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HomeMy WebLinkAbout0061555-Building CITY OF OSHKOSH No 0061555 OSH OSH BUILDING PERMIT APPLICATION AND RECORD ON THE WATER Job Address 385 WINDINGBROOK DR Owner CURTISS HOMES Create Date 11/24/97 Designer Contractor CURTISS HOMES LTD 4/18/98 Category 110 New Single Family Plan C6- 114 -1197R Type 0 Building 0 Sign 0 Canopy 0 Fence 0 Raze Zoning R -1 Class of Const: 8 Size IRR 52'x63' Unfinished/Basement 1630 Sq. Ft. Rooms 5 Height 19 Ft. U Projection Finished/Living 1630 Sq. Ft. Bedrooms 3 Stories 1 Canopies Garage 682 Sq. Ft. Baths 2 Signs Foundation Poured Concrete 0 Floating Slab 0 Pier 0 Other Concrete Block 0 Post 0 Treated Wood Occupancy Permit Required Flood Plain No Height Permit Not Required Park Dedication Required Dwelling Units 1 Structures 1 Use/Nature NSFR/ New 1 story home with 3 car garage, NO UL(:K. of Work HVAC Contractor BREWER HEATING Plumbing Cq tractor LARRY HANSEN PLBG Electric Contractor 70.5,13 c2. ;54 /5.cD Fees: Valuation $57,000.00 Pia A royal $40.00 Permit Fee Paid $217.50 Park Dedication $100.00 Issued By: 1 Date 12/3/97 Final /O.P. U Permit Voided In the performance o is work I agree t perform all work pursuant to rule goveming the described construction. Signature d V Date /444: Agent/Owner Address 40 W 6TH AVE OSHKOSH WI 54901 0 Telephone Number 426 -1973 OSH'OSH GRADE STAKE FORM ON THE WATER Grade Stake Number 5865 Name VOID!! Early start already issued!! Address 385 WINDINGBROOK DR Create Date 11/24/97 Lot 14 Block Ward Subdivision Sawyer Creek Zone Street Number Lot Dimensions I Sidewalk Existing Building Grade Elevation Stakes Set At Site 00 /00 /00 Set By Department of Public Works I, the undersigned, owner or agent of the above described property agree to have the grade established before excavation has commenced. 7 t7 /r 971 10 Wisconsin Department of Industry, WISCONSIN UNIFORM Application No. Labor and Human Relations Safety and Buildings Division BUILDING PERMIT 0061555 P.O. Box 7969 APPLICATION Parcel No. Madison, WI 53707 Wisconsin Statues 101.63, 101.73 I Z Constr 0 HVAC 0 Elec 0 Plbg Erosion Other: ne s ame Malang Address l elepnone No. CURTISS HOMES 40 W 6TH AVE Oshkosh WI 54901 0000 920 -426 -1973 .ontracaor. Con U Elec u HVAC Plbg Lic/Cert mooing Address 1 elepnone No. CURTISS HUMtS L I U 4/18/98 1066 40 W 6TH AVE OSHKOSH WI 54901 0000 426 -1973 uontraccor. U Con Elec U HVAC Li Plbg Lic/Cert Priming Address 1 elepnone No. t,ontractor. U Con I Elec X HVAC U Plbg Lic/Cert Mailing Address l elepnone No. BREWER HtAI ING� N8804 N DOUGLAS ST RIPON WI 54971 0000 1- 748 -6494 Lontractdr. I Con I I Elec U HVAC X Plbg Lic/Cert 'wailing Address i elepnone No. LARRY HANSEN Pt (5 N -1044 TOWER VIEW DR GREENVILLE WI 54942 0000 MOBILE:585 -93 s r Ldt Area Sq. ft. 1/4, 1 /4,Section ,T N,R E(or)W t u a Ing Ad ress Subdivision Name LOt NO. BSIOCK NO. 385 WINDINGBROOK DR Sawyer Creek 14 zoning Dlstnct(s) Coning Permit No. rront hear Lett Klght Setbacks ft ft ft ft. ,;d Y C f az i '7 .r New 0 Repair Single Family n rance ane Forced Air Furnace Fuel 0 ar Alteration 0 Raze Two Family Size: 200 am. Radiant Baseboard or Panel Addition Move Garage Service: Heat Pump Space Ht E Li LI 0 Other (print): El Overhead Boiler Water Htg 0 0 Underground Central Air Conditioning g El Other more Dw e Dwelling unit wil have 3 ki owatt or Other installed electric space heating equip. Site Constructed Concrete s, r� 1 Infiltration control option is: II Full sealing Unfinished Manufactured Masona Wood Sewer of joints. Blower door test. Exterior d Basement 1630 Sq ft N Municipal air intlttra-Ion barner. Living Area 1630 Sq. ft. N 1-Story Other Septic 2 -Story :44 Permit No. Envelope BTU /HR Garage 682 Sq. ft. H Other asona.•• ;Infiltration 12893 BTU /HR M Permanent Other Municipal Utility Plus Basement I Private On -Site Well $105,000.00 The applicant agrees to comply with all applicable codes, statues and ordinances and with the conditions of this permit, understands that the issuance of the permit creates no legal liability, express or implied, on the Department or municipality; and certifies that all the above information i accur te. APPLICANTS SIGNATURE Ais Z DATE SIGNED 3 9' 7 APPROVAL CONDITIONS 1 his permit is issued pursuant to n tollowing conditions. t-aliure to comply may result in uspe sion or revocation of this permit or other penalty 1 .01 r 1 1 0r 1 TRUSS PLANS ON SITE BY THE ROUGH IN INSPECTION. :1* 0 Town Village City [1 County 0 State of: Municipality Number of Dwelling Location: City Of Oshkosh 7 0 2 6 6 W� 3 r 4 i ••:•:i i•:• iii •;:•:•i •;:•:i ii ••ii ••iiiiii.•:•i0i ••ii ••i ••O�•i ••�•i0••�•,•.•.• E tar r P 9 5 x COnStruCtlO :;:a..: o Plan Review Inspection HVAC Name N icole Krahn Wis. Permit Seal $30.00 Electrical Date 11/24/97 Other Plumbing X Erosion Total $70.00 196234 Cert. No. 248101 SBD -5823 (R. 07/92) OSH'OSH PARKLAND DEDICATION FEE COLLECTION RECORD ON THE WATER Job Address 385 WINDINGBROOK DR Date 12/3/97 Name CURTISS HOMES Address 40 W 6TH AVE Oshkosh WI 54901 Subdivision Sawyer Creek Lot 14 Building Permit Number 0061555 Number of Dwelling Units 1 Number of Structures 1 Fee Required $100.00 Fee Paid Owner's Signature ti� Date Inspectors Signature lip 1 ��l •f r Date ZONING /LAND USE COMPLIANCE CHECKLIST JOB LOCATION: g�S Y ZONING PROPERTY OWNEFO A CONSTRUCTION DATA: New Construction Addition Alteration TYPE OF CONSTRUCTION: (i.e. fence, pool, parking lot, sign, etc.) II COMPLIANCE CHECKLIST DEFICIENT COMMENTS Use Lot Width Lot Area Lot Area Per Family Floodplain Front Yard Front Yard Side Street Rear Yard Side Yards Building Area Parking Standards Off- Street Loading Standards Vision Clearance Transitional Yard Standards Landscape Standards Height Conditions of Approval Compliance with P.C. or BZA Conditions of Approval Signage Standards Drainage Plan REVIEW AUTHORITY As per Section 30-5 Enforcement of the City Zoning Ordinance, the Director of Community Development, or designee, must approval all plans, except the following: (1) Alterations or interior work when the use is conforming and when no change in use is proposed. (2) Maintenance items, e.g. siding, windows, etc., when the use is conforming and when no change is proposed. 4 2 APPROVED DENIED Plan Commission Action Required Variance(s) Requi d REVIEWED BY: ItalIFM‘ TE: 11 0 9 PAGE DILHR Submit completed wulS� hoot P.O. BOX 7969 and Buildings Division with dwelling plans to local P.O. B enforcing municipality. Madison, WI 53707 ENERGY WORKSHEET UNIFORM DWELLING CODE PROJECT ADDRESS: ''''1 OWNER: BUILDER: i 1� WORKSHEET COMPLETED BY: DATE: /c��� Does dwelling unit have three kilowatts or more input capacity of permanently installed electrical space heating equipment? p YES (see below) 8''NO If yes, then indicate infiltration control option, in addition to basic caulking: Full sealing per s. ILHR 22.13(3)(a) Infiltration barrier per s. ILHR 22,13(3)(b) Blower door test per S. ILHR 22.13(2)(c) (3)(c) INSTRUCTIONS: This worksheet is a DILHR- approved method of showing compliance with the energy conservation standards of Chapter ILHR 22 of the Uniform Dwelling Code (UDC) which applies to one- and two family dwellings built since December 1, 1978. It is necessary for the user to purchase a copy of the UDC from State Document Sales, (608) 266 -3358. Addition& information is printed in the UDC Commentary, which is available for $5.00 from DILHR at the address at the top of this page. You have the choice of using the Accepted Practice Method or the System Design Method to show code compliance. For the Accepted Practice Method, which is recommended for standard designs, complete Sections A., B., E., F., and H. You will be first calculating component areas, then your dwelling's code•allowed and other heat Toss to determine your furnace or other heating plant size, and then comparin g your planned insulation levels to the required insulation levels from the Appendix o f the For the System Design Method, which is recommended for alternative designs in which more insulation is installed in one component and less in another, complete Sections A. through F. You will be first calculating component areas, then the code allowed heat loss, then component U- and R- values and then your calculated heat loss which you will compare to the code allowed heat loss. You will also be calculating the allowable furnace size. With either method, you will need to apply the stricter and slightly different standards shown for electrically- heated homes if you answered "YES" to the above question. For electrically heated homes, you must also complete Section G. to determine the required mechanical ventilation capacity. All "R' and 'U' calculations must be carried to four places after the decimal point, rounded to three places. Linear dimensions must be carried to three places, rounded to two. Area and heat loss calculations may be rounded to the whole number. Numbers in brackets, (11, refer to the footnotes printed on page 5. Single copies of this worksheet are available free from DILHR at the above address. For multiple copies, contact DILHR for fee information. $80.5518 (Rev. Imo) PAG' A. AREA CALCULATIONS Some calculations will not be necessary depending p on home sign and heating fuel. These calculated areas are referenced elsewhere on this worksheet, 1. GROSS (INSULATED) ABOVE FOUNDATION WALL AREA 4, GROSS EXPOSED FOUNDATION WALL AREA (Including doors, windows and box sills) a. in sq. ft Non-Electric, Only: b MultiplyA 11. X .25 s q ft /4' sq. ft. c If A 4 a. is greater than A.4.b., sq h subtract b from a. 2. WINDOW PATIO DOOR AREA (sash /door area 5. FOUNDATION WALL AREA BETWEEN GRADE AND In Foundation THREE FEET BELOW GRADE a. In Above-Foundation b' Walls ails /7 sci, ft. 7 s q ft. 3 7 sq. ft Total (a. b.) Ip_. Z- 3. DOOR AREA IN ABOVE WALLS 6. FOUNDATION WALL AREA MORE THAN THREE FEET BELOW GRADE `i sq. ft. 7. 4PAQUEI t I ABOVE• 8. GROSS WALL AREA ABOVE GRADE 9. OPAQUE 111 EXPOSED FOUNDA• FOUNDATION WALL AREA A.4.a.) (Electric only) TION WALL AREA (A.4.a.- A.2.b. A 7• sq. ft. sq. ft. 7 —s9 12. INSULATED ROOF OR CEILING (A.S. A.6.) 10. WALL AREA BELOW GRADE 1 TOTAL A 4.a. O A S�AA b) (Non-� eCtri AREA /4.; q Sq. 7 'It sq. K f 4 sq. ft. 13. FLOOR AREA OVER UNHEATED 14. SLAB ON GRADE IS. BASEMENT FLOOR AREA SPACES (Less Than 50 U sq. ft. —0 lineal feet of slab perimeter (6g. sq PAGE 3 B. CODE ALLOWED HEAT LOSS Enter values into table from elsewhere on this worksheet and multiply across by the electric or non electric code required U- value. AREA R£QUIREOU•VALUE TEMPERATURE 1 HEAT FROM X X DifFERENCE LOSS COMPONENT SECT. A 0 NON- ELK 0 ELECTRIC 080 121 BTU /HR 1. Gross Wall Above Grade A 8, electric oni NIA 2. Gross Above Foundation Wall (A 1.) (non elec) .t 3. Gross Exposed Foundation Wall (non -elec) NSA 37.1'' b. Area A.4.c. {it any) a. Lesser of Area A.4.a. or A.4.b. ---7/f------ 4. Foundation Wall Between G r a d e 3 5�7c� .113 (3) p 7 2 (31 57A r Feet Below Grade (A.5.) S. Foundation Wall More Than Three Feet 094 (3) pQa� (3) 34 Below Grade (A.6.) r 6. Floors Over Unheated S •aces 4.13. 7. Roof or Ceilina (A.12.) .029 If .020 _NC'- 8. Slab On Grade (A.14.)_ -LLi�- �5•'t�F`( j 9 Basement Floor (A 15) «'`+111 025 075 'r 1 TOTAL CODE ALLOWED HEAT LOSS fe) '��f rj C. SYSTEM DESIGN METHOD ACTUAL. 'U' VALUES OF YOUR HOME'S COMPONENTS C.1. A8OVE•GRAOE COMPONENTS Enter 'R-values' from Table A -4 of the UDC Appendix, ASHRAE Manual, 0 manufacturer's specifications. Total them across and then find the 'U' value by taking the reciprocal (1 /R) of the total 'R value'. For components having the same insulation but different interior or exterior finishes, separate calculations are no necessary if the one with the lowest 'R-value' is used in your calculations CAVITY EXT. INSULA- INTERIOR INT. TOTAL Vale AIR INSULA• FRAMING, TION OR SOLID EXT. SHEA- AIR •R U COMPONENT IF APPLI• FILM FINISH THING TION OR SOLID IN �Sk FILM VALVE. (or 1/R CABLE OVER CAVITY Above- Founda• Cavity .17 .68 C -Lion Walls Solid 17 .68 l 2 .68 1, Exposed Cavity .17 68 1 T Foundfation Svlid .17 i Roof Or C.Ivity .61 (III ,AZ. Ceiling Solid .61 .61 rhi, floor Over Un- Cavity 17 92 Heated Space Solid 17 92 Air Film R- Values HEAT FLOW DIRECTI9N LOCATION Upwards Horizontal Dow,lwavds EXTERIOR .17 t7 17 INTERIOR .61 .68 .92 PAGE 4 C.2. BELOW -GRADE COMPONENTS Precalculated 'U- valves' including air films, wall, insulation and soil. Check appropnati boxes for planned type of construction. GRADE TO THREE FEET MORE THAN THREE FEET COMPONENT TYPE BELOW GRADE BELOW GRADE _094 Masonry or conc. wall without insulation 1 1 288 8 .063 Concrete block with insulated cores I .11 Masonr or conc. wall with R•5 insulation board .113 .063 p Masonry or conc. wall with R -10 insulation board or 072 04g R-11 insulation ball and 2x4's 025 Basem floor without insu lation, 022 .022 Q Basement floor w ith R•5 i nsulation T Q Sl -on -Grade or within 2 f1 of grade without insulation 81 F -value er lineal foot of stab perimeter 01-lab-on-Grade or within 2 ft of grade with R insulation board for 48" total, .51 (F- value) per lineal foot of slab perimeter horizontal and vertical application .91 (F•value) per lineal foot of slab •erimeter if Stab is heated Other (descriue C.3. WINDOWS AND DOORS See Tables A -5 and A -6 of UDC Appendix for U- values and wood frame factors. D. SYSTEM DESIGN METHOD CALCULATED ENVELOPE HEAT LOSS OF YOUR HOME Enter values into table from elsewhere on this worksheet and multiply across to find the actual heat loss of each componer Add component heat loss figures to find total envelope heat loss. CAVITY OR AREA 1 W000 1 ACTUAL 1 TEMPERATURE HEAT SOLID IF X X 'U' VALUE X DIFFERENCE vs LOSS COMPONENT APPLICABLE SECT, A. FACTOR" FROM pi BTWHR Opaque bove Foundation Cavity_ Lt2 2 ,3 (f± `1'? e Solid 1 j I Wall (A. 7.) O.p_aqueExposed _Foundation Cavity_ Wall LA 9.) Solid Foundation Between Grade and Cavity_ 1 !l I Three Feet Below_Grade (A. 5.) Solid 5-31 Foundation WaII More Than Cavity_ Obi o I- Three Feet Below Grade A 6 Solid 1 �Above-Foundation Windows A. 2 a, 7 cr1 4'f 1 lu Foundation Windows A 2 b. 3a 11_V• l Doors (A.3.) '-I 1 t' `.Ir Roof or Ceiling Cav J6 L Q !VIZ _LA. 12.) Solid GOL `G'1 +f.10 Floor Over Unheated _Cavity_ Spaces (A, 13j Solid 4- Basement Floor �__Caviy 110 1 o�� T 3� (A. 15j j S r Slab On Grade (A. 14) tin. ft. F -Val, TOTAL CALCULATED ENVELOPE HEAT LOSS May not exceed Total Code Allowed'Heat Loss in Sect. B by more than 1% -J Adjustment Factors For Wood Framed Components SPACING OF FRA- STUDS JOISTS/RAFTERS MING MEMBERS CAVITY SOLID CAVITY 1 S0UD .80 .20 .86 14 .85 .15 .90 .90 .10 .93 Also see Part C of UDC Appendix Table A -5 for window framing adjustment factors. PAGE 5 E. HEAT LOSS BY AIR INFILTRATION (for furnace sizing) An air change rate of between 0 25 and 1.00 per hour is recommended depending on tightness of construction. FLOOR 1 TEMPERA. 1 AIR 1 NEAT LEVEL AREA X HEIGHT VOLUME X CONSTANT X TUBE X CHANGES LOSS O�Ff£RENGE PER HOUR STU/HR (JI easement T J L J .W ^018 J M J Level 1 t I b ?'h MI .018 fir_ 3-__.. Level 2 11.111111.11 .018 Level 3 ------T .018 Total Conditioned Dwellin. Volume INFILTRATION HEAT LOSS rdti a F. FURNACE SIZING This section determines the maximum and minimum allowable furnace sizes in BTU's/HR, Minimum Maximum System Design Method Calculated Heat (ossfrro Sect, D. or Accepted Practice Method Code Allowed Heat Loss from Sect. 8. )(og/y Code Allowed Heat loss (from Sect. 8.) Sr' Infiltration Heat Loss (from Sect. E.) ;i ��;j�L1 TOTAL DWELLING HEAT LOSS (total of above riES 11.111130:1j IT Allowable Furnace Size Margin Multiplier X 1.0 X 1.15 ALLOWABLE FURNACE OUTPUT SIZE RANGE 701- c- {s Planned Furnace Output 74�auo ,TS{ 1lv tti FLU f11,iC- G. MECHANICAL VENTILATION SIZING One -half air exchange per hour mechanical ventilation required for electrically- heated homes only 1 Dwelling volume from Sect. E. 2. Less volume of non- living area; area: j X height: J 3. Less volume of dead air s• aces cabinets walls etc a. •rox. 20% of livin• s•ace volume ge per (muy line 4 by 0.5) 4, Net volume of living area (total of above S. Cubic feet of air chand hour i 6. MINIMUM REQUIRE0 MECHANICAL VENTILATION IN CF (multiply tine 5 by 0.0167) o Footnotes: (1 J Opaque wall area is wall area minus opening areas of doors and windows. (2) Temperature Difference Inside design temperature of 70° minus outside design temperature from Table 22 04.8 of the UDC Basement inside temperature may be taken between 50 and 70 Temperature difference for transmission heat losses only (not infiltration losses) of below -grade spaces of basements is inside temperature minus 10 disregarding outside temperature. (3) These below -grade U- values have the insulating value of the soil added to the code required U- values which apply to the building materials only. See sect. C,2. for typical insulated component U-values. (4) These slab -on -grade F•values are derived from the code- required U-values and include the heat loss through the edge and body of the slab. See sect. C.2. Temperature difference is the same as for above -grade spaces, (5) if desired manufacturer does not have a furnace of this size, then a designer may select the manfacturer's next larger size. r i i s i t,. 11-: ti PAGE b A CC'i:PT'E1D PRACTICE METHOD or completion of the accepted practice method, please refer to the Appendix Tables A-I, 2 and 3 and E•I, 2 and 3 of the uniform Dwelling Code (UDC)_ Complete Subsection H.1. if your home is heated with other than electricity. Complete Subsection H.2. if your home is electrically heated, Area figures should be calculated in Section A. and are referenced below SUBSECTION H.1. Non- Electrically Heated Homes Only WALLS ABOVE MINIMUM Single w /storm MINIMUM Insulated SIDING: Wood (R- .77) FOUNDATION WALL INCLUDING ABOVE -FDTN 0 Insulated glass DOORS: 0 Solid Wood (7) Alum, (R• 1.82) BOXSILI, USE WINDOWS: C] Triple pane 0 Uninsulated w /storm Other: R- TABLE A -1 PLANNED INSULATION PERMITTED WINDOW TYPE AND R- VALUE: AND DOOR AREA X100 Above Foundation Winnow ross ove ou anon Pranni in o w Door Area (A.2.a A.3,) Wall Area (4.1.) and Door Area EXPOSED BASEMENT WINDOWS: 0Single- glazed OR ❑Single w /storm or insulated glass FOUNDATION WALL USE PLANNED INSULATION TYPE AND R- VALUE: TABLE r A -2 If no number entered in A.4.c., then enter Percent Permitted Window Area from Table A -2, U o .25: If number entered in A.4.c., then calculate: X X Area A,4.b: Window rei�a A,4 Winciow Area .a. Vermttted WindCnA from Table A•2, from Table A.2, Area U0, .25 U .12 X 100 °i° 1aseme TtWindowArea `Exposed Fndtn. Wall Area PlannedWlndow (A.2.b) (A.4.a.) Area ROOF OR CEILING, USE TABLE A•3 PLANNED INSULATION TYPE: R -VALUE PER INCH: REQUIRED THICKNESS: Inches in cavity (R -38) Inches Over Framing (R• 19) FOUNDATION PLANNED INSULATION TYPE AND R•VALUE: WALL, FEET DOWN TO (MINIMUM R•S INSULATION) SUBSECTION H.2. Electrically Heated Homes Only WAILS ABOVE ALL THESE MEA• ALL WINDOWS 0 EXPOSED FOUNDATION 0 DOORS INSULATED FOUNDATION SURES REQUIRED: TRIPLE GLAZED INSULATED TO R•10.54 TO R•8 I INCLUDING BOX- SILL, USE X 100 TABLES E -1 AND E -2 o a in ow Area Above Area Flo Window Area (A.2.a. b.) (A.8.) X100% Upaguilxposed A TO ra e a M Opaque Exposed Foundation Area (4.9.) Area (A.8.) Foundation WaII REQUIRED ABOVE FOUNDATION WALL U•VALUE (FROM TABLE E -1): PLANNED WALL CONSTRUCTION: MAX. U -VALUE FROM TABLE E -2: ROOF OR CEI•3 NG, PLANNED INSULATION TYPE: R -VALUE PER INCH: USE TABLE ELI I REQUIRED THICKNESS FROM TABLE E•3: Inches FOUNDATION WALL FOR FULL HEIGHT PLANNED INSULATION TYPE AND R.VALUE; I MINIMUM R-10 INSULATION) I 0 cc 0 c I" r\,) tf 0 NIII) u x„..: C1 t s.l tft a 0 .J y e„: 0 CAI /Ci r „i M 1 v s d 4 \::c7 7 .4".•\............... V Ci I, 1 ""t, ca 3 alt 1 (....D t (.....63 M. ......---Nt§,, ceiN.,„ c.) N., vpy� i, o t T I 3 0 4- 1. if S, k L .4 :14Z 0 aiil 4 9 00---•i GI) I 4. u..