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(A a) ca O a) 00 p) (5 co c a) (A N O a O k m e m 1 ? m 0 c 2 _ c Z C7 •O o Vs LC 0 a N c _ o N �- co � fn t a) .6 4 3 E H .. it E c V L t_ al y 0 F Z ( v a m m 05 al o- as _c a W z 0 > s c J 0 ai X a 2' ` C CO Y f n d = LL U f n U U W W m it Q (A STATE Of I SCON DEFARTME USTRV, LABOR AND WISCONSIN UNIFORM PERMIT No. 3 Z HUMAN RELATIONS TIONS SIN WA BGTO AND BUILDINGS 201 E. BUILDING PERMIT 201 E. WASHIHINGTON N AVE. PARCEL NO. I105 TWO MADISON. S STATUES APPLICATION WISCONSIN STATUES 10163 PERMIT REQUESTED ONST ❑HVAC ❑ ELEC ❑PLUMB i Ow s Name Mailing Address Telephone AL40..,) -jam. r/v,a,.) .scs U. Q A .3 z_ z ivk corrector's Name Mailing Address Telephone is,- v H , l 0J0%-S-r(L, 4 _ 4 -to q i id f G ftcAtd.4 ( Z_C -- Z -S 3 = PROJECT LOCATION v. %, SECTION T N, R E(or)W 1:nrsA5It LIS ess Subdivision Name Lot o. Block No. M 60 L...... 4 ,,1. v b r. -c t�,� C..� roc z i.J g 2 20 Ing District 1 Lot Area i Setbacks Front Rear i 4 Left Right " L 13 sot. Z7 ft. I — Z ft. I. ( ft. "7.-- t ft. 1. PROJECT 2. TYPE 3. ELECTRICAL 4. HVAC EQUIPMENT 5. ENERGY SOURCES Entrance anel y � Space Water New ❑ Addition Single family Size: AMP X�Forced Air Furnace Fuel Htg. Htg. ❑ Alteration ❑ Two family ❑ Radiant Baseboard or Panel e Garage ❑Other -vice ❑ Heat pump LP Gas + rg Underground ,Attached ❑ Overhead ❑Boiler Nat. Gas ❑�etached ❑Central Air Cond. Fuel Oil ❑ ❑ ❑ Other 6. CONST.TYPE 7. FOUNDATION ❑Other Elec. ❑ ❑ 11��11�� Wood ❑ ❑ ❑Master plan no. ,Site const. .+�IConcrete 8. PLUMBING Solar (if applicable) ❑ Manufactured ❑ Masonry Coal ❑ ❑ Outside El Treated Wo Sewer Other 9. AREA Dimension 10. STORIES y�!� ❑ Other JlWwnicipal ,Basement 1 sq.ft. 01 -Stor 11. USE ❑Septic 2 -Story ❑Permit No. 12. WATER Living Area t if 0 0 sq.ft. lei / � . JJ �/ impermanent ❑Garage s Private sq.ft. ❑Other unicipal l l'he applicant agrees to comply with the Wisconsin Uniform Dwelling Code and other Municipal 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 cry nicipality; and certifies that all the above information is accurate. �� /' SIGNATURE OF APPLICANT, , " - e f � DATE CONDITIONS OF APPROVAL hi permit is issued pursuant to the fo o ng conditions. Failure to comply may result in suspension or revocation of this permit or other penal y. 13. ISSUING JURISDICTION ❑ VILLAGE ITY ❑TOWN ❑COUNTY ❑STATE NAME OSibto SH MUNIC. NO. 7 0 - a FEES PERMIT(S) WIS. UNIFORM PERMIT ISSUED SEAL NO.(S) PERM! SUED B PLAN REVIEW $_�, _ XCONST. © S INSPECTION ❑HVAC NAME _ -... WIS. PERMIT SEALISI Ell DATE • ' d, // V OTHER( 1 '3�,0 CERT NO. ❑PLUMB � b TOTAL $.------- DILHR -SBD -5823 ISSUING JURISDICTION /AC,FNry DATE c2, `P g(A) NAME a-'Grt ADDRESS Z3 (It r LOT 0 BLOCK 1 3 WARD SUBDI V. ( = / __k_ . o _ ZONE ( q-(1? STREET NO. c7 / 7t ,tele,� ?/ LOT DIMENSIONS 4 e0 X I t-t3 --// n SIDEWALK EXISTING YES NO BUILDING GRADE ELEVATIONS STAKES SET AT SITEa 01 6 ,I9 BY FEE: $2.00 DEPARTMENT OF PUBLIC WORKS I, the undersigned, owner or agent of the above described property agree to have the grade established before excavation has comme , ..4010r STATE OF WISCONSIN Department of Industry; Labor and Human Relations Safety and Buildings Division, Madison, Wisconsin 53707 ZIYIZRGY H JOB NAME: I- 1-,4121NA e. a DESIGNER: LOCATION: OS 1 -11CoS N- ZONE: Z DATE T-19-17 INSTRUCTIONS: This worksheet is recommended for determining conform- ance with the Uniform Dwelling Code's Energy Conservation Standards. Dwellings may be evaluated by the System Design Method or the Accept- able Practice Method. Heat loss thru basement walls and floors where insulation is not required by code may be included in furnace sizing calculations at the option of the designer. System Design heat losses not exceeding he losses determined thru the code requirements by ` more than 1 % are considered acceptable. area calculatiazzs GROSS WALL AREA: INCLUDES d- f=1w FOUNDATION WALL ABOVE GRADE: 1.4- 6 1 • = I3g� /s4.r . . 113 k 26 Vg sq. ft. 1 oI_sq. ft. WINDOW ,AREA :Ogiass'size ❑unit size FOUNDATION WALL BELOW GRADE: 1- 2.2...k4(.. sKyLT. 4- cx 135 = v = 24 /5 3 = 4V2 4 . cN25 = 8 _ 32- -e s2. y�ut. - _ 22 = 44- is4 3. 3 = / 3 ✓ 1 - - 50 - 344 '- -IFS •? F5a P,D. tem = 3 -�— �'—sq. ft. sq. ft DOOR AREA: FLOORS OVER UNHEATED AREAS: f I' 3 Y -O�� .,/ 2.a A 37 sq. ft. sq. ft. CEILING AREA: NET (OPAQUE)WALL AREA: 'OTHER: OTHER: 3'. 33 x 24 /J # 1 o aq.(.l,c Is = 310 4k ;_cf J514 sq. ft. f•� sq. ft. sq. ft. sq. ft. Form No. SBD - 5518 page . v tir 9 vAL INSTRUCTIONS: Calculate R and U values using TABLE A -4 in Dwelling Code Book. Separate calculations fo.r systems having the same insul- ation but different interior or exterior finishes is not necessary provided the system with the lowest R value is used in the System Design or Accepted Practice calculation. type 2 , , ::e,O1 cav s 1 t YP e of rya f cav sol cav s of exterior film .17 .17 .17 .17 . exterior film .17 .17 .17 .17 Wing I.V. 1.02 ext. finish — — sheathing 5- 41 5,4( insulation 44 $ insulation 11 xxxx xxxx framing xxxx 4.1 xxxx framing xxxx 4, 3,j xxxx insulation int. finish , q c , 45 int. finish , 45 44S interior film .68 .68 .68 .68 interior film .61 .61 .61 .61 1 TOTAL R 11.$3 12•$ TOTAL R 44 3(.. 07 �� U = 1/R ,0S ( i i Olb "u" = 1/R 02 ( .02$ ft n above grade walls cav sal cav so t at , c rcav sol cav sol I exterior film .17 .17 .17 .17 exterior film ext. finish — ext. finish masonry , fig wood insulation int. finish -- int.rior film . .68 .68 .68 int. finish Insulation 4,i,5 interior film TOTAL R 6. , TOTAL R . "Un = 1/R .151 nun = 1/R ' - - ■ b ent 1st thru 3rd foot 4th foot below grade below grade to basement floor no insulation .288 .094 walls R 5 rigid board .113 .063 R 11 fiberglass .072 .048 w/ 2 x 4 framing floors no insulation .025 .025 l * includes air film, wall, insulation & soil page 2 .$ CONSTRUCTION TRU TION HEAT LOSS , 13z3 heat loss in AREA U TD BTU per hour ' type cay. (.. .r _x_ ") 0 2c7S$ , 1 SS 5 1 .'t4 1 s o i. (P 2- x 7 6 - ' — . ) 3 3 1 o '8 S ; Walla type x cay.( _%) type cay.( 13/4 x 1 %) /)73 ,o2.1 In , e U y roof 1 sol.( /3“1 x %) /3) .020 f‘ 312 type cay.( x_,__ %) 2 sol.( x %) Pdt, n 1 above grade walls /6 . U C2 I (4 I a , 2 below grade(3 feet) qt, 2- ` _.-159 -, 30 * ?.20 3 1 windows l#25 , s - 2 - 85 b G 5 Zlass 2 patio doors A </ . 52 QS I °► c} ,5 3 sidyL.T� 7 , s 8 q S 3a ! . doer 2 ,N3(,‘... STeb� 3, 141.4; l''' S� at it er 2 ' ' .. ____. , �OT91. CODE COMPARISON ADJUSTMENT FACTORS CODE " FOR WOOD FRAMING COMP AREA n TD B r cc studs joists wall above fdtn c 2( 0 -65 .12 Q i y .12" 20� _ 1�+� walls above grade l6 " _. �5 _ _1096 fdtn above grade I b'3 .25 ( C- I i G 4,4. 2 10% 7� fdtn above grade fdtn below grade(3') 4(.4„ .20 30 a ) "71A- A- roof /oiling 154 cy. .029 t e p 3 9 s ALLOWABLE - HEAT LOSS ) . ,.. - 1/ - COMPONENT AREA "U" ** TD * BTUH LOSS base a walls more than 3 feet // 3 , 0 5 =1 3v 3 1 =tent below grade . floors _ 131 , OAS 30 o18( . *TD = inside temp. minus 20 degrees HEAT LOSS 1 0 S" * *From table on page 2 page ACC Z PTZ 13 111":111t4111•11::1 INSTRUCTIONS: for completion of acceptable practice method 22, Energy Conservation Standards, Appendix refer to Uniform Dwelling Code, Chapter Ind 22 Tables A -1,2,& 3. WINDOW GLAZING: Single w /storm DOORS: WALLS ABOVE nsulated SIDING: wood (R .77) [ElInsulated glass Solid wood alum alum(R1.82) 1.82) WALL QT ri p le ( pane ninsul w /storm INSULATION TYPE: WINDOW AND D6OR•AREA PERMITTED % GROSS WALL AREA(from worksheet, page 1) _ GLASS /DOOR AREA(from worksheet. 1) = square feet. PERCENT WINDOW /DOOR AREA = glass/door area square feet. PERCENT WINDOW /DOOR AREA = glass /door area + gross wall area = 2 • CEILING INSULATION TYPE: R VALUE (per inch) __ REQUIRED THICK.NESS(per table A -3): " in cavity "over framing , FO IDATION WINDOW GLAZING: [single asingle w/ storm Qinsulated(double) INSULATION TYPE: R VALUE EXPOSED FOUNDATION AREA(from worksheet, page 1) = square feet. (walls must TOTAL FOUNDATION AREA(includes above & below rade ) = be insulated PERCENT EXPOSED = Exposed foundation t total fdtn square feet. to be in con- PERCENT WINDOW square feet. for in ) AREA PERMITTED(see Table A -2) = percent( %) PERCENT WINDOW AREA(window area 3 exposed area) percent(') • IN r: Zt TRATZ ON . VOLUME CALCULATIONS: LEVEL VOLUME CON. TD A/C* 3 ,` 9 --- //13Z(1 / BTUH HEAT LOSS 1314, '� for /R Basement //, S2(. .018 c .25 3 � ct,{�y Level 1 /0 6 /o . 018 $�. , . / /A OG.- 4'.54 5 -S < $ - /9/ Level 2 3 q x 14'4 4 x S = / i _ J > 4 j �18 �- 4 �i t��- ; 018 85 _ . 7S • S 7 / 7 p, K. R = 3 Level 3 .013 , *AIR CHANGES. Recommended changes between .25 and 1.00 INFILTRATION depending on type construction, number of openings, HEAT LOSS A 1 .Z 3 weatherstripping, caulking etc. rtraniA,cz szzz . • ALLOWABLE HEAT LOSS(from page 3) 3 ti � S TOTAL DWELLING LOSS S INFILTRATION LOSS(from above) aZ /, . 3 'Fi . . x 1.15 BASEMENT HEAT LOSS (from page 3) /, 30 S"' NAX; F TOTAL DWELLING HEAT LOSS: FURNACE SIZE 6c 5///3i FURNACE SPECIFIED * Furnace output 4