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<br />LOAD CALCULATIN,G FOFlM HEATING & COOLII\JG <br /> <br />SHORT FORM OF MANUAL J 1967 3rd EDITION, 2mJ PRINTING <br /> <br />BASED UPON THE MOST COMMONLY FOUND CONSTRUCTION FACTOR~ <br />(IN THE TAMPA BAY AREA) <br /> <br />CUSTOM€RNAME Ridyt' !JU/tdt"I"F 12090 <br /> <br />r ITEM SQUARE <br />- FEET <br /> J. WALL - GROSS AREA SQ. FT. I fJ 1./0 <br />...1: GLf,SS 'AREA SO. FT. <br /> DIRECTION -- <br /> N <br /> NE i1nd NW <br /> E and W Cj(1 <br /> SE and SW <br /> 5 - <br /> - <br /> r.1 ASS DOORS <br /> OTHF"Q DOORS -:?~ <br />r-' GLASS AAF"A SO FT. <br /> . TYPE: <br /> ,..,n, la, r: HIINr. <br /> .........,.. ,,, u....... <br /> F"I)(F l) nr P'CTIJ RE <br /> 'III f\1IC:1l:' <br />I r.I ASS DOORS - <br />I OTYER DOORS <br />I 3. NET 'iiAll AnEA - SQ. rr. <br />, FRAME, LATH & PLASTER No Insul.1ion <br />; <br />I SAME 1 ,/, - INSULATION <br />[ SAME 2" INSULATION <br />SAME 3" INSULATION <br />MASONRY - BLOCK or BRICK <br /> PLASTERED or PLAIN <br /> FURRED. NO INSULATlO~ <br /> FURRED - 1 '12" INSULATION C/21 <br /> OTHER WALLS SEE MANUAL J <br /> ,1. CEIU~EA - SQ. FT. <br /> UND~R UNCONDITIONED SPACE <br /> 1'1lYJN!iJ LA TIO,.. <br /> ~;; IN SU LA TiON <br /> ___-L,;.,...__ I () /. V <br /> fi" 1:.,SULATION <br /> -Ro6..: ::.. CEILING COMBINI\TION <br /> - NO INSULATION <br /> 2" . INSULATION <br /> 3" INSULATION <br /> OTHER ROOF - CEILING. SEE MANUAL J <br /> 5. FLOOfl AREA <br /> OVER UNCONDITIONEO ROOM <br /> OVER OPEN OR VENTED SPACE- <br /> (SQ. FT,)- NO INSULATION <br /> CQ/<CRfTe SLAa - NO INSULATION J 1(} <br /> -- OTI1ER fLOORS. SEE MAhUAl J <br /> VE:'lTlLAflON (NUMBER Of BEDROOMS) -:5 <br /> PEOPlE (NUMBER OF BEDROOMS) J_ <br /> APPLIANCES ALLOWEO <br /> tIOTE: ON PESI:;TANT HEAT JOBS <br /> DO NOT rhCLUDE S% DUCT <br /> LOS" JUST TOrAl COLUMN <br /> Of S TliH. <br /> .EQUIPMENT SELECTIGN <br /> Z 1O~ Rflt,i 11/ f? <br /> <br /> HEA-nNG HEATING <br /> MULTIPLIER LOAD <br /> BTU/HR <br /> 30" Df51GN TEMPERATURE <br /> NOr <br /> USE!) <br /> IN <br /> HEATI~G <br /> 7n" IN~IOI= 7~' IN!;'IOI= <br /> 4n" Tn 4~"" Tn <br /> . <br /> - <br /> 60 65 <br /> 1nlli 110l. <br /> r;r; ..60-.:...._ <br /> 'Inn ':I4n <br /> 1M 1t0l. <br /> 95 110 <br /> 11 1"'1 <br /> 4 Ii <br /> 4 4 <br /> ':I "'I <br /> 1Q ..22..-. <br /> 1~ 14 <br /> 5 ,. <br /> .. ..-- <br /> .-- 24 ~7 <br /> ~~ 4 <br /> 2 ~ <br />~- <br /> 1? 'A <br /> 4 4 <br /> ] ] - <br /> (Sa. n \ ,. ,. <br />(Sa. ft \ 11 -1.L <br /> An dOl. <br /> QllO 1 (IOA:-i'"' <br /> .. <br />.. SUBTOTAL HEAT LOSS <br /> DUCT LOSS (.05 . SUBTOTAl) <br /> TOTAL HEAr LOSS <br /> -- <br />\ --- --- <br /> u:m SHOULD liar EXCHD <br /> 125% Of TorAL :.Oq BE LESS <br /> THAN 100% OF lOTAl (-) <br /> - <br /> <br />DATE.J::-J- 9 Y <br /> <br /> COOLING OCLlNG <br /> MULTIPLIER LOAD <br /> BTU/HR <br /> 75. IN!';IGE: TfMPERATu=<e: <br /> 95" DESIGN TE:MPERATU~E: <br /> SHADING <br /> NONE INSIDE OUTSIDE <br /> 35 25 30 -- <br /> 65 40 30 <br /> 9Q 50 30 " F/"O <br /> 80 50 30 <br /> 50 35 30 <br /> uc;r: fACTIJR fRC\1 ASOVE { I <br /> 13.5 ;('/.7 . <br /> NOT USED IN <br /> COOLING <br /> - <br /> I <br /> .. <br /> R.O .-3 <br /> 4(') <br /> ~.5 <br /> ~'1 .- <br /> ..,. <br /> - 9'5 --- <br /> 65 <br /> 3.5 "?7 '2 7' <br /> DARK <br /> 10,0 \ <br /> .,C .-- 212fT <br /> '0 <br /> 1':1 n <br /> 4n <br />-. <br /> ---3.0 - --- --- <br /> , <br /> 3.5 <br /> _. '\0 <br /> .- <br /> 00 - <br /> .- 7720- <br /> .14" <br /> . 5:10 I~e~ <br /> 12Cr' <br /> -- <br />SEN'i19LE HEAT (jA:,'i (rOUL COLS \ ~i~~ <br />DUcr CAlf' (Sr::.S'3lE HiAT r,;'I:-! x ! I <br />r',lr,\L ';Gbl!lU. t'E~r G~;~i <br />'H~,~!C:IIY CO,'!lol (T:tJ1 S~rls,!l'~ l ;~ '":' .- <br />T TilL "'''AT r,~"l ,~ . <br /> <br />.0 <br />\J 'II r SHuLJLi.l H(H t-'l,HD 1I~~o <br />Of TorAL "OR BE LESS THA!'f 95% <br />Of Tor,\t Z/..j12 /JrV <br />, <br /> <br />~~ <br />y~J <br />