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HomeMy WebLinkAbout0014772-HVAC N 2 5 2 m °) c r.. t u, a c CU 3 0) a) • 0a) c O Q 0 C U La • O > L N Z Z a 0 - C — a) .-0.... 3 E ;� a O •- a) O Q ` m N O ( /) \ Y ; c cC a) -o O LL a C a) co at O .- c N c O al 0 c` C O O - co 7 LL \ a) p c � d CL C N a) o � ._ d O L co o `° E Y °o c a) - _ '3 3 1 O O U O o E m I`` C • " 40 c C N V N c . c i N E U ° c o n 1 c C a O c0 , C co c N Q O N cC a 0 ° O N a) c U co ccs •C c ` a1 O (/) Z 2 U < C u. W U) Li a 3 fl N ° g c O ' x 2 a) �+ 301 �o y3�Q c c is .a (A F- t 4. go; 0 aT l _c . $ as N. O X c0 !n C `, O V. OD N L a) , O N +� \ • a) d o (s co X co m E s� o i y a) a O c L L = ° > c '0 Q • i°x Ni c0 chi v c ` O N C O >. c L ' N x cn v �� . \ i d 3 a) x ' 33 �H O ��, a �\ :2 ¢ c v 3 c 0 3 Ov m m. a) 0) v ' us o 8 r O • 0 2 a) rn !d O ai a - c y o ( a'. r co a) c o zRSL O Ei , U 1 O c U B.Q rn d N ‘ co Z ❑ U g 3 W 0 5 mg 2 o � g c iv 0 • .. 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C' . p >• al o o 0) i N o 0 cn cn a) �, �, 3 E .. v a E 5 o: c as E. c y W U y p_ U I J a 3m��Y3c 2L —i a) u 0 1— Z • STATE OF WISCONSIN Department of Industry, Labor and Human Relations Safety and Buildings Division, Madison, Wisconsin 53707 leVIZZIGT wanscanzlICT JOB NAME: k t T St.1..0.. \+-z DESIGNER: K..rt <:�.00ATION: 2bys t.t\ cfp-ar c\a,;... Pl: 03142ost ZONE: 3 DATE It -i -83 pw 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 :l % are considered acceptable. 1 ;ow-GROSS -WALL AREA m om . - y FOUNDATION WALL ABOVE GRADE : zet s' - 116. `. ►s'x 8' _ i2o t). x 8' -olb,, ,. x.82,.5 �X f�, �t LZ S 394' XS' 3 2.S' x 8' - zo , . 5 8 ' ts' 1C p 8. r ZOO Zd., ICA ? 16o a ' .._ ._. # , � z =�:,a � >se+s,. >.+m -tom uxrxcaa , r,;,.. .::Rv,.x .+ags�s4y.. WINDOW AREA : ®giasa size Q unit „size FOUNDATION WALL. -BELOW GRADE: Cz7 wcxt4 @ /.so ts.00 �2� -• Kcw2q 11_ y �,.. 2 2 9 2 _ ti r S47,S , . _ co ecN t3 a 6ZY - 4•y (11 3.27 3 2� (1) .24X,`{gst:.teby I6.o� Do (t KcN 44 P @ Zai:'i (3), -ec tr.40.26t 30.450 tug—it Itlo.ia. sq. ft. 5`t7 S �sq. ft., DOOR AREA , _ FLOORS OVER UNHEATED AREAS: 39 . (a 'i0 . o sq. ft. sq. ft. CEILING AREA: NET (OPAQUE)WALL AREA: OTHER: Pc-+t boos OTHER: Cloy_ $; t . .. 2.8'x - (cites .00 �Oa. W a►t l4ton.00 Zo X 25' = SOo , oc , • • Ito K la' = 2$a. ►8215 IJ = f82. W■MApY1 116.12 ( (e _ 34 o O Oonc% 40.00 Isb.L 2oq .4S Q.�;.Q..cs 5 1 ,8 1 2[o AS' _ 5 ,qsJ , 14= sq. ft. I sq. ft. 51.83 sq. ft. tBa., sq. ft. Form No. SBD-5518 page ir INSTRUCTIONS: Calculate R and U values using TABLE A -4 in Dwelling ,. . ',Code . Book., ,Separate .calculations for. systems having the same insul -. • 'ation but different interior or exterior finishes is not necessary • ry s provided the' System?. with the lowest R: value is used in the System ' y Design or Accepted Practice calculation. - ' wa • t ype 1.... type 2 type' 1 type e 2 1 yp cav sol cav sol x 'oa Z cav 'sol cav sol exterior film. =: 17 �'� 17 1 exterior film .17 . 17 '.17 �7 - siding 75 - . s .7,:F ext. finish - insulation � sheathing '. , , , . - - --•-• -_ � ' •insulation ...: . . 13 Y; xx , - xxxx - framing , • xxxx 4,3$., xxxx framing xxxx 4.18 xxxx -- ,-` insulation = 3 8 2635 int . finish of s :4 >` _ ''‘'t int.` finish ,ss '° :55 interior film :68 ° : °68 68 :68 ' "interior film .61 -- . -- 61 :61 61 -` -: TOTAL R 2t2S 11'1 ` • '. TOTAL R 39.33 32.bf; " U " = 1/R .044 _ 073 i " U " = 1/R .:, a, .025 ,031 ' t ab ove : grade walls (3ox S: i l � x. f Oc cav sol exterior film .17 ,.17 .17 .17 exterior film ,ti • ext..finish ' ext. finish - masonry . . 8 8 4 wood insulation 5 .4 int. finish - WoeciL .f. >..:. 1.81 interior film .68 68 -68 68 int. finish 13,c ...., Insulation 5,41 interior film - • TOTAL R `t, 14 'T OTAL R 20,4 it Un = 1/R ,14 0 n ' Un = 1/R 049 asemen if lst "•thru 3rd foot 4th foot below grade below grade to basement floor no insulation • 288 . 094 walls R 5 rigid board. .113 .063 ___ R 11 fiberglass .072 -.048 w/ 2 x 4 framing floors no insulation .025 025 * includes air film, wall, insulation & soil page 2 3 T3 CONSTRUCTION HEAT LOSS 1 AREA "U" TD heat loss i BTU pew hog. :.,, t e o.os ' . 0 45 Yp cav: (�_ 125 .. �—f "� 10 (22,54 �5 1� (�y .2Z .. S O1. ( 1 �5O .os x 15 %) 1 6 1 . 5 1 •013 85 l , 1103.50 :tea its type cay. ( x �) 2 'sol,.( x__) type cay.( 1943 x a3 %) 1341,g9 ,ot,s 85 2,851,13 roof :Sol ( t4tt3 x 7 %) tot,,) ,031 85 206.16 type cay. x �) 2 sod.. ( > ' x %) 6 . T _,., _, 1 above grade walls q1,2.$ m 85 1 085,94, n , 2 below grade(3 feet) 1 ,4o, 50 31 $3z ,s0 3 ... 7 v -. , windows � , . 1 id ..v,,. _ - :_ , too, . ;4b. 85 3,9t�1,(,9 Eias :;s 2 ,.: ,., patio .:doors..._ ,.- >�:.�.....� 5, a3 ° 8 $S , 2; t9 � , 2fo . . 5 1:at vJ, .a.d.o...rS 1U. 3 7 0 o .sy 85 "t 3`l ,40 d ���� 1 Steal tJon�s yo.v 35 .1 8S 454.00 a thcr 1 e"'s 5:" 181.5- .O" SS 1teo.11 '-. ti' N+•+ ux.*w.e +Y+.iennnM++yat+H: -.".'a .nv ..n.......3c .. ww.+re.. ..'4 .• 1°btr'F -»Y - xW *.iFJOF.l6'.JS?`: 'Y.-_R a,':K -t ..:(sA }m ",ni.i./.: ;. ax.alMSl:.a. -:r. s.e M .. -. Q 21 CODE .COMPARISON -, :.,� ...: , ,,, . z_ -•;- -n, ADJUSTMENT FACTORS COMPONENT AREA CODE '„:= ,. TD " B TUH ' FOR WOOD.FRAMING U cc studs , joists walls above fdtn ttsaos .1?.„ $S t2,15 12" 20% 10 walls - above 'grade ,.;:.,.. ,- - 16 15 % 10% fdth. above grade 94.26 . 25 BS t, 9%9,0f 24" 10% — 7% fdtn above grade - - fdtn below grade(3, 541,s_ .20 So 5, M1S.0o u4..... -, roof /ceiling .--d-- • ` 144 3 9 S� .02 - .3, s5 f30x S; tl 482.5 . 12 8S 1 6 tat.5o ALLOWABLE HEAT LOSS 2E, 59,0? COMPONENT AREA "TO ** TD * BTUH IASS w all " ate s more than 3 feet m. below grade SZ1.25 ` ,o9H 5o 3,859 ,66 t �ti o . floors t�t�t3. o 02 s p I, g *TD = inside temp. minus 20 degrees HEAT LOSS 5, 6(3.61 **From table on page 2 2 rage Ac _ . ` INSTRUCTIONS: for completion of acceptable practise method, please refer to Uniform - Dwelling Code, Chapter Ind 22, Energy Conservation Standards, Appendix Tables A -1,2,& 3. { WINDOW GLAZING: Single w /storm DOORS; nsulated SIDING: wood(R .77) WALLS ABOVE .---- <« - -, Insulated glass - - n -- Solid wood �alum(R1.82)` FOUNDATION x [ P pane a . ninsui w/storm -' ., �''' WALL . , .. «•' K _.s ., ^<SJ,. *RSWS: 9.1R.` .'!'ebA -x N • .L -,_- - ) r ' x7'"+ *,r:9c ; s + 4• -7,' .. - g ..:, t ' .a. Cv+'S x. eh. ,..,,e :,, .,.,•.. -a', sue.., .. •, n.. .A. . ' -. .a ,..... INSULATION TYPE: •` WINDOW AND DOOR AREA PERMITTED % GROSS WALL AREA(from worksheet, page 1) = square feet. GLASS /DOOR AREA(from worksheet. page 1) square feet. l PE WINDOW /DOOR AREA = glass /door area tea PERCENT: WINDOW /DOOR AREA 7 < a ss oor rea gl/d a * gross wall area = • f % ' ' �.. . :,.ant. _ • , k .:. w. - INSULATION TYPE : "` ._ '- - CEILING R VALUE (per inch) s .3 (P $ :) in cavity ",o r REQUIRED THICKNESS er table A 3 "over framing F OUNDATION 3. WINDOW GLAZING las Ingle [=single w/ storm Qinsulated (double) ° 5-t_ -4- ..,.. w.w_ _.,_ _ _ INSULATION TYPE ._.,; _�_�. _ .R VALUE M EXPOSED FOUNDATION AREA(from worksheet, page 1) = square feet (walls , must . 4 ,... g ) _ : -. ru <.1�.- q ��.'; TOTAL i�' OUNDATION'AREA(intlude�s'=above & "below rade s uare feet be insulated PERCENT, EXPOSED.. -.R ,1._:_, j to be in con- , xpased,.foundation � . total fdtn . . _. square feet �'`„ PERCENT WINDOW AREA PERMITTED(see Table A -2) _ , percent(%) formance) - 5 '' > .- '. ,.y . , .''. :::N . '' PERCENT ''WINDOW AREA (window a .* `e'xposed* ' area) - percent( %) 'N oit c'izz M 4. 4KS*" �7Y i �Gp. m VOLUME CALCULATIONS z ..., * LEVEL , `' VOLUME - CON. TD A /C* BTUH HEAT LOSS . W43x I3,1S , vt,(02(.,25 Basement - 12 61..;tS •018 . So ,S S, Gal , 8I 1443 Y B•oo' 11 , 544 .D° r - . Level 1 }�,, _ . +.M.•. 7 00,00 1Z, - 24�t,co .018 �5 t P� 133,�2. .018 Level 3 Y . .. .018 • *AIR CHANGES. Recommended changes between .25 and 1.00 INFILTRATION depending on type construction, number of,openings, HEAT LOSS 24 Ltts,ci weatherstripping, caulking etc. 4 _ - ALLOWABLE HEAT LOSS (from page 3) 2, 5-13 3 , 01 � TOTAL DWELLING LOSS S`$, htnl tat ' INFILTRATION LOSS (from above) Z4 , 4 IS , ■ 3 x 1.15 BASEMENT HEAT __LOSS (from page 3) 5 ) (,63 � 63 MAXIMUM FTIRNACE SIZE ( o l I. loy TOTAL DWELLING HEAT'LOSS: S5 ( % , `a3 FURNACE SPECIFIED ©, Ooc> Q +t� * >_ - * Furnace output 4 .01 ts al e dO • 40. _ es by` . may Gas C Oor nrAzt 0•Serl C.G.A. RATING, BTU /HR. EXTERNAL STATIC MODEL 0' -2000' 2000' -x500' AIR VOL. MAIN INDUCED E PRESSURE C M. BLOWER BLOWER 25" W C. 50" W.0 - - - -_ = = , INPUT OUTPUT INPUT OUTPUT W x D. W x D. Pulleys Motor Pulleys Motor 70 °F T R IN . IN H P H P I 1 HCS 90 H 90.000 85,900 81000 77,400 1,136 10 -10 11/32x65/16 31/4 x6 1/3 3' %4x5 1/3 I _ HCS 80 (1-1 80,000 76,100 72,000 68,500 1006 10-10 1 1 /32 x 6 5/16 31/4 x 6 1/3 3'4 x 5 1 /3 j —1 HCS 70 H 70 66,300 63,000 59,600 877 10 -10 1 1/32 x 6 5/16 3 x 6 1/3 3 x 6 1/3 i HCS 60 H 60,000 56,600 54 50.800 749 10 -10 1 1 /32 x 6 5/16 31/4 x 6 1/3 3 x 6 1/3 OTE: TEMPERATURE RISE FOR UNIT APPROVED AT 55 85 °F CFM SPECIFICATION BASED ON SEA - fEVEL (H) - HIGH AL'ITUDE MODEL CABINET, IN 'ETURN WARM VENT MAX EOV AIR GAS CLEARANCE IN 8 MODEL WIDTH DEPTHe SE -t S -2 BACK ® W HIP .. D AIR AIR DIA. VENT FILTER PIPE TOP FRONT SID 7 ._ FxG DxE IN LENGTH IN. DIA. ■ LBS A 8 C FT IN 1111 ... HCS90 H 20 29 6x25xt ®� 1111.1 52 14 x 22 18 x 19 2 60 PERM) 18 0 0 250 HCS 80 H 201/4 29 52 4 x 22 18 x 1 9 2 60 16 ∎PERM) ®IIII 18 11111 6 0 0 250 L 1- HCS 70 H 20'4 29 52 14 x 22 18 x 19 2 60 1 (PERM ) ®MI 1 �� 0 0 250 �_ I HCS 60(H 20'4 293/4 52 74x22 18x79 2 60 1-- t F IPERM) 18 0 0 250 � L t L , I - G OTE In the U.S A before purchasing this appliance read important energy cost and efficiency information available from your retailer • new heating system s a major decision.... 4.x. ake it wisely consider , ■ he advantages of... DUDmRCIC om en Duomatic /Olsen roduc p es a complete Tine of gas, oil, electric, combination and solid fuel heating P.O. Box 900, Tilbury, Ontario, Canada NOP 2L0 systems. For further information, contact your Phone: (519) 682 -2062 Telex: 064 -78553 local distributor or contractor. ales Offices nited States British Columbia Quebec 42 Harrison Road 13281 Comber Way 8200 -8210 Avenue'de I'Industrie omulus, Michigan 48174 Surrey, B.C. V3W 5V8 Ville d'Anjou, P.Q. H1J 1S7 hone (313) 946 -7880 Phone (604) 596 -6221 Phone (514) 354 -4896 AVAILABLE FROM: ■TE. All specifications are subject to change without notice Panted in Canada PERMIT NO. ! 7 APPL. DATE ! ` ,/ 8 g � ADDRESS ,2.6 ,3r frlito n rC`Oi'r P/a OWNER Kj") / 9- go NATURE OF WORK //_/ F1'!w,," Al,p 4 y - HEATING CONTRACTOR AP/ C / FUEL: qP OIL ELEC SOLAR SOLID CONDITIONING'?eitORCED AIR H.W. ELEC. BASE STEAM SYSTEM GRAVITY SUPPLEMENTARY AIR COND. CHIMNEY: "B" IRECT NT CON. BURNER CALCULATED HEAT LOSS CALCULATED YSTEM BTU RATING MISC. INSP. ROUGH IN FINAL /l /.y� EST. COST�J, m7 PERMIT FEES-.S'.� A PD /j�( REMARKS / <