUST SYSTEMS-CHAPTER 15 MTS 12 AT EACH ROOF RAFTER o W DUCT SYSTEMS-CHAPTER 16 AND WINDOW AND DOOR OPENINGS o �, COMBUSTION AIR-CHAPTER 17 O Q 0 CHIMNEYS AND VENTS-CHAPTER 18 W ,n NOTE:MAX 12"FROM EACH CORNER AND EACH SPLICE,PROVIDE BEARING PLATE BY SIMPSON,SEE DETAIL PLUMBING-PARTVII (FLOOR TO FLOOR&FLOOR TO W w m o z Simpson Strong-Tie •. FOUNDATION;WFCM FIGURE 3.8a& 3.8b) q U210imp 2X6 Simp } AT EACH RAFTER •. N m 4-1Od x 1 1/2" = Z p Q TABLE 3.10 (WFCM HIGH WIND EDITION) Simpson Strong Tie RIDGE TENSION STRAP W Ld • AC4 CS20 USE 8-8d NAILS = } ROOF SHEATHING ATTACHMENT REQUIREMENTS FOR WIND LOADS Simpson Strong-Tie NOTE: .• AT EACH POST IN EACH END AT Q (140 MPH 3-SECOND GUST=120 MPH FASTEST-MILE WIND SPEED[PER TABLE R301.2(4)A) CS 16 1'/a"COILED ATTACH LEDGER TO FRAMING • ' EACH ROOF RAFTER Q z STRAP WIN MIN 12" MEMBER WITH 2-1/2"X 5"LAG Q M 3: STRUCTURAL SHEATHING MAXIMUM NAIL SPACINGOVERLAP AT EACH BOLTS AT 16"ON CENTER 0 .o 0 0 SHEATHING LOCATION STUD SPACING ° ° OR PANEL SIDING FOR 8d COMMON NAILS STUD 0. Simpson Strong-Tie t- (SEE NOTE 1) (INCHES,O.C.) • ° U U r (SEE NOTE 3) (INCHES,O.C.) O I MTS g 30C OR CS 16 1'/a" . C14 LL E 6 o• COILED STRAP w 4'PERIMETER EDGE ZONE 16 F 6 •o AT EACH ROOF RAFTER U) N Simpson Strang Tie '. USE 8-16d NAILS AT O u E 6 U210 2X6 °( )2 AT EACH CEILING JOIST �'o EACH END RAFTER O INTERIOR ZONE 16 F 12 SEE NOTE •� z Q E 4 4-1 od x 1 1/2" . O Q GABLE ENDWALL RAKE AND RAKE TRUSS F 4 r a a d A E=NAIL SPACING AT PANEL EDGES(IN.) STUD TO ROOF RAFTER F=NAIL SPACING AT INTERMEDIATE SUPPORTS IN THE PANEL FIELD(IN.) CONNECTION RIDGE BEAM JOIST HANGER REQUIRED 1.FOR ROOF SHEATHING WITHIN 4 FEET OF THE PERIMETER EDGE OF THE ROOF,INCLUDING 4 FEET ON EACH AT CATHEDRAL CEILINGS SIDE OF THE ROOF PEAK,THE 4 FOOT PERIMETER EDGE ZONE ATTACHMENT REQUIREMENTS SHALL BE USED. y O LSSU OR EQUAL 2.TABULATED 12 INCH O.C.NAIL SPACING ASSUMES SHEATHING ATTACHED TO RAFTERNRUSS FRAMING MEMBERS o' Simpson Strong-Tie 2"MINIMUM WITH G>0.49.FOR FRAMING MEMBERS WITH 0.42<G<0.49,THE NAIL SPACINGS SHALL BE REDUCED TO 6 INCHES O.C. U210 2X6 '• .,•;;; • ' 'e+' SIDECOVER PAGE : FLOOR TO FLOOR CONNECTIONS- AT EACH DECK/PORCH JOIST Cxarage Front ••'•b �• •• Simpson Strong-Tie RIDGE 3.TABULATED 6 INCH O.C.NAIL SPACING ASSUMES SHEATHING ATTACHED TO RAFTER/TRUSS FRAMING MEMBERS 4-1 Od x 1 1/2" A l Kation PBS44 WITH G>0.49.FOR FRAMING MEMBERS WITH 0.42<G<0.49,THE NAIL SPACINGS SHALL BE REDUCED TO 41NCHES O.C. CANTILEVER CONDITION pp AT EACH POST FOOTING TENSION-STRAP o f 9 TYPICAL PORCHlDECK (Full-height and portal-frame 4.TABULATED 4INCH O.C.NAIL SPACING ASSUMES SHEATHING ATTACHED TO RAFTER/TRUSS FRAMING MEMBERS options available) DETAIL WITH G>0.49.FOR FRAMING MEMBERS wrrH 0.42<G<0.49,THE NAIL SPACINGS SHALL BE REDUCED TO 3 INCHES O.C. LEDGER CONNECTIONS p PORCH COLUMN CONNECTIONS COPYRIGHT 2013 JEFFREY T. BUTLER, P.E., P.C. REPRODUCTION IN ANY FORM 15 PROHIBITED WITHOUT WRITTEN CONSENT FROM JEFFREY T. BUTLER, STAGGER FASTENERS TABLE R507.2 1N 2 Rows DECK LEDGER CONNECTION TO BAND JOIST (DECK LIVE LOAD=40 PSF,DECK DEAD LOAD= 10 PSF,SNOW LOAD<40 PSF) 5.5"MIN.FOR 2x8 *DISTANCE SHALL BE PERMITTED TO 000 5.5"MIN.FOR 2x 10 BE REDUCED TO 4.5"IF LAG SCREWS JOIST SPAN ARE USED OR BOLT SPACING I5 5"MAX. 7.5"MIN.FOR 2x12 CONNECTION DETAILS REDUCED TO THAT OF LAG SCREWS 6'and less 6'1"to 8' 8'1"to 1 O' 10'1"to]2' 12'1"to 14' J 4'1"to]6' J 6'1"to 18' O O O 3/4"MIN. TO ATTACH 2x8 LEDGERS TO 2x8 BAND JOISTS. ON-CENTER SPACING OF FASTENERS 2"MIN. 1/2-INC:H DIAMETER LAG SCREW WITH 1/2-INCH MAXIMUM SHEATHING,(C,D) 30 23 ]8 ]5 13 11 10 SHEATHING LEDGER 1/2"LAG SCREW OR BOLT 1/2-INCIII DIAMETER BOLT WITH 1/2-INCH MAXIMUM SHEATHING,(D) 36 36 34 29 24 21 19 SIDING FIGURE R507.2.1(1) 1/2 MAXIMUM DIAMETER SHEATHING,(E WITH 1 -INCH 36 36 29 24 21 18 16 FLASHING FOR PLACEMENT OF LAG S CREWS AND BOLTS IN LEDGERS FOR SI: I INCH=25.4 MM, I FOOT=304.8 MM, I POUND PER SQUARE FOOT=0.0479 KPA. WATER TIGHTNESS A.LEDGERS SHALL BE FLASHED IN ACCORDANCE WITH SECTION R703.4 TO PREVENT WATER FROM CONTACTING THE HOUSE BAND JOIST. B.SNOW LOAD SHALL NOT BE ASSUMED TO ACT CONCURRENTLY WITH LIVE LOAD. DECKING C.THE TIP OF THE LAG SCREW SHALL FULLY EXTEND BEYOND THE INSIDE FACE OF THE BAND JOIST. 2x4 CONTINUOUS D.SHEATHING SHALL BE WOOD STRUCTURAL PANEL OR SOLID SAWN LUMBER. LATERAL BRACE AT 6' O.C. E.SHEATHING SHALL BE PERMITTED TO BE WOOD STRUCTURAL PANEL,GYPSUM BOARD,FIBERBOARD,LUMBER OR FOAM SHEATHING. UP TO 1/2,-INCH THICKNESS OF STACKED WASHERS SHALL BE PERMITTED TO SUBSTITUTE FOR UP TO 1/2 INCH OF ALLOWABLE THICKNESS WHERE COMBINED WITH WOOD STRUCTURAL PANEL OR LUMBER SHEATHING. —TRUSS OR CEILING JOIST oo 2-1 Od NAILS oo APPROVED JOIST HANGER ooTABLE R507.2.1 GABLE END TRUSS I 2"MI 2LEDGER WITH FASTENERS PLACEMENT OF LAG SCREWS AND BOLTS IN DECK LEDGERS AND BAND JOISTS x IN ACCORDANCE WITH TABLE R507.2 FLOOR SHEATHING NAILING MINIMUM END AND EDGE DISTANCES AND SPACING BETWEEN ROWS AT 6"MAXIMUM ON CENTER TO JOIST WITH HOLD-DOW Simpson Strong-Tie z DTT2Z TOY EDGE BOTTOM EDGE ENDS ROW SPACING I o TENSION TIE LEDGER(A) 2 INCHES(D) 3/4 INCH 2 INCHES(B) 1 5/8 INCHES(B) w FLOOR JOISTS Simpson Strong Tie BAND J,OI ST(C) 3/4 INCH 2 INCHES 2 INCHES(B) 15/8 INCHES(B) DTT1Z HOLD DOWN AT 4 LOCATIONS,EVENLY DISTRIBUTED ALONG DECK AND ONE WITHIN 24"OF EACH FOR SI: I INC H=25.4 MM I 10-8d END OF THE LEDGER.HOLD DOWN DEVICES A.LAG SCREWS OR BOLTS SHALL BE STAGGERED FROM THE TOP TO THE BOTTOM ALONG THE HORIZONTAL NAILS SHALL FULLY ENGAGE DECK JOIST PER RUN OF'I HE DECK LEDGER IN ACCORDANCE WITH FIGURE R507.2.1(1). HOLD DOWN MANUFACTURER. + + + + + + B.MAXIMUM 5 INCHES. C.FOR ENGINEERED RIM JOISTS,THE MANUFACTURER'S RECOMMENDATIONS SHALL GOVERN. 5d COOLER NAILS AT 10"O.C. + + + + D.THE MINIMUM DISTANCE FROM BOTTOM ROW OF LAG SCREWS OR BOLTS TO THE TOP OF THE LEDGER SHALL A FULLY THREADED 3/8"DIAMETER LAG BE IN ACCORDANCE WITH FIGURE R507.2.1(1). 2"x4"BLOCK NAILED TO EACH SCREW PREDRILLED w/MIN.3"PENETRATION BRACE WITH 4-1 Od NAILS �7 TO CENTER OF TOP PLATE,STUDS,OR HEADER w oo O GYPSUM BOARD oo lo FIGURE R507.2.3(2) d) FLOOR JOIST DECK JOIST5d COOLER NAILS AT 7"O.C. L DECK ATTACHMENT FOR LATERAL LOADS oo 20 GAUGE STRAPlo o (FLOOR JOIST PERPENDICULAR TO DECK JOIST) 10-8d NAILS w FIGURE R507.2.3(1) DECK ATTACHMENT FOR LATERAL LOADS ENDWALL STUDS GABLE ENDWALL BRACING TOP PLATES (WFCM FIGURE 3.7a) EXTERIOR OR BEARING WALL U� ENDWALL OISTS X STUD LL BORED HOLE MAX A A NOTCH GREATER THAN ]6d NAIL AT 24"O.C. DIAMETER 60% 50%OF THE PLATE WIDTH BLOCKING GYPSUM BOARD f O OF STUD DEPTH BLOCKING � lu 5/8"MIN.TO EDGE tD r 16 GAGE(0.054")AND 1.5"WIDE p/ 5/8"MIN.TO EDGE METAL TIE ACROSS AND TO EACH SECTION A-A Ocf) Lu SIDE OF THE NOTCH WITH 8-16d - NAILS EACH SIDEP c; WOOD STRUCTURAL PANEL NOTCH MUST NOT EXCEED NAIL 8d II AT INSTALLED IN ACCORDANCE Q O 40%OF STUD DEPTH 6"O.C. WITH NAILING SCHEDULE Lu to LL FLOOR BRACING AT END BAYS (ALL PANEL EDGES) (TABLE 3.1,WCFM HIGH WIND EDITION) z Q w TOP PLATES (WFCM FIGURE 3.7b) 6 C —' 8d NAIL AT 12"O.C.ON ALL �' ' Q 0 FRAMING MEMBERS NOT AT J u PANEL EDGES BORED HOLES SHALL NOT nn,, BE LOCATED IN THE SAME PIPE 8d NAIL AT 4"O.C. (a)OUTSIDE CORNER DETAIL !) CROSS SECTION OF CUT OR '1''1'-'' NOTCH IN STUD Lu 8d NAIL AT 6"O.C. GYPSUM BOARD AX. (ALL PANEL EDGES) ENGINEER: TOP PLATE FRAMING TO ACCOMMODATE PIPING NAILS BASED ON NOTCHING AND BORED HOLE LIMITATIONS SHEAR WALL REQUIREMENTS N W YO FOR INTERIOR NONBEARING WALLS WOOD STRUCTURAL PANEL 1 (WFCM 2015 SBC HIGH WIND EDITION) INSTALLED IN ACCORDANCE '�' k�P <�9 16d NAIL AT 24"O.C. WITH NAILING SCHEDULE ` i �/ W (TABLE 3J .1,WCFM HIGH WIND EDITION) w RAFTERS AND CEILING NO CEILING CENTER 2x BLOCKING j _ z JOISTS OR APPROVED \ DIAPHRAGM ON SHEATHING JOINT 8d NAIL AT 6"O.C.ON ALL ROOF TRUSS REQUIRED FRAMING MEMBERS AT PANEL. EDGES AND 12"O.C.ON ALL p 15/32 WOOD STRUCTURAL PANELS FRAMING MEMBERS NOT AT \O� ON GABLE FACE AND ON WALL BELOW FESS TOY PLATE SECOND STORY TOP PLATE- (b)INSIDE CORNER DETAIL BASED ON SHEARWALL REQUIREMENTS PANEL.EDGES JEFFREY T, BUTLER, P.E. SEE DRILLING AND GABLE ENDWALL, BALLOON FRAMING NOTCHING PROVISIONS EXTERIOR CORNER FRAMING o JOIST IS PERMITTED TO TOY PLATES BE CUT OR NOTCHED PREFERRED METHOD FLOOR JOIST- BETWEEN THESE LIMITS WALL STUD- W � } M SEE DRILLING AND SEE DRILLING AND z > BOTTOM PLATE NOTCHING PROVISIONS NOTCHING PROVISIONS u n ROOF FRAMING DOUBLE TOP PLATE O a WFCM SECTION 3.3.1.1.1 WFCM SECTION 3.4.1.1.] WA WA w z 1/3 SPAN J/3 SPAN STUD 4„ WALL 4.. p 1 E— JOIST ENDS TO BE W ul z cq i O T BLOCKED AGAINST ROTATION IN ACCORDANCE O m BORED HOLE MAX FOR BLOCKING WITH WFCM 3.3.1.3-END RESTRAINT RIPPLE STUDS TUB ' a STUD TO RAFTER CONNECTION � Q DIAMETER 40% TOP PLATE BAND JOIST AND BRIDGING AND 3.3.J.4 BRIDGING OR FLOOR TO FLOOR CONNECTION I , W = z O v OF STUD DEPTH OR BLOCKING SEE WFCM SECTION 3.3 HEADER DEPENDING ON CONDITION,SEE 2]"CLEARANCE 30" Q 1J1 O _ } � — w DETAILS ON SHEET 7 OF 7 THIS SET 24"CLEARANCE 5/8"MIN.TO EDGE BEARING HEADER TO STUDS IN FRONT OF Z WALL- I) LAVATORIES PENING Q Q U 5/8"MIN.TO EDGE WATER FULL LENGTH SHOWER 6 LAP JOIST 3 IN.MIN. HEADER STUDS WALL STUDS CLOSET V V r NOTCH MUST NOT EXCEED BOTTOM PLATE WAS OR BIDET 0 N O O 25%OF STUD DEPTH (n 0 BAND JOIST 15 15" NOTCHES SHALL NOT BE OR BLOCKING NOTE: WALL O UPLIFT CONNECTION IS REQUIRED LOCATED IN MIDDLE ONE-THIRD --------------------- AT EACH END OF HEADER AND 0 _ OF STUD LENGTH SILL PLATE JOIST , -- - --- -- AT BOTTOM OF HEADER STUDS IN CL O Q • • jJPLIFk ADDITION TO CONNECTORS AT TUB IF HOLE IS BETWEEN 40%AND 60% CRAWL SPACE 06 ' ' CO�V�VECTQ ' ' WALL STUDS AND AT TOP AND ' z N OF STUD DEPTH,THEN STUD MUSTOR BASEMENT SUBFLOOR i i RF�QUIRED i i i BOTTOM OF CRIPPLES O u o BORED HOLES SHALL NOT BE DOUBLE AND NO MORE THAN BE LOCATED IN THE SAME TWO SUCCESSIVE STUDS ARE • FOUNDATION a ' ' ' ' ' ' ' ' 21"CLEARANCE 21"CLEARANCE CROSS SECTION OF CUT OR DOUBLED AND SO BORED NOTCH IN STUD STUD TO PLATE /FOUNDATION TUB HEADER TO STUDS:USE LSTA 18 W/14 l Od NAILS STUD TO PLATE/FOUNDATION: PAGE :PLATFORM FRAMINGINTERMEDIATE (OPENINGS LESS THAN 6 FEET):USE DSP W/8 J Od NAILS IN STUD AND 4 l Od NAILS IN PLATE NOTCHING AND BORED HOLE LIMITATIONS BEARING WALL (OPENINGS GREATER THAN 6 FEET):ADD PHD5 AT KING STUDS(2 TOTAL),INSTALL PER DETAIL SHEET 7 WATER CLOSETS FOR EXTERIOR WALLS AND BEARING WALLS TYPICAL FRAMING AND UPLIFT Q TYPICAL WALL, FLOOR AND ROOF FRAMING CONNECTIONS FOR OPENINGS FIGURE R307.1 (WFCM 2015 SBC HIGH WIND EDITION) INIMUM FIXTURE CLEARANCES COPYRIGHT 2013 JEFFREY T. BUTLER, P.E., P.G. REPRODUCTION IN ANY FORM 16 PROHIBITED WITHOUT WRITTEN CONSENT FROM JEFFREY T. BUTLER, P.E., P.C. When sheathingthickness exceeds 7/8" Plate nail-16d Floor panel nail-Sd 0.131"x 2-1/2" IRC 502-7 requires lateral Load bearing or shear wall above INTERMEDIATE BEARING JOIST DETAILS trim sheathing tongue at rim board 12"on"x 3 1/2")at P ( ) q g g at 6"on-center restraint(blocking)at all (must stack over wall below) Load bearing or shear wall 2x_stud wall 12' on-center ( 9) NO LOAD BEARING WALL ABOVE g Plate nail Web Stiffeners Plate nail-16d(0.135"x 3-1/2") intermediate supports in above(must stack over wall Plate nail required each at 16"on-centsr* at 16"on-center Web Stiffeners required each Seismic Design below when resent side at A2W0 q g Web stiffeners required present) Floor panel nail-8d(0.131"x 2-1/2") side at A3.4W Categories D0, D1,and Blocking panel each side at B3W Blocking panel at 6"on-center* D2 to strengthen the floor Blocking panel Attach panel 11/4"TimberStrand®LSL rim board.* diaphragm. 2x4 minimum Web Stiffeners required per code or squash blocks each side at A3._W specification Rim-to-joist 12" Toe nail-10d(0.131"x 3") B1 BiW 1-114"TimberStrand at 6"on-center nail 1-1/8"rim board. min. �qs Web stiffeners required on Toe nail When sheathing thickness For rim board thicker than 1-3/4" � q Toe nail Toe nail-10d(0.131"x 3") exceeds 7/8",trim sheathing -Attach TJI®Joist to rim board with one 10d(0.128"x3") each side of both joist ends at 6"on-center* tongue at rim board nail.Top nail from TJI®joist into rim board. Web stiffeners at B4W TJI rim joist -Connect corner with four i 0d(0.128"x3")nails.Toe nail from required each side Web Stiffeners ® 1 at B1 W and B2W For rim board thicker than 1 3/4" Install proper blocking to side of parallel closure into rim board required each Must have 1 3/4"minimum -Attach TJI Joist to rim board with one 10d(0.128"x3")nail. support all panel edges Blocking panels may be Blocking panels may be End of joists at centerline side at Ai W Top nail from TJI joist into rim board. 62 B2W required with shear walls B3 B3W required with shear walls above B4 B4W of support Al Al A2 A2W joist bearing at ends. *See iLevel TJI a Joist Specifiers Guide, #TJ-4000, above or below-see detail O O or below(See detail B1) O O O O O -Connect corner with four 10d(0.128"x3")nails.Toe nail from p Attach rim joist per A3 detail. 88198 side of parallel closure into rim board A3.4 and iLevel® Rim Board Specifier's Guide, #TJ-8000, Bi W for additional installations specifications and *Conventional construction code minimum for use with P A3 only. See the iLevel TJI ® Specifier's Guide, applications. A3W A3.1 @A3.2 A3..3 #TJ-4000, and the iLevel ® Rim Board Specifier's Guide, #TJ-8000, for A3.1-A3.3 installation specifications and 11x4"TimberStrand c LSL or iLevel® Ills"rim Blocking Nail through 2x_cantilever,wood backer applications. board.Nail with 10d(0.131"x 3")nails,one each panel and TJI®joist web with 2 rows 10d 6'-0"length of TJI®joist 8"diameter maximum hole for " " nails at 6" reinforcement and filler 11-7/8"-16"deep blocking 1-1/4"TimberStrand®LSL or iLevel(D 1-1/8"rim board. at top and bottom flange.Nail to blocking panel (0.148x 3) block.Use 4'-0"length panels;6"diameter maximum Nail with 10d(0.131"x 3")nails, with connections a uivalent to floor panel on-center,clinched. Use 8"diameter maximum hole for for blocking panels 9-1/2"dee schedule. 16d(0.135"x 3-1/2")nails with Web stiffeners 11-7/8"-16"deep blocking 4'-0"length of 8' diameter maximum hole for with 9-1/2"and 11-7/8" g P P one each at top and bottom flange. Attach reinforcement to Load from above required both panels;6"diameter maximum for 314"reinforcement on 11-7/8"-16"deep blocking TJI®joists. D shorter than 12"long. 3-1/2"TJI®joist joist with one Sd(0.131"x 2 ��")nail at each corner flange widths sides at E1W blocking panels 9-1/2"deep or Do not cut flanges. Attach reinforcement to joist one side at E2,both panels;6"diameter maximum 1 shorter than 12"Ion sides at E3 for blocking panels 9-1/2"deep with one 8d(0.131"x 2-1/2") Horizontal blocking panels 9• 1-1/4"TimberStrand®LSL or Do not cut flanges. 4-1 or shorter than 12"long. nail at each corner between each joist. Nail to top F1 applies to 9 iLevel®1118"rim board.Nail with plate with connections uniform) tis" Do not cut flanges. E5 Y z0 10d(0.131"x 3")nails,one each equivalent to floor panel loaded joists 1-1/4"TimberStrand®LSL at top and bottom flange. 12"length of 3/4" schedule. or iL with I d( rim board. reinforcement on one • only. tD Nail with 10d(0.131"x 3") Attach reinforcement to joist side at E5,both sides 12"length of 3/4" Wood nails,one each at top and web with 3 rows 10d Full depth vertical at E6 reinforcement on backer d`a �e�et bottom flange. (0.148"x 3")nails at 6"on- blocking between E7 one side at E7,both i`�es t cat`\Dads 2x4 minimum center,clinched.Use 2 rows each joist O sides at E8 Attach reinforcement to 0 with 9-1/2"and 11-7/8" O ca g squash blocks joist flange with 8d a��tt`� TJI®joists. Lass than 5" Less than 5" (0.131"x 2-1/2")nails at OUse 2x4 minimums uash blocks 1-1/4"TimberStrand®LSL or �.\���� 6"on-center.When E4 E6 E8 CS q iLevel®1-1/8"rim board.Nail with Face grain �a� reinforcing both sides, O Not for use with 3 fie"TJI®joist flange widths to transfer load around TJI®joist 10d(0.131"x 3")nails,one each at horizontal stagger nails. E1 E1 W top and bottom flange. E2 E3 LGap* WEB STIFFENER ATTACHMENT � 1" 1-112" 's"minimum EXTERIOR DECK ATTACHMENT Option end for TJI® 2�4"maximum W TJI®Joist blocking with end o Structural exterior sheathing Apply subtioor blocks installed at 1/3 joist-span locations using 560,560D, adhesive to all two 8d(0.113"x 2-1/2")nails or s47 joist) j Web stiffener each side. Filler block: Attach with ten 10d(0.128"x 3")nails,clinched. Flashing contact surfaces 2-1/2"screws,typical J- With point load from above ,i install web w See sizes below. stiffener tight to top flange(gap at bottom o Use ten 16d(0.135"x 3-1/2")nails from each side with 3-1/2" z TJI®joist flange widths. Use fifteen nails with TJI®joist depths Flush bearing plate required. at` Tight fit* flange)when there is no support below. Hanger height must realer than 16". 1 p Maximum 1/4"overhang Treated O`ytisq be a minimum of g Backer block: Install tight 2x-ledger a� Nailing Requirements w 60%ofJoist depth g permitted at beam. Depth Minimum Web m to top mount(tight to TJI Joist Series in. Stiffener Size Type Number Nails bottom flange with face See fastener 1-1/4"TimberStrand®LSL or ( ) End Intermediate ,.` iLevel®1-1/8"rim board. mount hangers).Attach table below.Maintain Option#2: 110 All 5/8"x 2-5/16" 8d ( ) s•' 2"distance(minimum)from _ 210 All with ten 10d 0.128"x 3" !.�•�• 2x strapping installed at 1/3 joist- 3/4"x 2-5/16" Top edge of ledger to fastener. span locations usingtwo 2-1/2" 230&360 All 7/8"x 2-5/16" (0.113"x 2 1h") mount nails,clinched when g g p s31 &s33 hanger possible. Ilowable Load/Factored Resistance Ibs screws per joist,typical All 1"x 2-5/16" 3 3 Face Backer block Fastener 1-1/4"TimberStrand® iLevel®1-118" Option#3: 560&s47 All 2x4 16d , both sides of web with h ) mount LSL rim board rim board (0.135"x 3 hanger single TJI®joist 3/8"la bolt 400/630 N.A./N.A. Directly applied ceiling 112"la bolt 475/750 400/575 (1) 101 16d 4 4 Web stiffeners required if sides of (1)This factored resistance is with a 3/8"gap between the rim board P61 When specified on the layout, One of W 560D 2z„ 2x4 (0.135"x 3 1h") 6 51 t `` H 1 hanger do not laterally support at H2 With top mount hangers,backer block required H3 LA and deck ledger O the above bracing options is required O 24" 6 13 U least 4"of TJI o joist to flange only for downward loads exceeding 250 lbs or O -Allowable load determined in accordance with AC 124. O a 1 P 9 O , for uplift conditions. -Corrosion-resistant fasteners required for wet-service applications. FASTENING of FLOOR PANELS X BEAM and COLUMN DETAILS Guidelines for Closest On-Center Suacina ner Row i i FILLER and BACKER BLOCK SIZES .4 TJI®iRim Board 1-1/2" TJIa Joists 110 210 230 or 360 560 •Q LL Nail Size 110,210, 360 and iLevel® 1-1/4" TimberStrand®LSL Micxollam v Parallam a" 9-1/2"or 9-1/2"or 14"or 9-1/2"or 14"or 18"or 14"or 18"or , 3: (Yl and 230 560 1118imberStrando LSL or wider LVL PSL Depth 11-718" 14,. 11-7/8" 16" 11-718" 16" 20'• 1-718" 16" 20" BEARING FOR DOOR BEAM TO BEAM BEARING AT ILI. � O O BEARING AT WALL OR WINDOW HEADER CONNECTION CONCRETE WALL 8d(0.131"x 2 1h") 4" 3" 6" 4" 3" 3" 3" Filler Block (i) 2x6 2x8 zx6+3/8" 2x8+3/8" zxs+1l2" 2x8+1/2" 2x12+1/2" Two Two Two r 1-1/4"TimberStrand®LSL or Strap per code If top Od(0.148"x 3" ),12d(0.148"x 3 114") 4" 4" 6" 4" 4" 4" 4" (Detail 112) sheathing sheathing sheathing sheathing sheathing 2x6 2x8 2x12 O rL LU iLevel®1-1/8"rim board or late Is not continuous Cantilever 2x6 2x10 2x6+3/8" 2x10+3/8" 2x6+1/2" 2x10+1/2" cV p 16d(0.162"x 3 h ) 6" 6" 16" 6")2) 6"p) N'' 6' Filler 4-0" Not blockingfor lateral support over header 6applicable Not applicable (1)One row of fasteners permitted(two at abutting panel diaphragms.Stagger nails when using 4"on-tenter spacing,and maintain 318lois) (Detail E4) long long 4'-D"long 6-0"long 4'-0"long 6-0"long � rt1 LU and panel edge distance.For other applications,multiple rows of fasteners are permitted if the rows are offset at least 1/2"anA aggered. }- (fl Backer Block (1) � Q \D � (2)Can be reduced to 4"on-center if nail penetration into the narrow edge is no more than 1-3/8"(to avoid splitting). (Detail F1 5/8"or 3/4" 3/4"or 7/8" 1"Net 2x6 2x8 2x12 X Q [[� . Recommended nailing is 12"on-center in field and 6"on-center along panel edge. 14 ga.staples maybe substti±u..d for 8d(0.113"x or H2 Fastening requirements on engineered drawings supersede recommendations listed 2-1/2")nails if minimum penetration of V into the (1)If necessary,increase filler and backer block height for face mount hangers and maintain 1/8"gap at top of joist; Q 3 LI) @ Top above. TJI®joist or rim board is achieved. see detail W.Filler and backer block lengths should accommodate required nailing without splitting(12"minimum for 11.1 co LL. mount } backer blocks and 24"minimum for filler• blocks). �-- Z in LL. iLevel recommends using a hon-polyurethane subfloor adhesive on all contact points hanger Protect untreated 111 Face mount wood from direct between panels and floor framing. Maximum spacing of nails is 18"on-center Q CiJ hanger for TJI®joists. Q Column contact with • Nailing rows must be offset at least 1/2•and staggered. Joists must laterally supported ul Q N L1 L2 L3 See current iLevel® literature L4 concrete cantilever andd end bearings by blocking for framing connectors panels,hangers,or direct attachment to a rim board or rim joist. +�-- MULTIPLE MEMBER Silent Floor®joist framing U_ CONNECTIONS FOR TOP-LOADED BEAMS (1) Safety bracing(1x4 does not require bridging or minimum)at Von-center(Von- 11-3/4% 6'on- � El center for TJI ® 110 Joists)and 1-314"-Wide Pieces: mid-span blocking extended to a braced end wall. o Minimum of 3 rows 10d(0.128"x 3")nails at 12"o.c. Fasten at each joist with ENGINEER• o Minimum of rows 10d(0.128"x 3")nails at 12"o.c. two 8d(0.113"x 21/2")nails l for 14"'and deeper beams ELEVATED minimum VV �F a If using 12d-16d(0.148"-0.162"diameter) BEAM ON COLUMN BASE COLUMN BASE DO NOT bevel cut (see WARNING). O BEARING AT nails,the number of nailing rows may be COLUMN CAP joistH2 �P �P r�I COLUMN reduced by one. beyond inside face Al Rim board * r.'' Kt, Cr 1 of wall E2 joint between C y�� w ts 0 l Z 3-1/2"-'Wide Pieces, DO NOT overhang seat cuts u1 o Minimum of 2 rows 1/2"bolts at on beams beyond the inside 24"o.c.staggered t. A3 1. face of support member. (2 =C? (1)Load must be applied evenly across entire beam width.Otherwise,use connections for •';�`'° �" ti" N' AR F(�SS�O� side-loaded beams. Verify column capacity Optional CS and beam bearing Aldditional nailing or bolting may be non-shrink TJI®rim joist JEFFREY T. BUTLER, P.E. L5 length.See current L6 required with side-loaded multiple-member P1 P2 P3 grout iLevel®literature. O beams. Refer to current product literature. L3 0 0 A2 11/4"TimberStrand®LSL or iLevel®1118"rim board. - Ll.l O } TJI®JOIST NAILING REQUIREMENTS at BEARING B1 L1 z o o TJI®Joist to Bearing Plate Squa In Blocks to TJI®Joist (Load bearing wall above) H1 � a LLI O a 1-1/4"TimberStrand®LSL or B2 0 z a iLevel®1-1/8"rim board. One 10d(0.128"x 3") tt1 O nail into each flange LS B3 LI J 'n A One Sd(0.113"x 2-1/2") Z (P ; o nail each side.Drive ` d z nails at an angle at least 5 _ 1-1/2' from end. P d) O a INSTALLATION TIPS O B4 Use B1 or B2 at W = z a A 1-3/4"minimum bearing at end Also see detail B2 Subfloor adhesive will improve floor intermediate bearings support;3-1/2" minimum at performance,but may not be required. With load bearing or intermediate supportshear walll from above End of joists Q O Z Shear transfer.Connections equivalent to Squash blocks and blocking panels carry at centerline floor panel nailing schedule stacked vertical loads(de`.ails B1 and 132). of support Braced end wall- H T_ Packing out the web of a TJI v joist(with web see note 3 under H Rim to TJI ®Joist 0 stiffeners)is not a subsi;tute for squash blocks WARNING U U V � p or blocking panels. H1 UJ C4 1-114' TimberStrand O LSL 3-1/2"wide TJI ®rim O O or iLevel ®1-1/8 rim board O O joist: Toe nail with When joists are doubled at non-load bearing • .. or 13/4"wide TJI ®rim joist: 10d(0.128"x 3") parallel partitions,space joists apart the width O One 10d(0.128"x 3")nail nails,one each side • of the wall for plumbing or HVAC. o O c into each flange of TJI®joist flange O O 4 2-1/16"-2-5/16"wide TJI® o t- ,;; rim joist: One 16d(0.135' x 3-1/2"wide TJI® Additional joist at plumbing drop(see detail). L4J CL z w 3-1/2")nail into each flange rim joist `� ' 1�4"minimum bearing . : e' O o LA Exterior O a a Locate rim board joint between jolsts. Top View k Structural Attachment DO NOT use sawn BEAM ATTACHMENT at BEARING o sheathing lumber For rim O board or blocking, 1-1/4"TimberStrand®LSL oras it may shrink iLevel®1-1/8"rim board. Shifted Additional O after installation. joist Plumbing drop joist Protect untreated O Use onl • wood from direct See y • engineered contact with 1-112"knockouts at O H3 ALLOWABLE concrete approximately 12" HOLES lumber. Drive nails at an See framing planapplicable) on-center O One 10d(0.128"x 3")nail angle to minimize or iLevel®Framers Pocket NOTE: each side of member at splitting of plate Guide for minimum end and Bearing plate to be PROVIDE FLOOR JOISTS WITH "FLAIL JACKET" PROTECTION bearing, 11/2"minimum intermediate bearing lengths. flush with inside face ON FIRST FLOOR TO COMPLY WITH R302.13, EXCEPTION 4 from end of wall or beam COPYRIGHT 2013 JEFFREY T. BUTLER, P.E., P.G. REPRODUCTION IN ANY FORM 15 PROHIBITED WITHOUT WRITTEN CONSENT FROM JEFFREY T. BUTLER, P.E., P.C.