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Home My WebLink About2131 FARADAY AVE; ; 87-175; Permit1/) z 0 ~ c( a: :3 (.) w 0 a: ij a: ... z 8 a: w 0 _, 5 ID ii:' w z ~ 0 ~ 1/) z w 0.. :e 0 (.) !.'> a: w !Joi:: a: 0 3: ~ ![ hereby ·affirm that I am licensed under rovls)Qns of Chapter 9 (commencing with Sectlon\7000) of Division 3 of the Business and Professions Code, and my license Is In full force and effect. I hereby alfirm that I am exempt from the Contrac-I tor's License ~aw for the lollowmg reason (Sec 7031.5 I Business and Professions Code: Any city or county which re-quires a permit to construct, alter, improve, demolish, or l ~1Fc~i~t8rlr s!~~~u~:r~iti~6~~l:!s ~s;~~~~e i~:fe~~~~rr~a\h~:~; f licensed pursuant to the provisions of the Contractor's I License Law (Chapter 9 commencing with Ser,tion 7000 of I Oiv1s1on 3 of the Business and Prolessions Code) or that is ex· I empt therefrom and the basis for the allegea exemption, Any violation of Section 7031.5 by ~n applicant for a permil sub-! jects lhe applicant to a civil penalty ol not more than live hun-dred dollars ($500), I I I, as owner of the property, or my employees with wages as their sole compensat10n, will do the work, and the struc-1 lure is not intended or offered for sale (Sec. 7044; Business and Professions Code, The Contractor's License Law does not apply to an owner of property who builds or improves I thereon and who does such work himself or through h1s·own employees, provided that such improvements are not intend· I ed or offered for sale If, however, the building or improve- ment 1s sold within one year of completion, the owner-bmlder I will have the burden of proving that he did not build or im· prove for the purpose of sale), I fJ I, as owner of the property, am exclusively contracting I/ with licensed contractors to construct the project (Sec. 7044, ~~!~~~~ ~~r a~~~~efg~;~;;:,e., p~~~e~t~n~~g'g~ifd~'~;f~~ I proves thereon, and who contracts for each projects with a I contractor(s) license pursuant to the Contractor's License I ~w~~ a homeowner I am ,mprovmg my home, and lhe,follow-II ing conditions exist: 1, The work 1s being performed prior to sale, I 2. I have lived in my home for twelve months 3. rr~!v~ ~~TP~r;:~3' t'~,'; :~!~pl1on during the I last three years. D I am exempt under Sec. _______ , B & P.C. ,, for this reason I hereby affirm that I have a certificate of consent tol e · ure, or a certificate of Workers· Compensation ln- ,r ~urance. a certified copy thereof (Sec. 3800. Labor Code) POLICY NO, 'O Copy 1s flied with the city D Certified copy Is hereby furnished CERTIFICATE OF EXEMf'TtON FROM WORKERS' COMPENSATION INSURANCE T I I I l I (This section need not be completed if the permit I 1s Jor one• hundred dollars-($100) or less) j D I certify that in the performance of the work for which J this permit 1s issued, I shall not employ any person m any l manner so as to become subject to the Workers' Compen- sation Laws of.California. f NOTICE TO APPLICANT; ti, after making this Certificate I of Exemption, you should become subject to the Workers· l ~~~~~~;~~~~1~'~r:~i~~~h 0;,~~~s1~~~0~r ~~~~Pe~~~t ~h0:i! f be deemed revoked. I l I I D I hereby affirm that there is a construction lending I agency for the performance of the work for which this per-f m1t is issued (Sec. 3097, Civil Code) I Lender's Name _____________ I Lender's Address _____________ I I I ----··--. -···· . -·· -·--· -. ,. ___ ...... -APPLICANT TO FILL IN INFORMATION WITHIN SHA~D AREA AND DECLARATIONS. - CARLSBAD BUILDING DEPARTMENT APPLICATION & PERMIT \ 2075 Las Pal.mas Or., Carlsbad, CA 92009-4859 (619) 438-1161 JOB ADDRESS --AV, ST.RD, NEAREST CROSS ST. I DATE OF APPLICATION! BUSINESS LICENSE # ?47A11¥-PERMIT NUMBER '"'2...{~ 1 +-A:-~k:b A--'-4 -s==lr--8"7 / ~z BLOCK \ .I 'SUBOIVISION I ASS1SOR PARCEL NO. CONTRACTOR CONTRACTORS PHONE# ZONE i1 ,' }1~ 7he ko!I f2115fru.cf;6AJ ~-lo IC/-29 z.-55"fcJ OWN~R'S NAME l OWNER'S PHONE The ko l I {1, h\ 1)14-,v (./ (/) ,q_~ 2?'2-S'~c;'t) CONTRACTOR'S ADDRESS STATE LICE:NSE NO. \ iJT:?:r-?GE '7330 Ent?1AJeer ;f&.4c/ L/'t/751 OWNER'S MAILING ADDRESS I .J 73.~c Eno/~Ner Kand DESIGNER DESIGNER'S PHONE 73re{c!c-,1. IJuJ /lrcA, 'f-ec/2 lln tC/-l/81~117e 0002 05/08 010 DESCRtPTION~OR\,t~ T.m"'ll . -/ 02BldPmt 42336-l: €/()/4. Ytltlt·-·~· 7 DESIGNER'S ADDRESS STATE LICENSE NO. fl=-Etc 1 II 575 SJrrr11rfa 1/4/k,, ~Ad E-~ ...... -IY':1 E4 ---·-F/P FLR ELEV. NO DCC GP tEDU ~ .. '1"'-rt ~ (2_ ~ &..12~ STORIES '"2,.-V v YO NO \ PARKING SPACE RES UNITS \ GRADING PERMIT ISSUED \ REDEVELOPMENT TYPE DCC LOAD FIRE SPA AREA CONST YO ND vO NO ---v,O NO Not Valid Unless Machine Certified 9J~-PLUMBING PERMIT· ISSUE 7 Sr QTY. MECHANICAL PERMIT -ISSUE 4&aa ~ SUMMARY/ACCOUNT NUMBER -,,~ r,EACH FIXTURE TRAP uc.-rz;; "TNSTALL FURN. DUCTS UP TO 100,000 BTU 7/J'O. -BUILDING PERMIT 001·810-00-00·8220 "7.-,,5-5 - / EACH BUILDING SEWER 'L--<o OVER 100,000 BTU I SIGN PERMIT 001·810-00-00-8221 . . . ,( EACH WATER HEATER AND/OR VENT F-7~~ t;:t:: BOILER/COMPRESSOR UP TO 3 HP PLAN CHECK 001-810-00-00·8821 /O(p7-,,,, -777, .z:::k. EACH GAS SYSTEM 1 TO 4 OUTLETS BOILER/COMPRESSOR 3-15 HP ' TOTAL PLUMBING 001 ·810-00-00-8222 EACH GAS SYSTEM 5 OR MORE METAL FIREPLACE ELECTRICAL 001-810-00-00-8223 lHi_z::_ EACH INSTA~ .. ALTER, REPAIR WATER PIPE . VENT FAN SINGLE DUCT MECHANICAL 001-810-00-00-8224 '/.fCi ------· ;( . ~'-' -I EACH VACUUM BREAKER MECH EXHAUST • HOOD/DUCTS MOBILEHOME 001-810-00-00·8225 WATER SOFTNER RELOCATION OF EA FURNACE/HEATER SOLAR 001-810-00·00-8226 ./ ./ EACH ROOF DRAIN (INSIDE) DRYER VENT ·STRONG MOTION 880-519-92·33 .._Ji."-:-:{.; TOT1<L MECHANICAL FIRE SPRINKLERS 001-810-00-00-8227 TOTAL PLUMBING I Tl/Sr -~ i-0 /S't/,,,, PUBLIC FACILITIES FEE 320-810-00-00-87 40 /' MOBILE H<;_~~~"\'~.,. I BRIDGE FEE 360-810-00-00·87 40 ..r "1-¥,¥--QTY. ELECTRICAL PERMIT· ISSUE ,:\ 00 QTY. , PARK-IN-LIEU (AREA ) . NEW CONST EA AMP/SWT1BKR $( n/J f4.ttJ!) -CAR PORT , I"'" _j Y' ("\ \t;\-0' TIF 134-810-00-00-8835 -, .Tl~.# ----,--, ~ -- 1 PH· ~ , AWNING '-I' • \) Q ~ ~~"'--,\.C:>· LA COSTA TIF 133-810-00-00·8835 EXIST BLDG EA AMP/SWT /8~ GARAGE \\) \.-~o..\..• '-.:.,r .. ")~·~. FMF ··-. 1 PH 3 PH lit \Ir ,~':i :,•· LICE_.blSE TAX 001-810-00-00-8162 l'K /:, o/7 .:::. REMODEL.'ALTER PER CIRCUIT .. t.-'1 u·.< ~~v MFF)\, 'V'2,,-J< /-('1£)880-519-92-57 J:3o?n - TEMP POLE 200 AMPS "'·~~\}."C."'' I , OVER 200 AMPS ~1'.~~\,V" TEMP OCCUPANCY (30 DAYS) .. . . CREDIT DEPOSIT L Jv-n,., -~ TOTAL ELECTRICAL I t/-o~-TOTAL TOTAL FEES PAYABLE I l/-~~~ i_t i.., I HAVE CAREFULLY EXAMINED THE COMPLETED "APPLICATION AND PERMIT" AND DO HEREBY Expiration. Every permit issued by the Building Off1c1al under the prov1s1ons of this * AN OSHA PERMIT IS REQUIRED FOR EXCAVATIONS OVER CERTIFY UNDER PENALTY OF PERJURY THAT ALL INFORMATION HEREON INCLUDING THE Code shall expire by limitation and become null and void If the bu1ld1ng or work \r DEEP ANO DEMOLITION OR CONSTRUCTION OF authorized by such permit is not commenced within 180 days from the date of such DECLARATIONS ARE TRUE AND CORRECT AND I FURTHER CERTIFY AND AGREE IF A PERMIT IS permit, or if the buildmff or work authorized by such permit 1s suspended or ST UCT\JRES OVER 3 STORIES IN HEIGHT /J ISSUED: TO COMPLY WITH ALL CITY. COUNlY AND STATE LAWS GOVERNING BUILDING CON· abandoned at anv time a tar the work ,s commenced for a oeriod of 180 davs STRUCTION. WHETHER SPECIFIED HEREIN OR NOT. I ALSO AGREE TO SAVE INDEMNIFY AND A~S,:;;r OWNERD CONTRACTOR.9-APPROVE) 13Y i~ffg/ KEEP HARMLESS THE CITY OF CARLSBAD AGAINST ALL LIABILITIES, JUDGMENTS, COSTS AND EXPENSES WHICH MAY IN ANY WAY ACCRUE AGAINST SAID CITY IN CONSEQUENCE OF THE ,. ~ . I .. BY PHONE .0• \ . ', '>.. ,' GRANTING OF THIS PERMIT. . ,-, . . . .J 1 .. ~ .. t, ", . ·r ... ._,_ t .. ·--:-\'t'f r--. ~::.-·-:.. -..:.r~-\ ' ' '"~'"'Jt,(·;,c .. z . ..:. :.r~---.-,.,.-:::~/; ::, . ',;''. :i, .~ ·-; '.'" ~ 'f!.7 -I frS _. _ ·· · . ' · _:7~s \:~ \~£ :~) , -··-.,_.,,. /JYPE "BUILDING- --:-/1.·,-~o~i,r ,_ T ~j~~e~¢tort= r '.,t . "'" 1_~-\ . "<::";:- -~'>-':-J/ ,:,\:,{~\(~t . . , ~gQ_N t';>~ t19r:.1._;;:, . · t i~ l:} f . ·".'' ... ,,, MASONRY , R_E;jN.i=;C)RGED &tEEL JJ ,::. :.;::: ... ,. : ; ·_ ···-··· .. FIELDJNSPEc·t10N FifooRp · 'i · HEQUIREP $PECIAL ·INSPECTION$ _____ ,r--:, ... ------------' -'-'-----~---------=------~---_,_ 't · . ·GUNIT:E OR GROUT J. _ :./:·)~~~;f~~fv1~j;JJi;.;Q()R .. ~: -~·~'.r'!·:"':"4" _ -, . ;?OILS .80MPLl~NGE /,.,, , "1''-' -~~--_. -~---1--REO. IF-r INSPE<;;TOR'S !NSP!=CTION -OHECK~D · APPROVAi;. /·, : ; ~.-,--,, ···.-·: ,, INSPl;:.QIQ8'§,f.!_0TE_S_ \ 'i,' ',:.:.;; ~-.',......,, . -=-A').. .i'"",.f,! ;) ·•1~- QATE ':< \:~~~~~;~-~7--,, . -··-,--;;_ .. "' ,, ~, ~. -·· -:·-SHEATHING .·.·;T:l:ROOF · ··o s1~EAR . · PR1mno · ""~·11;:,.... ....., ~-.·'··a.,, .• ,,·_.-: ..... :···': .. ·. · · · ·,.: .,. FOt:JN0ATl0N.INSP-'.', ·~(i:;.. ·--·• ~ ·fBAM!: .:-L'\ .,, .. -· .. -: ·. · . -_: · : -__ . '!;..",::.,.;P..:t:_~/,·.. ,,; · · ,,.: , ,._,-/\ -... --,.-:_~"\~-i'.:..:¢_1:;.: fi .. -'"' ,., .. ,.,_ """:--., STRUCTURA½CQf\jC.fl,ET.s '-";, ... --~;,H.~ y: .. J"·· .. -}·.'K \~~ ,,.;;,· ":-'_,· .". L :, .-:1;:X:,ll~RIOR·!l.\"Pf:L .·... · gv~Ff?Qqopsr. · · ''.<' .··· ·~u:;>· _ _ .. __ ,.•._ · . · .. . .\t~ ~;l -:' ., .: -{'_ .. -_/J·' /; . .. '·iNSULATIOt.f>, · , :'PR!,:STR!,:$SEJj • '.:,, , ~ ..... ~.{;:-.. ~'--6:tj;,. -:-'. <\./.·.,: · · · · <, :>. . : ·;/, < :' '. ,·, .. ., · .. :·_ •: : · .. · ,. -, _. :· r· _..co~<;;RET~_. .. ' . •. . (! .' ·~. :,, t-:t":'. ~--~t,~· ·; .. : .. :. --, . . .,.... · · ··i . "!NTER!OR.l:.Al:'t!· /& .. D~YWAk~ ... ,.. " .. :·: :.:_t .. POST.TENSIONED ~-.. . '. f; ,-, . !;-7.'f;,-,-M. _'(!(' • --. ' ,..\ ·:::, -_· .. -. -k .. '·""-'.·,;_yc._t:-f<?Nq_Rs1~-:;<;;;. --t-,~:!'?r·· .-· Jr. ·C,1,'. "..,e, :::~"':,·:-:,:.:-J-": ,-1 ... ··_;' 'P'L'UM.Bl"NG''. . ·;.· .--..::~. FIEL:DWElGING . ,' , . ~-·•i'l" .. I'! . ~ ~-. '; -,';, ,"' ,. • ' -.. -, ' ,.~, t ~, -~--."'·~ .. ""!"-,""~--F> ~ • • • ,_',, ··--....... . :Cl :SEWER -ANtf BL/Cd' . o. I UCO . HIGH_ STRENGTH ~ --,~:r· t, ~. . . ,-;\:,j-\_:~--;'f--, .•.. ·· .. -•. ·. · · .. " .. " .".BOLTS · ... ,,, ·'. . 1" '·<:t ·-""""" \. , .. ·' I r l:INDERGR6WND ci WASTE [ WATEB.. .... -" ... -· .. "'·'·· -.c:-. ...., . • '· · '--· .\ .• , ' ) :, .. · · ;0-p,~i'.i~t <.:'--6\,visf{ 1>; · · 0 )JAfER ·. -· spec,~t Mllbi~--_ _ _ _ _ · -~1"'' . \ =.:~ If · TUB ANb Sl46WER PAN . -~"'.".~-l. :;,_ -~ .e:·~--.,: _ •1 : : -~AS t~ST.: >'~ __ . . . . .· -. ~':·:.i... __ I PltES Cft.lSS()NS -~I : ·: I. J . I ~ '-~, .-;--... --~~~ .. ,~' ·\r, .i l d' ' L r l '· 1. :~- (. ~·- '.: ·O-WATEF{fi$A1JR -. ~~ELECTBICAL .. , -' . .::,, d -ELECTRlC. UNDERG'l=tciUND .tfi UFF'ER -·~'- .. ,. . ... , ' _..,_, Rbi:Je•f E4EG!l:fid -. ' .. , _ {' -_ .. -\. p E._LECTRI¢ $ER½IPt. )j. TEMpgRA;@Y? . ,..:- ' "~--~ \~.,...:s_::·-..,,,~-i-')I,~ t:"", ~?;; ~ ~. • ,_>., \_; • l_'-'t'o} '.' ' I D:'~ONt):it:l'G·.: ... tJ.· po:ot. · -;~( ~¾ --.. , .... J.3--...... l,t~-_.'._ -...,,-..... :;. :: ~ ' ~ ", _,.,.,_ .... ,t ~--;:-'.- ~~v ~-.,. ,\., -~-, ' -,• ~ ' . \'\ \' ~. I ':·,.·~~ :)\''-·'\"s'-_-~ .... --" 'I. "\-.,. '; '\._~\ .. ~-. ..,_.,.• .... \,~~ -~~ --~ .. ....,:._.::..\ ~t ... ,,.. .... t . . -~.._ _;\~ :~ . ..,,.~ -~~~~~-~:'"•_;,', ,' ,,-, -!;"" . :":. '. -c~\ .. M-~C~-Ar-J~.CAL .: . . .:,. -"--1 "' t ' • ,;;_;_.-.:: f~ ... ~~~-.. ,. " .... , ·'. ·-· -r~c":~-,----',-_,...,;_ ·"'""·--*----""-:.-'---'-'--;---,:.7'-'""· ,~-7""--~-i----'--,'~-'-,---"-,-+---:--:c...,._...:...._~..,....,...~......:,....,~~ [H;J· ·e· -DA._ ~~T !,PR,bc··~o~ ;;..D· ·.s<Y[JS .. ~T:~E-~M\'.SPI F] N ~ . " """· ·:,-v _:I,.-"-;,.-t)S I:::::':. . t:(\ 'D?. ~ . . .~.'-::.' ~~>~--. • . )I. ~ f'!\.. ' . .,. ~ $ : • (-..., • )' , • -\ ~ _.,._ ' " T._\ -- .• -, '.". · """ ',· _' .... --· ·.· • "'-' l .. ~-~-r.':·:•~\-.,\,·,.'.~ .. ~---,., ·' . . . ',. ' . . VENTILAT.ING SYSTEMS . ¾: f ·:-··-.' ' ~ -" ' • . .. ;_'.-:-'--:-:-':.., c' .,:',.,; ·, h X ',,\ \.,.Z -...v-\. I , ' _': -. <--~ -.-_, . ' ._,J' I . • • ' -~ ~\ ~-•.\ ~..,!_,,,'. ~~ "", .., .. q.~_.t, -,\ .. ·,.;·\-,v , , ·r-, --, \ . ' . , ,, ·, ~ r,-,, ·,-, \~•v";.,'.'\, \. ·:"7",-\.,\ :'Y,\ -~ .. t.,~,._·,.,t\{ ,.' ,,. ..-".1 1 , ·~ ~ ... • '' J i ~ I ,-•r '\. H '-~ ~ .-• •+ "• -.,-.,J<. "'<, ,_,, , <tALL FbR FINA{)NSPE.CtJON: Wl-f?IV:A:4tAeP-Bc'JPR.fAF.i:/ . ' <• :-:, . -::::' . ; : ' .. ~·~-, .. }t'.'-f, .. \~l \:,~:,,\' \r.1\\~.E-"\::717{.')..-;;_,.,(t' __ ':::i'r"":~~-t\,'-,3!-'";;jo'"::.·-__ .....,,;~r.-;,..r-:-·_-:T\7·'"1 \;--"_t;:'\~:::ti·:::,;,., . .:...,· ,-,-, 'J),:-;;·oo":'·_;'i::5:""'·-0c::-;i;:,.\-;o;-:;;B;--;;-O:;;iT'>,Q,.,-4---;-0""•,.):,-;i:.,.,:;'<"ki*'·t,:"ttl.:.+.f""'· ,*j~~-:u.~_:;~~;..4;~~~,..,.1---·. • A.• • ITEMS ABOVEHA'!flE'BEEN\APPROVED.. . ~'-·. ,, --i,, :": \ . . ' ; ·. • ~-• \. -_ ', . • ·-" ' _. _ -~--': · <FINAL_,_, --:· . . · : .-_ ~ .F;_l_ · ~ :.~>~-;-~1r~: --~ _ _ ~---~ ---\~~() , -i\~\\v::<(, ___ '{~-':-;;~", _ :. \\~\ ~ ~~\: --:---\,. \ .. ;7 ~-i1 ·PLUMBIN·G· ·; ,.,~-·,, • ... ·. '''1 i-1 •· ·r,·,-? ,:,s;:·v ·--.· ·"·:-·· · ·-· .,.,,, ~-·-'" ,. ~~~C-i:fit6:~i '. ., . ... i ,:;:;' ·. . , . --i\i -< '', ·: "\:c-:.\A•C ~) · \;; , .. -, ~,\~ / G. 1 J --, I MECHANICAL ... : . ' -~ . · ,.;; · "<",-.... • t ·. -i~~~ti()Nti!rl<)Ni(" , , , .,. ' '": ~'/ , . -· -· _.\~} ~-~!'; , , ~\-z . ._ . ---.. .i: ,,..-, -· •.J ., ',_;. .' .. . ·'·l .--L .·:· 1, 1-N .. '\,.,-.,, "·! ~i ... ~.:!.',.,...J-1,, ... : ·~ "->-,,¥~~-.. } _:,·. ':.,•,i•I,, ·-r::.'~·-,_.1~~;.,. :.~ ~ • ··Hl.l'",-1'l,~;.t';,.."1',i.U-"~~;_t,tY-""'1~.~-... , ... -l.:.-1,<,;.,,'i.F'···--·-~:->--~;;,"",-,')_, -,..,...M~J..>""' • ~--~ '"'-·~ -~ic.--~' ,,'. _,.. .. ~-: ,,,J ~-' ,~)<,.:,, , ...... ;:11-,1'/ .,1/,,t.,,,__.,~,,;,_,_, .:.~ ... -,.,!'~·:·J:~~ .... .,,.~,-·',,_,_ ... _,-, ~:r .... -..•.t!),.-.,..;;~1·..,--<, ....... -.: ,.~.-!: :. : .... <'-.:, •.. ',; .. ,ill; ''I/Ii DEVELOPMENT PROCESSING SERVICES DIVISION 2075 LAS PALMAS DRIVE CARLSBAD, CA 92009-4859 (619) 438-1161 MISCELLANEOUS FEE RECEIPT Applicant Please Print And Fill In Shaded Area Only JOB ADDRESS CITY CONTRACTOR'S MAILING ·ADDRESS SUBDIVISION------ DESCRIPTION OF WORK CONTA9T PERSON CITY White -File (• PLAN ID NO. I 0005 04/08 010t OSMisc. 1256-00 VALIDATION AREA ESTMATED VALUATIONt.__71z ~cf ~OT(S)------------+-------------------- F SUBMITTED: 2 1987 ENERGY CALCS FOR NON RESIDENTIAL BLDGS D 2 STRUCTURAL CALCS 0 2 SOILS REPORTS . 2 SELF ADDRESSED ENVELOPES DATE GIVEN/ SENT TO APPLICANT , DATE LA COST A LETTER SCHOOL FEE FORM CERTIFICATE OF OCCUPANCY Yellow • Applicant Pink -Finance Go Id -Assessor FINAL BUILDING INSP9CTION RECEl\JED .JUL 1 0 1987 ·<' ,, PLAN CHECK NUMBER: DATE: PROJECt NAME: _____ 'i._h_,.,_1~_~·_J_1._C_:t ______________________ _ ADDRESS: PROJECT NO.: ________ UNIT NUMBER: ________ PHASE NO.: _______ _ TYPE OF UNIT: _____ ·,_~-_r _o_;_,-,_1-_,-.:_.~_-____ NUMBER OF UNITS: ·. \-1 J1)3'.~(J--~11 CONTACT PERSON~·-------------------------------- trnk CONTACT TELEPHONE·~----------------------------- INSPEC:CEf>~ BY: '. t./-J/ INSPECTED BY: _________ _ INSPECTED BY: _________ _ DATE INSPECTED: DATE INSPECTED: DATE INSPECTED: APPROVED L DISAPPROVED --- APPROVED DISAPPROVED __ _ APPROVED DISAPPROVED __ _ COMMENTS: ---------------------------------- Rev. 1/86 WHITE: Suspense BLUE: Water District GREEN: Engineering CANARY: Utilities PINK: Planning GOLD: Fire a · This is to certify that insulation has been installed in confonnance with the current energy regulation, California Administrative Code, Title 25, State of California, in the building ~ocated at: SITE ADDRESS 2131 Faraday, Carlsbad, CA CEILINGS Owens/Corning 6¼" Certain Teed 6 II Batts: Type Fiberglass Manufacturer Manville Thickness 6½" R-Value Blown: Type Manufacturer Thickness R-Value EX'IERIOR WALLS Owens/Corning 31" Certain Teed 3½" Type Fiberglass Manufacturer Manville Thickness 4 " R-Value FLOORS Type Manufacturer Thickness R-Value General Contractor License# 19 11 ---------------------- By Title Date ------------------------------ Schmid Insulation Contractors, Inc. License# --------221517 C-2 Vice President Date -------- Qtitp of Qtarl.sbab ~ ITS .. --- REQUEST FOR INSPECTION RECORD V TIME:~---- INSPECTOR ___ )11/A. ______ PERMITNO. ~()c~:2~-~/_'7~S° ___ DATE: S -c:;;2D OWNER _________ --=----..,----.---------::-------------- ADDRESS __ --=:-:---::----r=-~~~~~--....f-.!!.'..-...!::::!::!~~-,::::.._A-:=-:-------:--:=------:-- REQUESTEDBY~...!:....!=.i.__-¼~_f<::?:l..<:!!:=----- BUILDING D FOUNDATION D FOOTING D SLAB D REINFORCING STEEL D MASONRY D GROUT -GUNITE D FLOOR AND CEILING SUB FRAME D SHEATHING D ROOF D SHEAR PLUMBING D UNDERGROUND PLUMBING D SEWER AND PL/CO D TOP OUT PLUMBING D TUB OR SHOWER PAN D GAS TEST D WATER HEATER D SOLAR WATER D FINAL ELECTRICAL D TEMPORARY SERVICE D UFFER GROUND SPECIAL INSTRUCTIONS __________________________ _ Ready For Inspection: D Monday D A.M. D P.M. D Tuesday D Wednesday D Friday ESGIL CORPORATION 9320 CHESAPEAKE DR., SUITE 208 SAN DIEGO, CA 92123 (619) 560-1468 DATE: L/ -2 9 -8 2 I 0 A . .l:'_l:!.~::i:Mtr-,--- JU RI SD I CT I ON JURISDICTION: CA/.7L <.. <36 .<:1 PLAN CHECKER OFILE COPY OUPS QDESIGNER PLAN CHECK NO: ft 7-J?,s PROJECT ADDRESS: PROJECT NAME: __ A ......... · __ g_...,_I' =L..=.0::;..._.;/ "'"""-:;..) ..a,.';'--'-ll-'--___ -C_0_1_A_c:.._,, ..;;;2:;;._A-_T-_ore 5 ~,/s 7 ~ I"--/ D D D D The plans transmitted herewith have been corrected where necessary and substantially comply with the .jurisdiction's building codes. The plans transmitted herewith will substantially comply with the jurisdiction's building codes when minor deficien- cies identified -,--------------are resolved and checked by building department staff. The plans transmitted herewith have significant deficiencies identified on the enclosed check list and should be corrected and resubmitted for a complete recheck. The check list transmitted herewith is for your information. The plans are being held at Esgil Corp. until·corrected plans are submitted for recheck. The applicant's copy of the check list is enclosed for the jurisdiction to return to the applicant contact person. 0 The applicant's copy of the check list has been sent to: O Esgil staff did not advise the applicant contact person that plan check has been completed. ~ Esgil staff did been completed. Date contacted: REMARKS: advise applicant that the plan check has Person contacted: /31< c..1 c !$ At-t..... ~ It...) t./-2 9-,~?"7 Telephone # ~v~~I< -hJ --------------------------- Enclosures: ----------- ESGIL CORPORATION 9320 CHESAPEAKE DR., SUITE 208 SAN DIEGO, CA 92123 "er-.c::.'D t3SC,,..1 t-4-\ B\6 t (619) 560-1468 I DATE: 0~ JURISDICTION: Crtf2..L$BV;?(D El,::rU.H.ISDIC'l'~N ~ PLAN CHECKER QFILE COPY OUPS QDESIGNER PLAN CHECK NO: t, r-t -\ ~ S° -.:C PROJECT ADDRESS: 2 \ 31 Y(.{-l'ZA::OA:1:-( f'.trJ1a-. PROJECT NAME: 'gU'.)G,, ~ To':r&L.\7,,.A:--TPY'.c, j D D .0 D The plans transmitted herewith have been corrected where necessary and substantially comply with the .jurisdiction's building codes. The plans transmitted herewith will substantially comply with the jurisdiction's building codes when minor deficien- cies identified _____________ are resolved and checked by building department staff. · The plans transmitted herewith have significant deficiencies identified on the .enclosed check list and should be corrected and resubmitted for a complete recheck. The check list transmitted herewith is for your information. The plans are being held at Esgil Corp. until corrected plans are submitted for recheck. The applicant's copy of the check list is enclosed for the jurisdiction to return to the applicant contact person. rilJ The applicant's copy of -the check list has been sent to: 'S" ~ , 'Sc. o rr-113 30 (s. N. C:::r l VG"b.-v?,,... £:x:,, Iii Esgil staff did not advise the applicant contact person that plan check has been completed. O Esgil staff did advise applicant that the plan check has been completed. Person contacted: ------------ Date contacted: _________ Telephone# tf2__ ---::*--r=----- REMARKS: J.?IUJZ,'f\,) t'.V}'A-IZk..672 CO£¼ a,~ CDn...g..~-uio 1-4 L,s, 19:VQ z $(:TS 0\--0:?J 14::;Q fUfbVS ; GB;Ll.$,. J E;i"c. ,, \46JJ.?l?N G\:r:th;:,Z. It) 1$(:..J L.. Goa?, 0'2 c,114 BY24, j)l::'"ff,, Sm;,1..D 01-..l C,.D(?L:( a:i= Co 12-rz, L..,\~1 By: ::::r;'yy\ <'.2\l-S~1~1-J Enclosures: CD0stf("6, ~~ C.o<ZJc?, ESGIL CORPORATION @) ff\C...G~ 2 ~ /14, °'IC:. ~-f*'-::'2.!E' w~ 6Nt.-~ tS=nJs~ E«-DYV' ''-l'Ro ft\A1>1u-i+1... YV\ \::-~\-¾ , C..c t>E' c..~ ~ ~ 1.2=" c.-r, o !,.J. .S ENERGY CONSERVATION CORRECTIONS -ImRISE OFFICE BUILDINGS (SECOND GENERATION NONRESIDENTIAL STANDARDS On January 1, 1987, new standards, and a new design manual, went into effect to govern the energy design for new heated or cooled lowrise office buildings, {i.e. 3 stories or less). The new standards and design also apply to alterations or additions involving heated or cooled space in existing lowrise office buildings or existing shell or speculative buildings wherein heated or cooled office space is being proposed or lighting is being extended to new conditioned space. The new standards {214 pages) and the new "Designing for Compliance" manual (400+ pages) contain forms and design instructions that are essential to developing a complying design. To order the standards and manual you can contact the California Energy Commission, Accounting Office, 1516 North Street, MS D2, Sacramento, California 95814 {Telephone (916) 324-3014) • . Please address the circled items and, when resubmitting, provide a copy of this showing the page, detail, etc. where each circled item has been addressed. ~ In new or existing buildings a Certificate of Compliance {Form CF-1) must be completed and imprinted on the plans if HVAC or lighting is being extended to a new conditioned space. (1-13 Manual). A Certificate of Compliance {CF-1) is required to be imprinted on the plans for shell or speculative buildings where lighting, HVAC or other improvements will be made by the tenants. (Manual 1-13) @ Multiple Certificates of Compliance {CF- 1) are required to be imprinted on the plans for speculative pr shell buildings, where the final occupancy is not known at the time of the original building_ permit. The multiple CF-1 documents should address the potential uses, i.e. office, retail sales, ~tc., and should apply the appropriate standards to the specific occupancies. (Manual 1-22) .See: 0(3-// -... ~ The Certificate of Compliance (CF-1), Page 1, must be signed in the lower right by the licensed person who is attesting that the design complies with the regulations. (Manual 1-14) The upper left corner of the Certificate of Compliance (CF-1), Pages 1 and 2, must show the name of the documentation author, who need not be a licensed person._ (Manual 1-14) -The owner of the building must sign in the appropriate place on Page 2 of Certificate of Compliance (CF-1). (Manual 1-14) The design entities (electrical, etc.), must sign in the appropriate space on Page 2 of Certificate of Compliance {CF- 1). (Manual 5-4) Note on the plans, near the imprinted Certificate of Compliance ( CF-1), 11A separate copy of the Certificate of Compliance (CF-1) has been retained by the owner and will be made available to future owners or future tenants.11 (Manual 5-4) Note on the plans, near the imprinted Certificate of Compliance (CF-1), 11At the time of permit issuance, the permittee will provide an approved copy of the Certificate of Compliance (CF-1) to the jurisdiction", for filing. (UBC Section 302 (a) 7). If a Certificate of Compliance (CF-1) was previously prepared for this entire building, or for improvements or alterations in this building, provide a copy of the approved Certificate of Compliance (CF-1). (Manual 5-4) 8 The building is a mixed use 'h1,1ilding and a Certificate of Compliance (CF-1) must be prepared for each use unless the subordinate occupancies total less than '71'8 On CF-1, Line 7, show the proposed or ,existing total resistance (Rt) for exposed floors or soffits separating conditioned space from non-conditioned space, using Form CF-2. Provide a Form CF-3. (Slab-on-grade floors are not considered to be floors for this item.) show On CF-1, Line 8, allowed total resistance from the floor taken selected. the minimum (~) for the package you 9 On CF-1, Line 9, if there are different types of walls, show the proposed or existing average total resistance(~), using CF-2. If only one wall type, only CF-3 need be completed. S On CF-1, Line 10, complete CF-2 if all . opaque walls and doors have the same 1,000 S.F. and are less than 3,0% of the total conditioned floor area, Of{ ,!.~ S,J rl'"iAIJ (Manual 1-22) /0% of' 11-1(5 ~-rA~ eo1J<J1'f10J.Jt'C heat capacity, generally a Heat Capacity less than four. If there are multiple walls having different heat capacities, . ~oo", A~IS.A, 9 On CF-1, Line 1, show the occupancy type, i.e. lowrise office. /.(!P-1' s,,,~I{) -8 On--CF::1, Line-·-2,show-the-· occupancy-- group B-2. Let:'1' .$,a~t:i @en CF-1, Line 3, selected, i.e. A, Performance Approach. show tp.e package B, c, D, E or c.'.§:§) On CF-1, Line 4, floor area being documentation. show the conditioned addressed by the On CF-1, Line S, show the proposed or existing total resistance(~) for the roof. If different types of roof, complete CF-2. Complete a CF-3 if only one roof type. On CF-1, Line 6, show the minimum allowed total resistance (Rt) for the roof taken from the package you selected. this may be left blank. On CF-1, Line 11, show the minimum required total resistance (J\) for opaque walls and doors. If multiple walls, having different Heat Capacities are proposed, show the area weighted average using CF-2. 9 On CF-1, Line 12, show the total exterior wall area for the entire building or that portion covered by the new standards. The exterior wall area should include opaque walls, doors and windows between the floor and the bottom of the floor, or roof, above, that separate conditioned space from non- conditioned space. Provide a CF-2. 9 On CF-1, Line 13, show the total glazing in walls separating conditioned space from non-conditioned space. Provide a CF-2. r {§i-2y On CF-1, Line 14, show the percent of exterior wall, between conditioned and non-conditioned space, that is glazed, i.e. Line 13 divided by Line 12 times 100. S On CF-1, Line 15, show the average shading coefficient for all glazing, supported by a CF-2. If only one type of glazing, no calculation is necessary just enter the shading coefficient for the glazing. ·" ;fPZ7 On CF-1, Line 16, enter the allowed percent of glazing, for the selected package, based on the ave,rage shading coefficient shown on Line 15. This entry should be greater than the Line 14 entry. . JB..ZS On CF-1, Lines 17 through 21 should be left blank for lowrise office buildings. 8 On CF-1, Lines 22 through 29, enter the ~ ON c~M/ LnveS /.1.uo ,::? 7 Pt?ov 1,01:!. HvAC. ~-w f)/?ov1.oe h~r-t~ {;.,.C:~ C r-~ , C. E-5 A A.I a C ;::--0 /2~ EA C!-A--/ Zt:> .,../ ~ /M . ,s CM Ct....(§ A I'? L ~ s µe; r.,_) EACH ZaN(.~ 01'1.J /-16.i:::NA,v1(!r<l'- A"'"TA.I S • ( ·ze)A.) IE .5 L_ 0 a I< "to O' th~ I'< L, A I' 0 JU IH & Md (';.,u,:J~)/C,4 '- BM p,1 ,J.{.) s ) . · proposed area of skylights and the · ---~ · ----· a:trowed -· area per -tne -package ·se1'ectea~-· -·· ;---i46C.-;.t-A-f'd , e,.,.i.~, -~ ~ -· If more than 8 skylights attach a 0 ...,,..H '5 /J /1 separate sheet. \b.l 1 ~ L,: Ot1~i0o~ S <-AN s~ u S{E'J::) .A.s -61 {)u.~-r 01( Ad;J U"'1 5 & /? ti /-t (: ... I •) A,,r l.::::'SC-t L , tt-h9 ~~ Ye u, Datesff7 Prepared byr ~W\ Jurisdiction Cruu._se A::O VALUATION AND PLAN CHECK FEE D Bld.g. Dept. CJ Esgil PLAN CHECK NO. 8C{-l1 'S -J:" BUILDING ADDRESS ,Z / 31 F°fl-12.ir-}Q frt{ ) APPLICANT/CONTACT W\,(2. • Sc..oy-r bl....O~, H:, IOTfl::LJ Z-fr\ D12... I PHONE NO. 29',Z S-55"*0 BUILDING OCCUPANCY _-_5=---z~---- TYPE OF CONSTRUCTION \J -1'\ _.___~--- BUILDING PORTION BUILDING AREA ''" 4-/ 54~ @ .I F"t.111 ci-e.... =RI Air Conditionin~ Commercial Residential Res. or Comm. Fire Sprinklers Total Value DESIGNER PHONE ------ CONTRACTOR PHONE ----- VALUATION VALUE MULTIPLIER I..J IA,00 .::. ti .a. '1 ~Co 4 I l~ - ---. ----· --- @ @ .. @ 141 g(o4 l Fee Adjusted To Reflect 0 triergy Regulations (Fee x 1.1) OHandicapped Regulations (Fee x 1.065) Building Permit Fee $ $ Plan Check Fee $ \ 0 (a 'j I t.:sG:, $ -------7-'-t'------==:-----------'------- COMMENTS..,:---------------------------- 8/4/82 :; . :t~ .. ;:• ~ -. e PLAN CHECK NO. 3'7-! 7S:oDRESS _cJ.__..16 ....... I_Fa ...... ffei_cf6 ____ ~.....,..?-IW:=-------DATE ~7-t[ s.. Q) 3: Q) ·-Q) > +-' Q) co C:: C PLANNING ZONE: C--M TYPE OF PROJECT AND USE: -----------------SCHOOL DISTRICT: SAN DIEGUITO __ ENCINITAS_ CARLSBAD e:?<, SAN MARCOS __ SETBACKS: FRONT ~ ~ SIDE d!> g;:;;._. REAR a::>.I< DISCRETIONARY ACTIONS:_+=,&..z..,::.~~------------------- REDEVELOPMENT PERMIT REQillED:-l,t:1;=:i..,,!..../~~::::;.._---------------- LANDSCAPE PLAN COMMENTS: .... d;;.;:....:,/ ... ~=-.->-' ------------------- ENVIRONMENTAL REQUIRED: , • J /~ -----!,i-;=..+, _.__=------------------ COASTAL PERMIT REQUIRED: YES _____ NO .->< ADDITIONAL COMMENTS: '€:,L:,:;:::?(.,, I ks,(A,.5 'P~~ ~ ,... ~m cir ~/ 2,-~ .... ~ kJHtCH 6: K C4e:rJ8°'0 12¥[ ,;?AZI.Cldti-, ~-.. ,(_ .. ~ f ~ ~Qt.11t'eE..t¼§,::f'T f¥'t: :flJ::gr ::n~ C'fls' $,ll1t-c,d' (f?.!!JCJ.4eeci' -:e~i:-t/t:,~ £i ~r oK rn IssuE: 4fH::::: , DATE: =t/:z1-/s'7= f --------------------------------------~-----------·-------------------------------------------------------------r~~rrr~,rrr~~~~r~~rr~r~~~r~rn~rn~nrrrnnrr~~n~~~n~rrrrnr~rrnrrr.rnrnnrrrnrnnnrnrrnrrrnnrrrnrrrnnnnrrrnnrnnrnnnnrnnnr.n~nnr ,; . ENGINEERING LEGAL REQUIREMENTS LEGAL DESCRIPTION VERIFIED?~ APN CHECKED? ~ I EASEMENTS: ~ RIGHT-OF-WAY: ~I fu.s,~Ac.a' ~. I 8.ZZ. f.OU~ ~ DRAINAGE: rJ( IMPROVEMENTS: ~ FIELD CHECK DATE. & INITIALS: PERMITS REQUIRED GRADING: ___ AJ-ll-'/4'->1------------------------ DRIVEWAY: ~I& ~ FEES REQUIRED GRADING COMPLETION CERTIFIED: ~USTRIAL WASTE: ~-Q-d-~-~-5"/2-~A-~?- l\!/!J , FEE PER UNIT: ~/f?r TOTAL FEE:__.JV;-+0 ...... kf __ _ P.F.F.: /Jffe TRAFFIC IMPACT FEE PER UNIT: -=--.... TOTAL FEE:_~ ___ <fC/.._'3 _____ _ PARK-IN-LIEU QUADRANT: DD_ FACILITIES MGMT. FEE:~~~ BRIDGE & THOROUGHFARE FEE:___.~ __ ¥ __ 8_V __ _ SEWER FEE (CONNECTION) /1(322()1{ ~ 5£#"3083SEWER LATERAL: .. ~ u Q) .i::: u Ill C Ill ~ Q) a. s.. en en o C d: "C C :, co "C Q) ~ ~ a. E co ;; c ADDITIONAL COMMENTS: -... c--.----,-----------•--..---,-------- t/F '-/f.Sl/e X, /2. x"o = r/'frpe-6 lflf'l8G -'Z,'/9.J {OZ1EP1r) ~ 2'195 0 Q) u ~ ~ OK TO IS~....._~_?-____ :a:::: ___ DATE:_~...,.. 7 ~_~.,.._0_~,.._L ______ _ DPD2:DPD6:10/24~ 2560 ORION WAY CARLSBAD, CA 92008 Qtitp of <ttarl.s'bab FIRE DEPARTMENT PAGE 1 OF_/_ TELEPHONE (619) 931-2121 APPROVED )< .• .• DISAPPROVED!?'" PLAN CHECK REPORT PLAN CHECK# 67-17':;,A PROJECT Tif t.JArlr :CN 1/._Y'e.>tll:M G.N r-ADDRESS ~13/ FA t" A/'J/1 ( i ARCHITECT ADDRESS S, D, 9~11 I PHONE OWNER ~ /to.IL {!_n N r:J AN 'd_ I • ADDRESS 7310 f:=~91 fl/t'P re.._ PHONE ;J..Cj;J.-S3To OCCUPANCY I)_-{J._ CONST. 1/-;V TOTAL SQ. FT. o/3/ 'it:/3 STORIES -+=- ip._SPRINKLERED IJ(TENANT IMP. :ti:d..rEl<JVA 7io/'/A I 1?) TAl-1 "ZATote .5 Y5TPtv,.,s__ i:: Al<!.' __ · 1. __ 2. __ 3. ~4. _)(.5. -46. APPROVAL OF PLANS IS PREDICATED ON CONFORMING TO THE FOLLOWING CONDITIONS AND/OR MAKING THE' FOLLOWING CORRECTIONS: PLANS, SPECIFICATIONS, AND PERMITS Provide one copy of: floor plan(s); site plan; sheets Provide two site plans showing the location of all existing fire hydrants within 200 feet ~'fthe project. Provide specifications for the following: Permits are required for the installation of all fire protection systems (sprinklers, stand pipes, dry chemical, halon, CO2, alarms, hydrants). Plan must be approved by the fire department prior to installation. The business owner shall complete a building information letter and return it to the fire department .. FIRE PROTECTION SYSTEMS AND EQUIPMENT The following fire protection systems are requi~~d:,, / ) p(Automatic fire sprinklers (Design Criteria: ___,fY._'--'--'-f-'-r-~__,_1-=3'--_,,_l_ •Ll_-_ • .:....:H.c:...'A.:....:t.A:..:._c_c.R=Y.>:;;__;/_0_1<--=-tJ_G____,f<P,__.Z-------''------ D Dry Chemical, Halon, CO2 (Location: ________________________ _ D Stand Pipes (Type: ------------------------------ 0 Fire Alarm (Type/Location: --,---------------------------- _x 7. Fire Extinguisher Requirements: j)l(One 2A rated ABC extinguisher for 13ach (,,000 $q. ft. or portion thereof with a travel distance to the nearest extinguisher not to exceed 75 feet of travel. D An extinguisher with a minimum rating of ___ to be located: D Other: __________________________________ _ __ 8. Additional fire hydrant(s) shall be provided ______________________ _ _x_ 9. _)(..10. :_$. 11. EXITS Exit doors shall be openable from the inside without the use' of a key or any special knowledge or effort. A sign stating, " This door to remain unlocked during. business hours" shall be P_BCed above the main exit and doors fi)kl'J C/1IIL1?.r#f r!/11 /JV/JtC'Ar!.rv_"t ry_fl-<' /JfA/),8()// EXIT signs (6" x ¾" letters) shall Qe placed over all required exilts and directional signs located as necessary to clearly indicate the location of'exit doors. GENERAL __J(. 12. Storage, dispensing or use of any flammable or combustible liquids, flammable liquids, flammable gases and hazardous chemicals shall comply with Uniform Fire Code. --f... 13. Building(s) not approved for high piled combustible stock. Storage in closely packed piles shall not exceed 15 feet in height, 12 feet on pallets or in racks and 6 feet for tires, plastics and some flammable liquids. If high stock pil- ing is to be done, comply with Uniform Fire Code, Article 81. __ 14. Additional Requirements. ----------------------------- / ,I o/' gt/f /1/l.2.Al'Zt7c;uS /1/ATt:Yf'/l"!-/.s 7/.P,"'" 5 IV'li-f ,4/Vt? OIJ/J-Pfe.fl/vf, V f i I! ·v- __ 15. Comply with re?~c~ Plan Examiner • _ '.& . A , Date_&.::.__-_;_'9_-_8---'?'---- Report mailed to architect ___ Met with --~---------'-"---__ Attach to Plans ......... HVAC Power Indices Summary Form and worKsneets • .J>' ... • INIE.~t--) A"i1c,.1 r:>.L ~tTide k' re ~ Documentation Author/Finn Summa!)' Data foJ eL 12 All\{ 5 '(Sft_M,':i -1~ 2a~e1 Date HP-1 For Enforcement Agency Use Only Cheeked By Date :1 Condlioned Floor Area •••••••••••• , ••• , , , • , ••• , , , , , ••••••••• • \4 I Co, rt2 2 Total Fan Watts During Peak Cooling Condition1 (from Worksheets below) ; , , • , • • , • • , , • , , , • • 5 5 9 kilowatts 3 Fan Wattag.e Index (Lin• 2 x 1000 / Une 1) ••••• , ••• , , • , , , , , , •• , , • , , , •• , •• , 39 5 Wattstft2 " Total HVAC System Energy During Peak Cooling GonditiQn1 (from Wooo.heets below) •• , • , , •• , , • 6{21 6 (o kBtu/hr 5 Cooling Power Index (Line .C x 1000 / Line 1). , •• , , • , , • , , • , , • , •• , , , , ••• , , , • 4,2,7;i Btu/hr-112 6 Total HVAC System Energy During Peak Heating Condition_, (from Wornsheets below), • , , ••••• , • (oB,31 k8tu1hr 7 Heating Power Index (Une 6 x 1000 / Line 1} •• , • , • , • , , , , , , , , • , , , , , , , • , , •• ~ Btu/hr-112 Fan En~rgy A B C D E F G H J Brake Horsepower Mol0( x Drive Efficiency Peak kilowatts Equipment Conv.rsion Number Mari( O..aiplion Cooling Heating Cooling Heating Fac:!Pr Fans Caoling Hea~ng HfJ.. \ Hc:~1---RJm f> · ,-54 ',., 5"-4·· ''1 'L , ...,?_ 0.74e l I ~.r;q ,SSC\ 0.74e 0.7~ 0.7"6 0.746 0.746 0.7"6 0.74e -0.746 I Tot.al kilowatts , S':>'1 15-Sq! Heating and Cooling Equipment A B C D E F G H J Cooling Heating Equipment Design Conversion Source Design Conversion Source Mark Description Output Efficiency Factor kBl!J.ltir Output Efficiency Factor k8tulhr na .All Fans ,SSC\ na 10.239 5.1'2 ,55·q na 10.239 s·-,1-z. From Wo~sheet Abow HP-\ !'PK: liE.M V->mO . r.-.. ..... ' . ···, ~ '. (oD,'\ ~STo ,., : (' 11"1. '7"?n P ... ~.lt\ l.::,o 1 5 l(f.11 '7, Gl l_,3 02, ~q Total ~R .. PiC Total C:.R~I. i=orm ~ev,sed September 1986 Page __ :,f __ EnyeJ°o,pe Su,nmary ··r=orn, and Wo.rksheet {Part 1 of 2) CF-2 Roof A Roof Type ~(}~ f -\ Total kme. B C D Propo5&d Area/ Area R-value R-value ( .... ?,, ,~.1·~ /,.,8'1 Total AY'«aQt A-value j · j ColB/ColD Glazing in Roof A 8 C D Surf11011 Ana Type NoMh East Sovlh lt:u~\J~O ~IA G.l ,(.),.',<-i Exterior Wall Area A B C D !1~ Surfaoe Arff East South Fom, RevrslJd Seotember 1986 E West E West \-\~-\ For Enforcement Agency Use Only Checked By Expos.ad Flo.or Area/Soffits A Floor/Soffit Type ruRr Total F Horizontal .. Total F i~ti:1 8 C D Proposed Area/ Area A-value R-vah,1e .... A l"A-,.,~ Total Average A-value ._! __ _, Col Bl Col D G H Total (At) Pl'OJ)Os«l U-value ProScs.ed ~18 ,. 0 e, ,s, SIP-.. Date Page __ ,,_ ' ; Envetope Sumrnary Form and Worksheet {Part 2 of 2) CF-2 II:> Documentation Aulhor/Firm Oa18 Opaque Exterio.r Walls and Doors A B C D E Surface Araa wan Nonh East Saulh West T~pe (An) (Ae) (As) (Aw) l I ~C) Totals ,~o Glazing in Walls A B C D E Surface Area Gia.zing Nonh East South West Type (An) (Ae) (As) (Aw) I ~C>~ .. Totals ?,o 4 r\?-\ For Enforcement Agency Use Only ~By bate F G H J K Proposed Wall Requirement Total Heat A-Value A-Value (At) Capacity (Rt) At/ Rt (Rr) At/ Rr I -?i() l(T)'.1~ f.t,l'1'2. '__,_.. '" .. ·-.. , -, .. \ -=·- - I E-'\CJ-· F Total (At) . "½04 ~01 j ,l. L ! Total Proposed WciifM!.ad Av.rage A-Value t:=::J Col F !Col I G H Total FleQuired L . l Col FI Col K J K Glazing Characteristics Weighted Averages U-VaJue I. ~B Total Area West Area Total Area SC ,c U-Value ,cSC x SC I'S..., ----- Totals . U-Vlllue West SC Total SC Avera1191 t..,I ,___:_ ... !.___ __ _,_ __ ~ Col I I Col F Col J / Col E Col K / Col F P2ge __ Jf __ Cal'culation of Daylit Area Under Skylights Proieci Tide ITS ~nialioo Author/Firm Date e C Skylight Reht1'91'lce Number • • • • • • • • • • • • 2 Offaiption of Skylight • • • • • • • • • • • • ·• • • C.v \?'1 E.~ l~ ··-............. ·- 3 Proposed Skylight ArN (A) • , . S"le, ···-- Proposed Skylight Shading Coefficient (SC) • • , • ·, I '5 '7 5 Sky~ght Well W~lh r,N) • • • • • • , • • • , • , • 1-Jf:\ 6 7 Skylight Well Length (L) • • Flc)or 10 c.iling Height (H) • • , NA ·-I I .~ 8 I I Floor 10 Skylight ~ight(S) , , , • • , • , • , , , .~ 9 Une5+(1.5xU'l87). 10 Line 6 + (1.5 X Line 7) , ·-- ·- 11 Line8x2 ••••••••••••••••••• , _ 12 Width of Daylit ArN (lesser of line 9 or Une 11) • • , _ 13 Length of Daylit Area (le~r of Une 10 or·U'\8 11) , • _ 1.C Maximum Daylit Net (line 12 x line 13) J •• , ••• __ 15 Reduelion Due 10 CMM'lapping Day.lit Area, or Walla , ._ 16 A~usi.cl Daylit Area (Line 1.C -Line 15) ••••••• _ 17 ADowed Percent ~ky6ght (Package ~nment) •• 18 Maximum Allowed Sky_light Area (Line 16 x Une 17) • ·- ·---- 19 Reference to Automatic Control ••••••• , , , , ____ Notes . CF-6 For Enforoement Agency Use Only Checked By Date D E F G H ft2 It It ft ft ft ft ft -- ft ft ft2 ft2 ft2 ft2 ft2 1t2 1 All luminaires located within the daylit ar.ea are n,q.Jir9d 10 be controlled. 2 The daylit area must be redlced when pa,1ilions °' walls cut into the area dstermined by the aboV1I methoda. ·MVAC Power Indices Summary Form and Worksheets CF-4 \I> Pro1ect Tide For Enforcement Agency Use Only Documentation Aulhor/Firm Date Checked By Date Summary Data I 2 3 4 s 6 7 Condtioned Floor /v'ea . . . , . . , . . .. ·, . . . , . ·, , . , , . . . . , . . . . . . , . . • • '2,. '3::-:JJ rt2 kilowatts Wans11t2 kBtU/hr Btu/hr-ft2 kB tu/hr 8tU/hr-ft2 Total Fan Watts During Peak Cooling Conditions (from Worksheets below) , • , • , • • • • • • • • • • , • I • \ \ 9 Fan Wattage Index (Una 2 x 1000 i Line 1) • , , • , ••• , • , , • , •• , •••••••••• , , • • • 4 8 Total HVAC Sys1em Energy During Peak Cooling Conditions (from Worksheets below) • • • • • • • • • • • \ 2-'2 ~ 5" Cooling Power Index (Line 4 x 1000 / Line 1) ~ ••••••• : •••••••••• , •••••••••• 5Z ,l 'o Total HVAC Sys1em Energy During Peak Healing Conditions (from Wo~heets below) ••••••••• , • IC>l, .q(;, Healing Power Index (Line 6 x 1000 / Line 1) • • • • • • • ; • • • • • • , • , • • • • • , • • , , , • , 4 ', , 1; Fan Energy A .. B C D E F G H J Brake Horsepower Motor x Drive Efficiency Peak kilowatts Equipment ·~-Conwrsion Num~r Marx Description Cooling Heating CoolinQ ' Heating Factor Fans Cooling Heating rl.P-11 Y:I< ~>.'II~ P..irnP 1.,ss l, I (_::;S .1'1 • ,r-i 0.746 \ I.\ l C\ \, ll'-" . 0.746 0.746 0.746 , -· -0.746 --. 0.746 -0.746 < 0.746 0.746 Total kilowatts l .I l 4 , • 119 Heating and Cooling Equipment A B C D E F G H J -: Cooling Heating Equipment Design · Conversion Sourc:e Design Conversion Source Mark Oe~O:-iption Output Efficiency Factor kBtu/hr CAJtput Efficiency Factor kBtuthr na All Fans \ ,\ ,~ na 10.239 ll,t\S1 j,l\'i na 10.239 I \,~$1 Fron:, Worksheet ~bove ~Q-? fl( 'riE.~'f' l'Jmtt 9 \.I l<t1,f ~.4 I().?_\ C\ 11\.04 181 KHfL> 2. q :i.. Cfo .h ' Total n:z..s: Total lol.4 ,,,... Form ~evised September 1986 Page __ af __ E-nve,lope Sumrnary':Forrn and Worksheet (Part 1 of.,2) CF-2 Roof A Roof ,:ype I Total ITS B Area I bLl'1 lb£\1 C 0 Proposed Area/ A-value A-value 18,i'; ' Total Awrag~ A-value ._[_-__ _, ColB/ColD Glazing in Roof A B C 0 Surface Area Type Nortp East South -I 8 C) (") ', : ! Exterior Wall Area A B C 0 Surface Area North East South CJ-o-s \ 1 \ Form Revised S.ptember t 986 Oalll E West E West For Enloroement Agency Use Only Ch!JCked By Date Exposed Floor Area/Soffits A Floor/Soffit Type t..r ~ i-., Total F Hori?on!al .. Total F To~ 10'1(0 B C 0 Propo.sed Area/ Area A-value A-value tJ~ "-J n..-11,,1(:\,- _,, '----Total Average A-val1.MJ '-! ---J C.01 B / Col D G H Total (At) Proposed U-value Prorcsed 80() J.o A '5'1 Bon Page __ :,t_ ·1 I ,I I .,., Envelope Summary Form and Worksheet (Part 2 of 2) CF-2 For Enforcement Agency Use Only Oocumenta~on Author/Firm bate chiekid By Date Opaque Exterior Walls and Doors A B C 0 E F G H I . J K Surfa01 Aru Proposed Wall Requirement wan North East Sc:MJth West Total HHt R-Valu,e R-Value Type (An) (Ae) (As) (Aw) (At) Capacity (At) At/ At (Ar) At/ Ar I ~":l,(o (oP, 404 lf-,J_t:; I'-'1 '1..- . Totals ~ '7;. (~ loB 10 ('.\ Total To~ Proposed Required Wttight&d Awrage R-Value l I Cot F ,eo11 Col FI Col K Glazing in Walls A B C 0 E F G H J K Surlaot Area iGlaxing Charscterislics Weighted Averages Gluing North East South W"t To~ Total Area West Area Total Area Ty~ (An) ( ... ) (As) (Aw) (At) U-Value SC 11 U-Value X SC X SC I 6~9 IO~ & 1 'L , b8 ,~1 - : .. Totals i:;G '1 f<) 7-:> b 1 '2. Totals U-Vllue West SC Total SC Aver:aoe• I Cot I / Col F Col J / Col E Cot K / Col F Page __ ,t_ ,, .•. ·. . •';',,. "Caicufation of Daylit Area Under Skylights 1-:f7 Documentation Aulhor/Fitm Date 8 C Skylight Refertnoe Number • • • • • • • • • • • , ,___ 2 Oncription of Skylight ••••••••••••••• C\..l tv~D 1~\...fl '> ~ ... ·- ·--- 3 5 6 7 8 Propo,ed Skylight ArN (A) • , .~ P~ Skylight Shading Coefficient (SC) • • • • • '')/ . ~~ Sky~ght Well Width rN) • • • • • • • • • • • • • • _ Skylight Well ungth (L) • • • jJf' ·-- Fioor l:> Ceiling Height (H) •.• -~ Floor~ Skylight Height ($) • • • • • • • • • • • • • G ·4 ' . - __._ 9 Line 5 + (1.5 X Line 7) , 10 Ul9 6 + (1.5 X Line 7), . ·--. ------ ·---·- 11 Line8x2., • , , • , •• , •••.• , • , •• ------:- 12 Width of Oaylit Area (Lener of Line i o, Line 11) • • , _ 13 Length of Daylit Area (LeSHr of Une 10 or Line 11) •• _ 1-4 Maximum Daylit ArN (Line 12 x Line 13) •••• , , ._ 15 Reduction Due 10 Overlapping Oaylit Areaa °' w.its •• __ 16 Aqu,led Daylit Aru (Lino 1~ -Line 15) , •• , ••• _ 17 ADowed Percent Skyfight (Pacbge ~iremenl) •• 18 Maximum Allowed $!1ylight Area (Line 16 x Line 17) • ·- ·- 19 Reference to AU1i>matic Control ••••••••••• _ Notes 1 All luminaires located within the daylit area are ntqUm 10 be controlled. CF-6 For Enfol'09m&nl Agency Use Only Checked By Date 0 E F G H lt2 ft ft ft ft ft ft ft ft ft ft2 h2 ft2 -- h2 h2 h2 2 The daylit area must be red.Iced when partition• or walls cut inl0 the area determined by the .llbo-\,g methoda. HVAC Power lndic'es Summary Form and worKsn·eets l.i~· .. 4 . '. -.. I rs, For Enforcement Agency Use Only Pro1eet r.ae itn: Pt 4-2..8-8'1 Documenlation Au1hor/Firm Date Ch~ked By Date Summary Data H~-3 1 2 3 " s 6 7 Condtioned Floor k:ea . • . . , . . . . . . . . . . . . . . . . , , . . , .. . , . . . . . . . . • • J 1 J ~ Total Fan Watts During Peak Cooling C<>nditions (from Wo~shee.ts below) • • • • • • • • , • • • • • • • • • ?? 1 ;> Fan Wattage Index (Line 2 x 1000 / Line 1) •• , • , ••••••• , • , •••••••• , • , , ••• , .,• 2 '2.. Total HVAC Syslllm Ener.gy During Peak Cooling Conditions (from Woritsheets below) •••••• , , , • , bc>,S 1.. Cooling Power Index (Line" x 1000 / Une 1) , ••• , ••• , ••• , • , ••••••• , •• , ••• , 35, '1.t Total HVAC System Energy During Peak Heating Conditions (from Worluheets below) •••••• · , , • , • ~ 1, ~" Healing Power Index (Line 6 x 1000 / Line 1) • , • • • • • • • • • • • • • • • • • • • • • , • , , • • • 2 '1, S ~ 112 kilowatts Watts11t2 kB!u/hr 811J/hr-ft2 kBtu!hr Btu/hr-112 Fan Energy A B C D E F G H J Brake Horsepower Mo!O( x Ori~ Efficiency Peak kilowatts Equipment Conversion Number Mark O.Seription Cooling Healing Cooling Heating Factor Fans Cooling Heating 1-tP-~ PK.. 1-JP.A'1 fumf I-;· .~ .~ ' (,.. 0.746 I ,?,'13 , 31 'j 0.748 0.7'6 0.7'6 0.746 0.746 0.7"6 0.7"6 0.746 Total kilowatts I'\ 1r~ I ~7) Heating and Cooling Equipment A B C D E F G H J -, Cooling Heating Equipment Design Conversion Souroe Design Conve~ion Source Mark Deseriplion Output Efficiency Factor kBtu/hr OJrput Efficiency Factor k8tU1hr na An Fans ,'2_:,1~ na 10.239 '.$,81 131'~ na 10.239 1,8'2. From Wo~sheet Abo-.. 1-1 P· '1, PJC. 1-tEli\1' ?urn J> 1.44:.~ ~ar~ B.o 10 ,'2.?,G)j <rn,f"J 43,S k,m., '?,,O ~ 14~-5 Total (r£J,~Z. Total ,47.~z ;:om, -~ev1sed Sep!&mbar 1986 Page __ :if __ " Env~l·ope Summary Form and Worksheet (Part 1 of 2) ---· CF-2 Project Tole Roof A Roof Type I Total B ~-I '71<--- l'7 '(;'l C -0 Propos.&d Area/ R-v.iu. R-valu. IR,1~~ Total A,,.,.ag• R-value l _ j ColB/ColO Glazing in Roof A e C 0 Surface~ Type Nor1h East So1,11h tJf,- I Exteri.or Wall Area A e C 0 S.urface Arn Nonh East South 30 Form Rev1s6'd Somember 1986 For Enforcement Agency Use Only Ch~klld By Date Exposed Floor Area/Soffits A e C D Floor/Soffit Proposed NH/ Type NH A-value A-value r--H\ - Total Total Average R-value j J Col Bl Col 0 E F G H West Horizontal Total (At) p~ U-value Prorcs.ed ---' ' ~~ ~. Total E F West I ifj Page __ Jt_ .. , .... .. .... ,.',' ... \•,, ,Env.-elope Summary Form and Worksheet (Part 2 of 2) CF-2 11> For Enloroament Agency Use Only Documentation Aulhor/Firm checked By bate Opaque Exterior Walls and Do.ors " B C 0 .E F G H . J K Surfac:8 Are.a Proposed Wall Requirement wan North East So,,ilh West Total Heat A-Value A-Value Type (An) (Ae) (As) (Aw) (At) Cap~ity (Rt) At/ Rt (Rr) At I Rr I I Co? .t;-4 I 16 F;1 ~ . I l., IS l!, I '17. ' - Totals I < ., . .~41 . J (,, 51 ') Total Total Proposed Required Weighted Awrage A-Value l I eo1 i=, eo11 Col F / Col K Glazing in Walls A B C 0 F G H J K Sur:faol Are. Glazing Chareeter:istics Weighted Averages Glazing North East South Wet! Total TotalArH WestAre11 Total Area Type (An) (Ae) (As) (Aw) (At) U-Value SC 11 U-Value 11SC x SC I '2.0 . ~'1 r~ 70' A~'"> ,0A · S'l ; .. Totals 1..D ~q 3. '20 ,i::p~) Tooal1 U-Vah.ie Wast SC Total SC Awra~1 l ! ! I Col I / Col F Col J I Col E Col K / Col F ,,. ·---..,_.,,,~,._,,.,, t'..,-•.,,.-1-.,.,,, ~r.:iPt=. PiJge __ Jf_ HVAC Power Indices Summary Form and worKsn·eets ... ,. ~ . . . ~ TS For Enforcement Agency Use Only Pr0Jeict1de . k:'m f\ 4-28-81 Documentation AulhOr/Firm Date Cheeked By Date Summ~ry Data 1 2 3 Condlione<:IFlooc'Arta,,,,,,, •.•.•.. ,,,.,,,,,,,,,,,,,,,,,,,, ,':JlZ...°\ 112 kilowatts Wattstft2 kBtu/hr Bl,\J/hr-ft2 kB tu/hr Btu/hr-112 ' 5 6 7 Total Fan Watts During Peak Cooling Conditions (from Worir.shNta below) • , , , • , , • • • • • • , • • ,.J, 119 Fan Wattage Index (Wn• 2 x 10Q0 / Line 1) • • • • , , , • , , , • , , , , , , , , , • • • , • • , , , • • L k? Total HVAC Sysam Energy During Pi,ak Cooling Conditions (from Worn.sheets below). , , • , , , • , , , I '2-Z • 5 Cooling Power Index (Lin• h 1000 / Un• 1) •••• , , ••• , • , •• , •• , •••• , ••• , • , , 'Z. S 19(,. Total HVAC SyslBm Energy During Peak Healing Conditions (from Worksheets below) , , , , • , , • , • , IO\,'\-(, Heating Power Index (Line 6 x 1000 / Line 1) • • , • , , • , • • • , , , • • • , • • • • , • , • , • • • Z 3t. q 1 Fan Energy A B C D E F G H J Brak• Horsepower Mo.tor x Drive Efficiency Peak kilowatts Equipment Conversion Number Mark O.Seription Cooling Heating Cooling Heating Fac10r Fans Cooling Heating HP-~ ~ llE;~f p..,.,...f I, \SS '" S'( ''1 'l ,1.-1 0.745 ' I ill °l 1,11'1 0.74! 0.7'6 0.746 0.746 0.746 0.746 0.746 0.746 Total kilowatts I, I\ '1 h)lC, Heating and Cooling Equipment A B C D E F G H J . ' Cooling Heating Equipment Desi9n Conwr1ion Source Design Conversion Source Mark De~eription Output Efficiency FaclOr kBIIJ/hr Output Efficiency Factor kBtuihr na All Fans li\l"\ na 10,239 I\ AS1 \,\\C\ na 10.239 \\.45'1 From Worksh.Ht Abow ttf· .q f})( He.l'\T .?un'\l' qu ~M,.. ,'1,,4 10,'l.'l,C\ 11.1.,04 81 t:6f'-' 'l,9 3 90,0 Total . 11. Zi ~ Total \OL 4b Form ~evised ~pte,mber 1986 Page_:,f __ En~efope Su_rnmary'' Form and Worksheet (Part 1 of 2) CF-2 Roof A Roof Ty~ I Total B Area 476CJ 0K'l C 0 Proposed Area/ A-value R-value 18.T? ' Total .. AYefagc A-value ·!._ __ _. ColB/ColO ~lazing in Roof A B C 0 Surface Area Type North East South -SK--,L1c. i.f'I I Exterior Wall Area A 8 C 0 I Surlaot Area Nonh East South Fom, Revised S.otember 1986 Data E Wast E West For Enforcement Agency Use Only Cheeked By Date Exposed Floor Area/Soffits A Floor/Solfit Type N'(.\- Total F Hori%ontal '3·'L Total F § 8 C 0 Pi"Oposed Area/ Area A-value R-value .... Total Average A-value ,_( __ _, Col B/Col D G H Total (At) Propowd U-valu• Pn,rc~ 17 l,OR ,S7 ~7. Page __ ,,_ ~Envelope Summary Form and Worksheet (Part 2 ot 2) 1:rs For Enforcement Agency Use Only 4-28-B1 Oocumentaoon Aulhor/Firm -chiekid By Date Opaque Exterior Walls and D.o-o_rs A B C 0 E F G H J K Surfaai Aru f'roposed Wall Requirement wan Nor1h East Soulh West Total Heal A-Value A-Value Type (An) (Ae) . (As) (Aw) (At} Capacity (Rt) Atf Rt (Rr) Atf Rr () .... - ' .. ' Totals Total Toi.al Pn:,posed Required Weightitd Awrage A-Value ( I eo1 i: 1eo11 L I Col F / Col K Glazing in Walls A B C 0 E F G H J K Surtac. AtH ~azing CharactelisDcs Weighted Averages Glazing Nor1h East South W"t Total Total Area WHI Arila Total Area Ty~ (An) (Ae) !As) (Aw) (At) U-V.alue SC ll U-Value ,cSC xsc •· ~ _ _,,,,, r·, ·-, ... ---.._ --- ; I Totals Totals U-Value West SC Total SC Cot I/ eot·F Col JI Col E Col K / Col F ,,.. ~-.-,..,., ... ,..,. ,...,,..,_~ ... _..,.,..,. .,,Qt: Page __ ,t_ ~c·a1culation of Daylit Area Under Skylights Documentalioo Aulhor/Finn Date A B Skytight Referenoe Number • • • • • , • • • , • • 2 OncnptionolSkylight ••••••••••••••• ~fl'l~ ···-·- 3 Proposed Skylight Area (Al • • 5 Proposed Skylight Shading Coefficient (SC) • • • • • • ~ I _____.. Skyl!ght Well Width (W) • • • • • • , • • • • • • • _i_ 7 8 Skylight Well t..ngth (L) • • ._6_ Floor m c.iling Height (H) • • , , , • • • J}Q Floor El Skylight Height (S) • • • • • • • • • • • • • l'1 I s g Line 5 + (1.5 x Line 7) • .. ~{ __ 10 Line 6 + (1.5 X Line 7). , ..~~- 11 Line8x2 •••••••••••••• , • , , , , ~ _ 12 Width of DaylitAru (Ltt1serof Un• 9 o,Une 11) ••• :Z~1Z) __ 13 LengthofOaylitArea(LeuerofUne 1,0orLN 11) •• '2-Bil) __ 14 Maximum Oaylit Area (Line 12 x Ur:ie 13) ] • • • • • .~ 15 Reduction Due 10 Ovef'lapping Oaylit Are,u or Walls , ._:__ 16 Adjusi.d Oaylit ArH (Line 1~ -Line 15) ••• , , •• ~ 17 ADowed Percent Sky6ght (Package Req.Jirement) •• 18 Maximum Allowed SkY,light Area (Line 16 x Line 17) • ·- ·- 19 Reference to Automat>c: ConlrOI ••••••••••• __ Notes - C CF-6 For Enfor:cement Agency Use Only Checked By Date D E F G H lt2 -- It ft ft ft It ft ft ,.___ ft ft ft2 ft2 ft2 ft2 112 112 1 All luminaires located within the claylrt area are requir.ttd 10 be CQntrolled. 2 The daylit_ area must be r:adJced when parti.lions 0/' walls cut into the area ~termined by the above methods. HV Pi~ Power In.dices Sum·mary Form and WorKsnelets lir-~4 I TS For Enftm:ement Agency u.se Only Pro1ect fide 1--zs-B 'l Documentation AulhortFirm Date Checked By Summary Datij 1 2 3 Crodtic>Md FJo,o,-Are.a • • • . . • . . , . . . • . . , . • . . • , , . . , . . , . . . • , , • • • • f (otf 3 tt2 kilowatts Wa!tS/112 kBtu/hr Btv/hr-112 k8tuthr Btu/hr-112 " 5 6 7 Total Fan Watts During Peak Cooling Conditions (from Wor:klhNts below) , • , , , , • • , , • , • , , , • 1 S 59 Fan Wattage Index (Line 2 x 1000 i Line 1) ••••• , •••• , , ••••• , •• , , ••• , • • • • • 1 3'1 Total HVAC Sys11em Energy During Peak Cooling Conditions (fr:om Work.sheets below) •• , • , • -, , , , • 58, S~ Cooling P.OW91' Index (·Lin• .C x 1000 / Line 1) • • • • • • • , • , • • • • , • • • • • • • • • • • • • • • 5 4 ,0 \2 Total HVAC Sys1&m Energy During Peak Huling Conditions (from Workshe:ets below), , , •• , , , • , , (z8, '5 I Heating Power Index (Line 6 x 1000 / Une 1) • , ••••• , , , •• , •• , , , •••••••••• , .4 I , :SB Fan Energy A B C 0 e F G H J Brake Horsepower Mot0r x Drive Efficiency Peak kilowatts Equipment Conwrsion Number Mark Description Cooling Heating Cooling H9ating Fac!Or Fans Cooling Heating HP-5 Pk 1-tE~-r-~ n-,, ,5"4 ' 5" 4 '1'2 .... ,z 0.745 I ,55~ I ~5ei 0.7"8 0,746 0.746 0.746 0.746 0.746 0.7~ 0.746 Total kilowatts I 5S' "'\ . ' s .{"] Heating and Cooling Equipment A B C D E F G H J Cooling Healing Equipment Design Con.wrsion Sovroe Design Conv,mion Source Maril. Description Output Efficiency Factor kBtu/hr OJtput Efficiency Factor kBtuthr na All Fans . 55°1 na 10.239 '01 '11 ,55q na 10.239 5,'71. Fror:n Worilsheet .A.bow Hf'-5 f I<. l+E:¥\1' PYrn( b0,'1 K6'1i '1,5 Jo. t?,9 63, l4 60 ,S' 1(6,j '2,9 ~ (.,, 2 '9 Total fJ8, 86 Total ~A,~I Form ~ov1sed September 1986 Page __ :if __ Envelope Summary Form and wo,tksheet {Part 1 f).f 2) ~-~ CF-2 ITS. For Enforoement Agency Use Only 4-2B-81 \-\~-s Roof A Roof Type Total B Ma lb"l3 llnA~ C 0 Proposed Arua/ A-value R-valu. ,~ '7~ " Total Average R-valuej ._ __ __. ColB/ColO Glazing in Roof A B C D Surface Area Type Nor1h East South A.. . r·, I Exterior Wall Area A B C 0 Surface Arn Nonh East South ,os::~ ss Form Revised S.ptember 1986 Date E West E Checked By Exposed Floor Are.a/Soffits A Floor/Sotfit Type - .. Total Horizontal Total F B C 0 Proposed Area/ Ma R-vall.19 R-vaJue Total AV9rllge A-value ._! __ _, Col B /Col 0 G H Total (At} Propowd U-value ProrcMd " - .. Date Page __ ,t_ I I I I I ; I l I .. ,.,. ._,_.,,. , ... , E-nve!.ope Summary Form and Worksheet (Part 2 of 2) CF-2 For Enforcement Agency Use Only Documentation Aulhor/Firm chid«id By Date Opaque Exterior Walls and D.o_ors A B ·c 0 E F G H J K Surfa01 Araa Proposetl Wall Requirement wan North East $Q.llh West Total Heat R-Value A-Value Type (An) (Ae) (As) (Aw) (At) Capacity (Rt.I At/ Rt (Rr) At/ Rr ' Cln ,s'2::,~ '2.R GSl U~.1~ <o,'17 _ .. ,, Totals qr, 5~7J :z~ /.,~j Total Total Proposed Required Weightad Avvraoe R-Value I l I I Col F !Col I Col F / Col K Glazing in Walls A 8 C 0 E F G H J K SurfaOI Area Glazing Characwris lii::11 Weighted Avft!1lges Glazing North Eu.I South West T01al Total Ania West Area Total Area Type (An) (~) (As) (Aw) (At) U-Value SC x U-Value xSC X SC ,. I AR S' I '7 '2 1 . (:,.~ ,$7 : ' Totals ~ts <;;" I '1 '2,, Co 7. 'l. Tota!, U-Value West SC Total SC Awn1ge1 I : i Col I I Col F Col J I Col E Col K / Col F -................. ·" ,...,..,....'"""'.,.,. ....... '"12~ Page __ ,t _ For Enforcement Agency UM Only 1-28-81 Ooc4lmenialion AulhortFinn Date Check.cf By Date Summ~ry Data H?-& . 1 2 3 " 5 6 7 Conclioned Floor ArN . . . • • • . • • • . . • • . • • • • • . • • • • • • . • . . . • • • • • • • ·• J b4 S Total Fan Watts De.wing PHk Cooling'Conditior:is (from Worbheell t>.ior,v) , , , , , , , ; , , , , , , , , • I I l I c;\ F.-i Wattage Index (Li'le 2 x 1000 / Une 1) ••••• , ••••• , , , •• , •• , , •• ·, , , • , •• , , 08 Total HVAC Sys111m Enorgy Owing Peak Cooling Conditions (from Workshtetl below) •• , , , , , , , , , I "l..1, ~ CoolingPower·lndex(Line-4x1000/Li'le1),., •••• ,,.,,.,, •• ,,,,,,,, •• ,., ']'},11 Total HVAC Sysam Energy During Peak Healing Conditions (from WorMhNts below) •• , ••• , , • , , 10 I A~ Healing Power lndtx (Line 6 x 1000 / Line 1) ••••••• , •••• , , •• , ••• , •• , • , • , , • G;, L (px¾ 112 kilowatts Watts11t2 k.Btu/hr Bru"1r-ft2 kB!U/hr Btu/hr-h2 Fan Energy A B C 0 E F G H J Brtke Horsepower Mole( x Olive Efficiency Peak kilowatts Equipment ConV1traion Numbltr ~ o..aiplion Cooling H .. ting Cooling Heating Fac10r F.-i1 CQOfing Heating HP-h 0:-AB~i p.., ..... r 1,ISS l,1 S' ( '"\ 'i ,1 I 0.74G I lrll"l I, 11 't 0.7'9 0.7'6 0.1.-g 0,7"6 0.746 0.7"6 0.7-46 0.7"6 T otaf kilowatts I, 11 q ldl q Heating and Cooling Equipment A B C D E F G H J Cooling Heating Equipment . 0.sig.n Conversion Sour09 0.sign Convenion Source Mark Desaiption Outpvt Efficiency Factor kBbJ/lv OJtput EfficiMcy Factor kBtulhr na All Fans I di °i na 10.23.9 I\ ,4S1 \, \\ '\ na 10 239 \\,451 From Wor1t.sheet Abo-.. rtr-& P·I( HE:.1"11 ?u fl'\ I' .q/,1 ~~{-.! 8,4 10,1.'!J°i 111.04 81 K~fu '2. I 9 3 90,o Total I Z '2, C: Total . \0\. 4'-2 r'orm :::lev,se-d September 1986 Page __ :,f __ Enve.Jope Sumrnary Form and Works.he:et (Part 1 of 2) CF-2 1--rs Roof A B C 0 Roof Propo5&d Area/ Type Arva A-value R-vl!lue I I/.--~ 'S 18,7":> Total Jb4½ Total Awrage R-value .... [ __ ___, ColB/ColD Glazing in Roof A B C 0 Surl-"8 Aru .. Type North Eut $Quit.I >-.J.'A: ; Exterior Wall Area A B C 0 Surlaoe AIM Nonh East South 40 n ~o Form Revised September 1986 For Enforcement Agency Use Only Date Checked By Date Exposed Floor Area/Soffits A B . C 0 Floor/Sotfit Propc;,sed f,na / Type Area A-value R-~ue NI\-. Total Total Avun1ge A-value ._! __ ___. Co,I B / Col D E F G H West Horizontal TQtal (At} Pr-opos.ed U-value l'rorcMd --. ··,·----~ --- Total ("') E F West Total /'0 9 s ii 15 Page __ JI_ Env~lope Summary Form and Worksheet (Part 2 ot 2) CF-2 ; I, JI~ F0r Enforcement Ag_ency Use Only Oocumentatior. Author/Firm · oa1e · Cheeked By Date Opaque Exteri~r Walls and Doc.rs A B C 0 E F G H J K Surfaot Atta Proposed Wall Requirement wan Nol1h East S<i&l,th West TotaJ Heat R-Value A-Value Type (An) (Ae) (As} (Aw) (Al} Capacity (RI} At/ Rt (Rr) At I Rr I 2 (,, ,Z(o '10~ '1 <..P. I(._, J ~ fu,'11 ' ' Totals '") {',.. 2.G, 'f'?Db '7 <;B Total Total , Proposed Required Weighted Average R-Value l l I l Col F /Col I Col F / Col K Glazing in Walls A B C 0 E F G H J K Surlaol Area Glazing Characteristics Weighted Averages Glazing North East South West Total Total Area West Area Total Area Type (An) (>.) (As) (Aw) (Al} U-Value SC x U-Value xSC x SC I I~ \.<::I -:.;R~ 41'1 ,68 I<:. '7 : Totals /4 ,~ "'S ~ '1 ,4 1'1 T0ta11 U-Vllut We$t SC Total SC Avera091 ( ! I Col I / Col F Col J / Col E Col K / Col F Page __ ,,_ ~,····· For Enfor0tm4111t Agency Use Only OQeumentalicn Aulhor/Finn Ch~edBy Date Summ~ry Data 1 2 3 ' 5 6 7 4(prz._ C~lior,e,d Fbct >.rN • • • • • . • • , • • • , • . • • . • • • • . • • • • , , • , , • • • • • • • ___ _ Total Fan Watts 01.Xing Ptak Cooling Condition, (from WoNhnts below) •• , , •• , , •• , , ••••• h\\~ Fan Wattage lndtx (Lne 2 x 1000 / Line 1) • , • , , , , , , , • , ••• , , • , • , , • , •• , , , , • ' 7..1 Total HVAC Sysam E'*l1)' During P~ak Cooling Conditions (fr:om Worksheets below) •• , , • , , • , , , I 1.'2., $" Cooling Power lndtx (·l.int, x 1.000 I Un• 1). , , • , , , , ,·, , , , , , , , , • , , • , , , , , • , , '2Co 1 $&ti Total HVAC Systam Energ.y During Peak HHling Co~ons (h:om Worb'*1ts below), • , • , • , •• , , I() I , 1 (. Healing Power lndtx (Line 6 x 1000 / Line 1) • , •••• , , ••••• , •••••••• , , • , ••• , 2 2 112 kilowatts Wa1tS11t2 kBtu/hr Bru/hr-112 k9!U/hr Btu/hr-lt2 Fan Energy A B C 0 e F G M J Brake Hor1ep.ower Moll)( x Drive Efficiency Ptak kilowatts Equipment Conv.rs.ion Number Mari( Oescriplion Cooling Healing · CQoAng Keating FIIC_lor Fans Cooling He.sting HP-'1 ~ ITE::.Pr1 P-->""t' I,' I 545 ,,,~( ''\ '1 I '1 I 0.748 I I.ii~ I, 11 '1 0.748 0.7"6 0.74& 0.746 0.746 0.7"6 0.7"6 0.7"6 To!JI/ kilow~ I.JI °i 1, H '\ Heating and Cooling Equipment A B C D E F G H J Cooling Heating Equipment O.sign Conwr1ion SoUtc:9 Design Conversion Source Mari( Description Output e ttic:ie.nc:y Fa,::t.or kBtuhlr Qiiput Efficiency Factor kBtuihr na An Fans L\I'\ na 10.239 I\ ,4S1 \,\\G\ na 10 239 \ \ ,45'1 From Wo~sh.et Abow ttr-1 f/k ~1 ?o.Jf'r\/1 qJ,l ~t*,{v b,4 10, 1. ?/4 Jll.04 81 K6rv 't I '1 ~ 90,D Total 121.,C:: Total )OL 4C., i='orm ~ev,sed September 1986 Page __ ,! __ t;nveiope Summary Form and w·o-rksheet (Fart 1 of 2) --· CF-2 ITS. For·Enlorcemenl Agency Use Only 1-ZS-B 1 Roof A Roof Type I Total B Area 4SLR 45bf\ C 0 PropoMK:I Area/ R-value R-vall.HI IR,'13' .. Total Average A-value . ._I ---. ..J ColB/ColD Glazing in Roof A 8 C 0 Surf.~ AIM Type North East South Exterior Wall Area A 8 C D Surfaoe Area Nonh East South 35(.) Form Revised September 1.986 Date E West E West· )'l. 6 Checked 8y Exposed Floor Area/Soff'its A Floor/Soffit Type J-.,p,; Total F Horizontal Total F ~0~ arz B C 0 Proposed Arrla t Area R-value R-value _.. Total A~rage A-value[._ __ ___, Col 8 /Col D G H Total (At) Proposed U-value Prorcsed r-.. Date Page __ ::,t_ 6nveJope Summary Form and Workshe.et (Part 2 of 2) CF-2 For Enforcement Agency Use Only 00CWT1entalion Aulhor/Firm dhiaed By Date Opaque Exterior Walls and Doors A B C p E F G H J K ~rfaoe.Araa Proposed Wall Requirement wan Nor1h East Sovlh West Tot.al Hut R-Value A-Value Type (An) (~) (As) (Aw) (At) Capacity (Rt) At/ At (Ar) At I Ar ',?:, "5l~ i?c 4Pi2. lfn,J ~ {o,'11.. Totals '35G I Z,~ 4Bt Toi.I Total Proposed Required Weighted Awrage R-Valve · [ ; I Col /Col I Col F / Col K Glazing in Walls· A B C 0 E F G H J K Surfac:eArH · Glazing Characierislic:s Weighted Averages Gtazing Nor1h East South w .. 1 To~ Total Area West Area Tot.$1 Area Ty~ (An) (Ae) (As) (Aw) (At) U-Value SC • LI-Value xSC X SC : Totals {'J Totals U-Vlllue West SC Total SC Aver.091 I i I Col I / Col F Col J / Col E Col K / Col F ,.,,. ____ ""I ........ -' ........... ,.._,_..i,......,,. ,~j:!,: Page_'_,,_ Galcwlation of Daylit Area Under Skylights ITS 4-ZS-81 Documentation Aulhor/Firm D.ate " e Skylight Ret.1'9nc::a Number • ·- 2 0ncription of Skylight •••••••••••••• 'J22mf: ····-. • • e e t • I t t ... ·--- 3 Proposed Skylight >Jea (A) , • • .... ~ Proposed Skylight Shading Coefficient (SC). • • • • • 5ry 5 Sky~ght Well Wldlh (W) , ••.•••••• , •• , , ~ _ 6 . Skylight Well Length (L) • • • , , , • • , , , , , , _8_ 7 Flocl" t> Ceiling Height (H) • • • , , , • • • , • , , \ ) 1 -{' Floor t> Skylight Height (S) , • , • • , , , , , , • , j '7 , ) 8 ~ Une5+(1.5xUne7). 10 Line 6 + (1.5.x Line 7) • ... ,'2012)_ . ... ZB,Z5 _ 11 LineBx2.,.,, , •• , , • , • , •• , , , , 35 _ 12 Width of 0aylit Al'N (Leuer of Lin• 9 or Line 11), , , zo,1-) _ 13 Length of 0aylit Area (Le~r of Line 10 or Line 11) , , '28, l S _ 14' Maximum 0aylit Area (Line 12 x Line 13) ,; , , , , , ,51 L 15 Reduction Due to Overlapping 0aylit Areas « Walla • ._ 16 A~usi.d 0aylit ma(~ 14' • Line 15) •• , , , •• _ 17 ADowed Percent Sky6ght (Package Requnment) , , ·-- 18 Maximum Allowed Sky!ight Area (Line 16 x Line 17) • ·- 19 Reference to Automatic Control •••• , , ••• , ,_ Notes C CF·6 For Enfol'C$ment Agency Use Only Checked By Oare D E F G H ft2 ft ft ft ft ft ft ft ft ft 112 tt2 tt2 tt2 tt2 tt2 1 All luminaires located within the daylit area are req..,ired to ~ controlled. 2 The daylit area rnu,t bo red.iced when partibOns or walls cut into the area determined by the above methods. I I f' ,, I " I 11 II li II ii 1,1 II I HYAC Power lndi~es Summary Form and vvor-Ksneets Lir-4 I TS For Enforcement Agency Use Only 1-'ZB-B 'f Documentation AuUior/Firm Date Checkfd By Date Summary Data 1 2 3 • 5 6 7 C«dtior,e,d F1c:>cM" NN ........ I • I ••••••••• I ' ••••••• I I •••• I ••• ~-' G9 5 Total Fan Watts Ouing Peak Cooling Condition• (from Worbheets below) ••••••••••••••••• , $ 5q Fan Wattage Index (Lin• 2 x 1000 1 Line 1) • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • , 3 ~ Toca! HVAC Sysam Energy During Peak CoolinQ Condition.I (from Woooheets t,,elow) •••••• , •• , • 68, ~ Cooling Power Index (Lin•• x 1000 I Line 11 •••• , •• , •• , • , , , •••• , , • , ••••• , , 521 4 'Z.. Toca! HVAC System En~y During Peak Heating Conditions (from WorilshMts below) ••••••••••• kS c JI I Healing _Power Index (Une 6 x 1000 / Une 1) • • , • • • • • • • • , , , , • , • • • • • • • • , • • • • :1o, ;, 112 kilowatts Wa1ts1ft2 kB!u/hr 8tulhr-ft2 kB tu/hr Btu/hr-tt2 Fan Energy A B C 0 F G H J ~k• Horsepower Motor x Orivw Efficiency Peak kilowatts Equipment Conv.rsion Number Mark O.Sc::ription Cooling Heating C~ng Heating Factor F-MI Cooling Heating HP .. P, Pk ltE lf\ 1 Pl.I n-. I I .c;',4 I 5'-4 '1 '2. ,,~rz 0.748 I r 'S~C\ I ~~e, 0.749 0.7'6 0.7~ 0.746 0.7'6 0.7"6 0.746 0.7'6 Total kilowa.tti I 5t;°"'I ,s~-, Heating and Cooling Equipm.ent A B C 0 E F G H J I ! CooHng Heating Equipment O.sign Conwrsion Sourc. Doign COflwrsion Source Mark Oesc::rip lion C>Jtput Efficiency Factor kBtu/hr C>Jtpvt Effideney Factor kBtuihr na All Fans . 55"! "4. 10.239 -$,1'2 , 55'1 na 10.239 5,'17.. From Wonr.she,et Abo.,. Hf'-6 • f1 l< l-«=::"A·f' Ou ....... t , .. o.c:i KM• '7 I .i:; . /O,Z.~9 83, 14 60,~ Ve'P 1,'1 ~ (., 2, ~ iota! BB, At; Total ~R.31 Page __ :,f __ Env.elope Summa'ry Form and Worksheet (Part 1 of 2) -· .... },-. . CF-2 I 15> i-1~-8 For Enforcement Agency Use Only Protect tide km:e Oocumen1alion Auihor/Firm Roof A B C 0 Roof Proposed Area/ Type ArH R-value R-value I l'5'1fn ·19,,'1~ Total I~ '1& Total Average R-value -I · j ColB/ColD Glazing in Roof A B C D SurfK>ltAr:ea Type North East Sou1h .n Exterior Wall Area A B C D East Fem, Aev15(fd September 1986 Oal8 e we,t E Checked By Exposed Floor Area/Soffits " Floor/Sotfit Type Total F Horilontal Tptal F B C D Proposi,d Area/ hea R-value R-v.alue Total Average R-value ._! __ __, Col B / Col D G H Total (At) Propote<1 U-velue Prorcsed { ) Date Page __ ::,t_ ','.',' ·:·.•.•.· . ..• .. Eny,eJ.ope Summary Form and Worksheet (Part 2 ot 2) CF-2 Project tiile II> For Enloroement Agency Use Only 4-2.8-B'J D~um.ntalion Aulhor/firm Oate Chicked By · Date Opaque Exterior Walls and Doors A B C D E F G H J K Surfac:e ArQ Proposed Wall Requirement wan Nonh East South West To~ HHl A-Value A-Value Type (An) (Ae) , '(As) (~) (At) Capacity (Rt) At/ Rt (Ar) At/ Rr [(,..,?_ '2 'l CJ 441 /{,," .f 6',, 7 Totals IC...?_ '2.'1 ~ 441 Total Total Proposed Required · WeighttJd Awrage A-Value [ I · Col FI Coll I I Col F / Col K Glazing in Walls A B C 0 E F G H J K Surfac:e Area !Glazing Characteristics Weighted Av&rages Gluing Nonh East South WK! Total Total Ania West Area Total Area Type (An) (Ae) (~s) (Aw) (At) U-Value SC ,c LI-Value ,cSC X SC I '2.. I 5., G) S-Oo I &,P, l ~'l ; Totals I Z. I -~ '1 °l C:.oo TocaJt U-Valu. West SC Total SC Awrage1 l ! Col I / Col F Col J I Col E Col K / Col F Page __ ,,_ HVAC Power lndfcE:,~ Summary t--orm ano worKs:tiee1s ... ITS For Enloreement Agency Use Only Documentation Author/Firm Checked By Date Summary Data 1 Condtioned Floor Area ••••••••••••••••••••••• ' ••• t I • • • • • • • • • • a 3'2 tt2 2 Total Fan Watts Duling Peak Cooling Conditions (from Worksheets below) , , , • , , • , , • • • • , • • ._, "b j & kilowatts 3 Fan Wattage Index (Line 2 x 1000 I Line 1), •• , • , ••• , , • , • , • , • , , , , , • , , , , , , • t4"1 Wattstft2 -4 Total HVAC Sysmm ~ergy During Peak Cooling Conditions (from Worksheets below) ••• , •••• , , • 51 \ & t. kBtu/hr 5 Cooling POWfi Index (Line -4 x 1000 / l.kle 1) ••• , , •• , , • , , , , • , • , , , ••••• , , , , , fo q, I~ Btu/hr-h2 6 Total HVAC System En~y During Peak He,ling Conditions (frt>m Worksheets below) , ••••••••• , ..j 8, 8 t, kB!U/hr 7 Healing Power Index (Line 6 x 1000 / Line 1). , , ·• , , ••• , • , , , , • , , , •• , , , , •• , , ., 68 • 1 Btu/hr-112 Fan Energy A B C D ·e F G J Brake Horsepower Mo!J)I' x Drive Efficiency Peak kilowatts Equipment Conv.rsion Nurnber Mark 0.Sc:riplion Cooling Healing Cooling Heating Fac10r Fms Caoling Heating H (,., .. "\ 'Pl.:'. HfA-f \J..i""'"' I '2, I?-, .~ I (,,, 0.768 I r·n:,~l'J-3 -; T3 _ 0.7~ 0.746 0.7"6 0.746 0.746 0.746 · 0.7-46 0.746 Total kilowatts 1 !,.13 ,:,1'3. Heating and Cooling Equipm-ent A B C 0 e F G H J Cooling Heating Equipment Design Conversion Souroo Dnign ConYersion Source ~ Description Ou~.vt Efficiency Factor kBtu/hr QJ~ut Efficiency Factor kBttuhr na All Fans I 31') na 10.239 3,81.. / 31'? na 10.239 ;,e'l. From Worksheet Abow I-IP-'1 f'I< rl@\·r Pvmf iM.~ ll~w A.4 10,7_?,q 64 4~.~ ~l{f(.I '2. '9 -:l., 4~ ' ., Total 5'1,6'Z.. Total tfA,B'l Forni ~ev1sed September 1986 Page __ :,! __ Eflvel~pe Summary t-~orm and Worksheet (Part 1 of 2) · · CF-2 ,-rs Documentation Aulhor/Firm Roof A B C 0 Roof Propos-&d Area/ Type Ar.ea R·value A-value \ P.. -:2,& \ ~,13 - Total ~ 'l, b Total Awrage A-value-_j -~- Col B / Col O Glazing in Roof A B C 0 Surlaoe Area Type North East South Exterior Wall Area A B C D I Surface Arn Nonh East Sovth ?;o Form Aev1s&d $4!ptember 1986 Date E West E West 28l For Enlurcsment Agency Use Only Checked By Date WI a:;:wµ.:ewww $ Exposed Floo.r Area/Soffits A Fl.oor/Soffit Type To.ta! F Horizontal Total F t .31 B C D Pmposed Area/ Area R-value R-value Total Average A-value I.__ __ _, Col 8 / Col D G H Total (At) Pl'Of)OMd U-value Prorcsed CJ Pa9e __ :it __ Envelope Summary Form and Worksheet (Part 2 of 2) CF-2 ID For Enforcement Agency Use Only 4-zs-8'1 Oocumentalion Author/Firm Date chicked By Date Opaque Exterior Walls and Doors A B C p E F G H J K Surface Ar$a Propose:d Wall Requi~ement i: wan Nonh East Sculh W•st Total Heat A-Value A.Value Type (An) (Ae) (As) (Aw) (At) Capacity (Rt) At/ Rt (Rr) At/ Rr 11 I ~o I (r:,~ I °l A }[..,,. J~ ~.'17 --11 I I ' Totals ~o 16 8 \ q{s Total To.ta! Proposed Required Weighted Aw,..ge R-Value 1 J eo1 i= 1 eo11 Col FI Col K Glazing in Walls A B C 0 E F G H J K Suriaa, ... , ... Glazing Chatacterislics Weightod Averages Glazing Nonh East South w ... 1 T01al Total Ania West A111a Total Area Type (An) (Ae) (As) (Aw) (At) U-V.alue SC x LI-Value x SC x SC LO I\~ I~·~ doA 1C1 - : Totals 2-0 I I . '-J \ '2, ') Totall U-Valut Wes! SC Total SC I I Col I / Col F Col J / Col E Col K / Col F Page __ ,,_ ..,; / r , -, T.J_S,:::__ _______ _ ~e k'ro f\ . For Enforcem.,-it Agency Use Only Ooeumentation Aulhor/Firm Date Cheeked By Date Summ~ry Data H~-10 1 2 3 Cor\Cllioned Floor Area • • • -• • • • • • , , • • • • • • • • , • , , • • , • • , • • • , • • , , • • ~ 9, \ tt2 ' 5 6 7 Total Fan Watts Olxing Peak ·cooling Condition• (from WorkshMta below) • • • • • • • • • • • • • • • • • I , I\ q kilowatts FWI Wattage Index (Line 2 x 1000 / l,..ine 1) •••••••• , , • , , , , • , •••• , , • , •• , , , • • ~ 2. Watts11t2 Tot.II HVAC Sysl9m ~ Ovring Peak Cooling Conditions (from WorkshNts below) • • • • , • • , , , , l 2 2, 5" kB tu/hr Cooling Ptl'Mtf Index (Line , x 1000 / l,ine 1) • , • , • , • • , • , , • , , • , , , , , , , • , , , , , , "S 51 0 '\ Btu/hr-ft2 Tot.II HVAC Sys•m Energy During Peak Huling Condition, (from Wort\lhNts below) •••••••• , • , IO l, ':] b kBtuthr Healing Power lnclltx (UM 6 x -1000 I Un. 1) ••••••• , , •• , , • , , • , •••• , , , ••• , 'Z. "1 ,o l? Sru/hr-h2 Fan Energy A B C 0 E F G H J hke Horsepower Mol0C' x Drive Efficieney Peak kilowatts Equipment Con~Ofl Number Mar.k Oaaiption Cooling Heating Cooing Heating Factor Fans Caoling Hea0ng Hf-1.0 ~ #tt::.1'11 fl-.>>T'\(' I.\ S5 t,1S'( ''I 'I , 1 TI 0.7"8 I I ill~ I. I\ '1 0.7"8 0)"-6 0.746 . 0.7"6 0.746 0.7"'3 0.7"'3 0.7&6. Total kilowatts I ii 1 '-' ldl9 Heating and Cooling Equipment A B C D E F G H J Cooling Healing Equipment 1.Design Conwrsion Sour09 Deaign ConVllrsion Source Mark O.saiption Output Efficiency Factor kBIUllY ()Jq;:>ut Elfici.ney Factor kBtuihr na An Fans I ill q na 10.239 \ \ ,J:\S1 \, \\ G\ na 10.239 1\,451 From Worxsheet AboY8 rtP-10 p)( tf61<11 f'..in'IP q I, I ·r:fi1-1 -8,4 10, 2. ?,q ,.,, IO 4 81 K6foJ '2., q 3 qo,o Total IZZ,~ Total \01. 4~ F'orm ~ev,s~ September 1986 Page __ :,f __ ... Envelope Summary ·Form and Vforksheet wart 1 .o·t 2) ,-rs Documentation .AIJlhor/Firm Roof A B C 0 Roof Proposed Area/ Type Ar-.a R-value R-value f '2.,'7( ... 4 IA,1'2. Total ~'1~1 Total Awrag• R-value l._ ___ _, Col B / Col D Glazing in Roof A B C 0 Surfaoe Area Type North East South Exterior Wall Area A B C D I Surface Arn North East South 8<:: Form Aev1s9d September 1986 Date E West E West r\~ -16 For Enforoernent Agency Use Only Checit.ed By Date Exposed Floor Area/S.offits A Floor/Soffit Type Al~ Total F Hortzon!al Total F Total @5 B C . 0 P.ropo~ed /Vea/ AtH A-value A-value i Total Aver11ge A-valuer ._ __ ....J Col BI Col D G H Total (At) p~ U-v~lue Prorcsed ~ Page __ :,t_ I! ii 11 -E·nvelope Sum-mary Form and Workshe,et (Part 2 of 2) CF-2 IT? . For Enloroement Agency Use Only Oocumenlalion >.ulhor/Firm Cfieeked By ·Date Opaque Exterior WaHs and Doors A B C D e F G H J K Surface Are.a Proposed Wall Requirement Wan North Eut Sooth West Tota.I Heat R-Value A-Value Type (An) (Ae) (As) (Aw) (At) C-.pacity (Rt) .AtlRt (Rr) At/ Rr I 1_,-L 1~ '-IL, I ( (.. ,, '2 i Totals '7_1~ ~l. 'l, Total Total Pl'Oi)Osed Required Weighled Average R-Value I I Col Ft Col I I I Col F / Col K Glazing in Walls A B C 0 E F G H J K Surfac:e ma IGl-.zing C tiar.cieris Ii ea Weighted Av,erages Glazing North East South Wnt Total TotalAru West Area Total Area Type (An) (Ae) ; (As) (Aw) (At) U-Value SC • U-Value 1tSC x SC I &Z l' .... '7.., ,&a I .s-I - ; Totals lo "½ t. ~ Totals U-Value West SC Total SC Average.a I I Col I / Col F Col J / Col E Col K / Col F Page __ ,t_ nvnv r'i.JY·YOI lll'lwlll\.:iQ,;;., '-'Ullllll~I, I VIJIi """''"""' 1!PY'V'll"\...,11:.;:...,"'., -· -,- FOf Enforotment Agency Use Only Documentation AulhortFinn Date Ch~ked By Date Summ~ry Data H?-n 2 3 4 5 6 7 Condioned Floor Area. • • • • • • • • ••••••••••••• I • • • • • • • • • • • :5143 Total Fan Watts Olxing Peak Cooling Conditiona (from Worbhetta below) • • ' • • • • • • • ' • • ' • • , , , 11 L F.-i Wattage lnc:.x (i.;n. 2 x 1000 / Line 1) •••••••••••• , ! • , • , •• , , •• , •• , , , ~ Total HVAC Sys•m Energy Ouring Peak Cooling Conditionn (from Wori(shoets below). , , ••• , • , , • jlJ.,_L Cooling Power lnc:.x {Lin• 4 x 1000 / i.;n. 1) ••••• , •• , ••• , , •• , , •••••• , • , • , , Z O, ~ Total HVAC Sys11tm Energy During Peak Healing Condi1ion1 (from Work.shNtl below) • • • • • , , , , , • j O I .(:, Healing Power lnde:\C {Line 6 x 1000 / Line 1) • • • • • • • • • , • • • • • • , • • , • • , • • • • • , .11 , 01 112 kilowat.ts Watts1h2 kBtu/hr Btu/hr-112 kBtu1hr Btu/hr-112 Fan Energy A. B C D E F G H J Brake Horsepower Motor x Ori.,.. l;lfieiency PHk kilow11ts Equipment Con.,..Bion Number Mark Oncrlplion Coolil:lg H .. ling CooRng Mealing Faictor Fans Cooling Heating HP-\\ ~ ~f\'f Pu"'"'t> · 1,\"55 l,1 S' ( ' , "1 ,1 I 0.748 I 1,11 «'\ I, 11 '1 0.7~ .. 0.7'6 0.7.a 0.746 0.7'4':i 0.7~ 0.746 0.746 Tot.al kilowatts l,llq '"' q Heating and Cooling Equipment A B C D E F G H J Cooling Huling Equipment be,ign Coowrsion Source 0.sign Conv,i~ion Source Mark O.saiprion Out;,ut Efficiency Facior kBII.J/hr Output Efficiency Factor kBtuthr na An Fans Ii \I'\ na 10.239 I\ ,4S1 \,\\<=\ na 10.239 I\ ,45'1 From Worhheet Abow rtr-1 \ PK ttt,Jt\1 ?..in'\P q1,1 rtt'-' 8,4 ,.o, 1. ?Jq . 111.04 81 K6ru '2.1 C\ 3 90,0 .Total I Z Z, S' Total )01, 4'-, i='orm :=.ev1sed ~ptember 1986 Page __ :,f __ . . ... --Envelope Sumn1ary Form and Worksheet ·(Part 1 of 2) ... C~-2 rrs Documentation Auihor/Firm Roof A Roof Type I Total B Area c;94"l, sq4~ C Propos.ed A-value i6,T~ Total D Area/ A-value Average A-value I..__~ ColB/ColD . Glazing in Roof A B C 0 Surface ATM Type North East Squlh ! Exterior Wall Area ,. B C D .Surface ,,.,... East Sovlh Form Revised September 1986 Oa.te E West E Wvst J-H'-\ J For Enforcement Agency Use Only Cheeked By Exposed Floor Area/Soffits . A Floor/Sotfit Type JoJ A Total F HortzontaJ Total F Total 9 B C 0 PrQposed ,., .. , Area A-value R-value ~ Total Av.erage A-value ._[ __ _,] Col B /Col D G H Total (At) p~ U-valu• Prorcsed n Date Page __ :,t_ n v nv r vvvo, 111,- For Enforcement Agency Use Only Proiect1de ___ _.:k';,__,Jm:.J..!...!...P....,;.._ ____ 1-=-~26: e 1 Documentation Aulhorlfitm Date Cheeked By Date Summpry Data H?-l'Z 1 2 3 cortdtioned Floor J.,r:ea • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • 4 s 1 e tt2 kilowatts Watts1ft2 kBtu/hr Btu/hr-tt2 kBtu1hr Btu/hr-112 " 5 6 7 Total Fan Watts DI.wing P11ak Cooling Condit.ion• (from WorkshNta below) • • , • • , , , • • , • , , , , , I,)\ t Fan Wattage Index (Line 2 x 1000 I Une 1) , , • , • , •• , , ••• , • , , , , •• , , ., , , , , , , • , Z Tota HVAC Syslllm En«gy During Peak Cooling Conditions (from Wo.rksheets bQlow) • , , , , , , , , , , \'2.t, S° Cooing PO¥ter lnct.x (Un• , x 1 OCO I Line 1) • • • • c , • , • • • • • • , • • • • , • • • • • • • • , , 2 e, Total HVAC Sys11tm Energy During Peak Heating Condhion1 (from Worll.lhNts be.low) , , , , • , , , , , • IO I ,4(;. Heating Power Index (Line 6 x 1000 I Line 1) • , • • , , • , , • , • • • • , , , • , • , • • • • , • , , Z 2, f 1 Fan Energy A e C D e F G H J &:.ke Horsepower MofOI' X Driw Effioenc:y Peak kilowatts Equipment Conver,ion Numt:ier Mark Oescriplion Cooling Hnating Cooling Heatin9 Factor Fans Cooling Heabng Hf>-11.. ~ ltE:;Pr1 p.., .... f I, I sc; l,1')( • 'i 'l ·1 \ 0.7"5 I I ill ei I I I\ 'l 0.7"5 0.7'6 0.74' 0.7'6 0.7'6 0. 7"6 0.7"6 0.7"6 Total kilowatts I ii I 'i Ii)\ q Heating and Cooling Equipment A B C 0 E F G H J Cooling Heating Equipment Oesign ConwrJion Sour~ 0.lign Coovt1rsion Source Man,. Description Ov1put Efficiency Factor kBIIJ/hr Output Elfio&f'lcy Ftctor kBtu1hr na An Fans Ii\\'\ na 10.239 \\ 1~S 1 \, \\~ nJI 10.239 \ \ ,45'1 From Worbheet Abo..,. t-W· lri-Pll ~T ?u('t\P 1q111 ~11i{,1 A.~ 1'-',2.~9 II I. 0-4 81 r~r"' '2, IC\ ~ 90,o Total 117.,, Total \01, 4lo ~orm ::::iev,sed September 1986 Pag_e __ :,t __ Envelope Sumn1ary Forni and V\/orksheet {Par~ 1 of 2). CF-2 ,rs For Enforoement Agency Use Only ) 1-za-e1 Documentation Au'!hor/Fil'm Roof A B C 0 Roof Propes.ad Area/ Type Area R-value R-value \ 47C\4 18,,~ ' Tolal 4'2~4 Total Average A-value .__L __ __, -ColB/ColO Glazing in Roof A B C 0 Surface Area Type Nonh East Soulh <;~'! <.,, f{ / Exterior Wall Area A B C D I Surlaoe Area North I East I South I Form ~vised September 1986 Date E Wes.t E West Ch~ked By Exposed Floor Area/Soffits A Floor/Soffit Type . "'Pr .... Total F Horizontal A4 Total F B C 0 Prop,osod NH/ Aru R-valu4 A-value . -- Total Avera.~ R-value [ 7 Col B/Col D G H Total (At) Pl"01)0ffld Prorcsed U-value 64 -· ,o.q . Date Page __ :,r_ Calculation of Daylit Area Under Skylights Pr0Ject f 1t1e ITS Documentation AulhortFirm Date B Skylight Fffferonc. Number, •••• , • , •••• ,____ 2 Ovsaiption of Skylight ••••••••••••••• ~vn.L_ ·-- 3 P~sed Skylight ArN (A) • • .... " P~ Skylight Shading Coefficient (SC) • • , • • .2..2..1. 5 Slcy~ght Well Wtdth (W) , •••••••• , •••• _B_ 6 Skylight Well ungth (L) •••••• , 7 Floor 10 Ceiling Height (H) • • • • • , ,.J_Q_ ,JLS 8 Floor 10 Skylight Hitight (S) , • • • • , • , • • , • .~ -·- ~ Line 5 + (1.5 XI.he 7) , 10 Line 6 + (1.5 X Line 7), .... '2 8,2(__ ···-~- 11 Une8x2 ••••••• .' •••••• , ••••• ..2,.L _ 12 Width ol Daylit Area (Lener of Una 9 or Un, 11) , , , zg I Zf .._ 13 Length of OayUt Area (Lel-ffr of Una 10 or Una 11) , , '1.!:!.&f' ...,.__ 14 Maximum Oaylit Area (Line 12x Line 13) •••••• ,8)? _ 15 ~uction Due 10 0-..napping Dmy,lit Areas or Walla , ._ 16 A~usi.d Daylit Area (Line U -Line 15}, • , • , •• ill 17 AD.owed Percent Sky6ght (P~ge R.q.lirement), • ,_ 18 Maximum Allowed ~ylight Area (Line 16 x Line 17), ._ 19 Re"9rence t_o Automatic Con1TOI • • ti ••••••• ·- Notes C 0 CF-6 For Enforcement Agency Use Only Checked By . E F . G H Date ft2 ft ft It ft It ft ft ft ft tt2 tt2 tt2 tt2 tt2 1 All luminaires located within the daylit area ant requir.ed l0 be controlled. 2 The daylit anta mu1t be red.teed when partition1 01' walls cut into the area de!8rmined by the abo:Y9 methods. H\/AC. Power Indices s.ummary Form and worKsnee1s lir-4 I TS For Enforoament Agency Use Only Pr01ect t,de 1--Zs-B 't Ooeumentalion AuihOrtFirm . Date Chtckod By Date Summary Data , Condtioned FJoor ArN • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • • 2 2 4 I ,12 2 Total Fan Warm [Ming Peak Co.oling Cooc:lit.ionl (from WO~Nta b91ow) , , , • , • , , , , , , , , • • • t S 5q kilowatts 3 Fan Wattage Index (Lin• 2 x 1000, UM 1) • , , ••••. , ••••••••• , , , , ••••• , , , , • d 1 WaltS/ft2 .C Tota HVAC S)'llllm Energy During Puk Cooling Conditions (from Wor1(shefl!J below) •• , •• , , • , , , 68, 6 (:, kBtu/hr 5 Cooling~ Index (Lin• .C x 1000 / Line 1) ••••••••• , , , ••• , •• , , , • , , • , , , , , "2.'l I~ B.rulhr-ft2 6 Tota HVAC Syslllm Energy DIMing Peak Huling Conditioo1 (from Worksheets below). , , •• , , • , , • G,8, '! \ kBtuthr 7 Huling Power lndltx (Unt 6 x 1000 / l.ne 1) ••• , , , , • , , •• , , , • , , , ••• , , • , ••• , 2 L Q r:J Btu/hr-ft2 ·Fan Energy A B C D E F Br.akt Horsepower Mo10( x 0~ Effiaeocy Equipment Maril. Oflc:r.iplion Coaling Huting Cooling Heating HP,13> Pk ltE"i Pu n--1 ,-5'4 ,S'-4 I '1 '2. • '1Z. Heating and Cooling Equipment A B C 0 E F I Cooling Equipment 'Design Conve11Sion $ouroe Mari<. Description Output Efficiency Fac10r kBllJ/hr na All Fans , 55"t na 10.239 ~,1'7. From Wo~$heet AboYI »P-t ~ Pl< 1-}f-:A'i ()...,.,.,.,., t .. o,q K511.1 '7 I~ /o,t?J9 B~. 14 Total 86. AG G H J ConversiM Number Peak kilowatt,s F.ac10r Fwi1 Cooling Ht~bng 0.74G I ,5~°' 's--se, 0.7'1 0.746 0.74& 0.746 0.746 0.746 0.746 0.746 Tot.al kilowatts ,~~-'\ ,s~-, G H J Healing Oe~gn Conv,irsion Source Qitput Elfiaer,cy Factor kBtvthr ,554 na 10 239 S,'7Z G'o ,S' ¥6"P '2/1 ~ GZ.59 Total t,,R,31 P3ge __ :,t __ Envelope Summary Form and Worksheet (Part 1 of 2) ~ ~ Cf--2 1I2 For Enforcement Agency Use Only P1'01ect ride 4-Z.0-BJ Roof B C 0 Roof Proposed Ar:u.a/ Type NH A-value R-val_ue I '°2,"111 l P,, "> 'l. . ., Total "2., '2 II Total AY9!'age R-value ~( _· __ _, Col S/ Col D Glazing in Roof A B C D Surlape Area Type North East Soulh 5/:..vlit. 11, l Exterior Wall Area A B C D Surf1191 Area East I South I l=om, Revised September 1986 Date E · West E l, West I Checked By Exposed Floor Area/Soffits A Floor/Soffit T~ ~,~ ~ Total F Horizontal '2,(") Total F ~ B C D Proposed Areal NH A-valve A-val~ i-~ ' . Tot:al AV9r1lge R-value ._! __ ____, Col B / Col D G H Total (A1) Proposed U-value Ptorcsed '2.c') ~o Date Page __ ~,~ ~calculation of Daylit Area Under Skylights P~ectT,iie I :r, Oocumenlation Author/Finn Oal8 A B 1 SkyUght Refentn011 Number • • • • • , , • • , , , ...__ 2 Description of Skylight • • • • • • • • • • • • • , • Uo lh-I( __,_ 3 5 6 7 ·······-··- Proposed Skylight Area (A) • .. ~ P~ Skylight Shading Coefficient (SC) , , , , , ~ Sky~ght Well Wldlh (W) , • , , , , , • • • • • • , _s:,_ Skyight WtU Length (L) .• • Floor a, C4"1ing Height (H) • , • ~ ·- .fil 8 Floor t> Skylight Height (S) • , • • • • • • • • • • .ru ~ Line 5 + (1.5 X Line 7), 10 U\9 6 + (1.5 X Line 7), , .. ~_("_ .. ,z.fu],(_ 11 Line8x2 •••••••••••••.••••.• ~ __,._ 12 Width of Daylit Area (Less.er of Line i or Line 11) • • • 'l..5iL ~ _ 13 Length of Daylit Area (Le~r of Lint 10 or Une 11) •• 'l~, 7.. 5 _ 1 • Maximum Daylit Area (Line 12 x Line 13)/. , • , , , • b., 3 15 Reduction Due 10 Overlapping Oaylit Areu or Walls • ·- 16 Aqusi.d·Daylit Arla (Lint 1' • Line Hi) •• , •• , , fil 11 ADowed Percent Skylight (Pa,c;lc.age Rflq.lnment) •• ,a Maximum Allow:ed ~ylight Area (Line 16 x Line 17) , ·- ·--. 19 Reference to Automatic Control ••••• , •••• ,_ Notes . - . C CF-6 For Enforcement Agency Use Only Checked By Date b E F G H ----,. ft2 - ft ft ft ft --,.- ft ft -- ft ·-ft ft tt2 ft2 ft2 tt2 tt2 tt2 1 All luminaires located within the dayl~ area tr.1' req.iirttd IP ~ controlktd. 2 The daylit area must be red.iced when partition& or walls cvt into the area determined by the IDOV9 m_ethod1. . Li~htin~ Sumn,ary and Worksheet (Part 1 of 2) CF-5 For Enforcement Agency Use Only Checked By Date Proposed Adjusted LPD Tailored LPD Approach {when applicable) 1 Total Building Watts (CF-5) • • • • • • • ,...___ Watts Watts for IC: A -DIE (WS-SC) , , , • , , Watts 2 Control Credit Watts (WS-5B) • • • • , • Watts 3 Adjusted Watts (Line 1 -Uoo 2) • • • , • ~ Watts 4 Conditioned Floor Area , , , , • , • , , ~ ft2 5 Adjusted LPD (tine 3 / Line 4) • , , • • • /.,. / 2-Watts/ft2 2 Task Watts for IC: E & F (WS-SD) , , , , Watts 3 Non-Task Watts for IC: E & F (WS-5D) • , Watts 4 Task Watts for IC: G, H & I (WS-SE) • • • Watts 5 Non-Task Watts for IC: G, H & I (WS-SE) , Watts 6 Retail/Wholesale Store Lighting (WS-SF) , Watts 7 Total Allowed Watts (lines 1-6) • , • • • • Watts J+eM--Pump _ZoNe I ,a Conditioned Floor Area , , • • , • , , , ft2 9 Maximum LPD (Line 7 / Line 8) • • • , • • Watts/ft2 Whole Building LPD Luminaire Schedule A B C D E F Luminaire Reference in Watts per Reference Construction Number of Luminaire Total Code Documents Luminaire Description Luminaires (incl. ballast) Wcl!_ts l.l E:...-2. 2'x 4-1 2-l./){M.{J ~ -2. 72-J 4..,.4_ - D J:,,-2 2-~4,1 4-1 ~.-,!-i trfn~ I.D / '4...4. /.A'4-~ I J Page Total /,59,.4. - Building Total Form Revised September 1986 Page __ of __ - Lishtin~ Summary and Worksheet (Part 1 of 2) CF-5 .:WTgfiJ7¥TtoiJ RrL ]J::i77-!rL( ZE:rL) :::t:ivc..,. Project I e . /3r>LT E.ug<:.::S((L(_c_ . 4-2'6-iJJ For Enforcement Agency Use Only Documentation Author/Firm· Date Checked By Date Proposed Adjusted LPD Tailored LPD Approach {when applicable) Total Building Watts (CF-5) , • • • • • • Watts Watts for IC: A -DIE (WS-5C) • • , • , • Watts 2 Control Credit Watts (WS-5B) , , , , • • Watts 2 Task Watts for IC: E & F (WS-5D) • • • , Watts 3 Adjusted Watts (Line 1 -Line 2) • • • • .4,-5 4B Watts 3 Non-Task Watts for IC: E & F (WS-5D) •• Watts 4 Conditioned Floor Area. , , • , , , , .2_;543 ft2 4 Task Watts for IC: G, H & I (WS-5E) , , , Watts 5 Adjusted LPD (Line 3 / Line 4) • • • ••• /,. 09 Wattslft2 5 Non-Task Watts for IC: G, H & I (WS-5E) , Watts 6 Retail/Wholesale Store Lighting (WS-5F) • Watts ./-fe/3/T Pumf 7 Total Alfowe·d Watts (fines 1-6) • • • • • • Watts ZoNE. 2. ,8 Conditioned Floor Area • • • • , • • • • tt2 9 Maximum LPD (Line 7 I Line 8) • • , • • , Watts/ft2 Whole Building LPD Luminaire Schedule A B C D E F Luminaire Reference in Watts per Reference Construction Number of Luminaire Total Code Documents Luminaire Description Luminaires (incl. ballast) w~ A .E.-2 2."X41 2.-1 ~-... 'T',ll ,~-ueu. 5 72. ~o r.. 12.-2 2 )(4,1 .3-l.A-m I) "Tn ~ -4-/1~ 4-~f"> h ,;::.~2. 2...'X d-' 4--IJJnv... 'IJ "[,('-__,;,.,._...,, 1'7 JLLJL l~cZ<A . . ., Page Total 2 r-A~ .• • > - Building Total Form Revised September 1986 Page __ ot __ t ~"''' * ,,,, &:(«! l}i'ilf.Ji!'l~l""~1<, Lightina Summary and Worksheet (Part 1 of 2) CF-5 For Enforcement Agency Use Only Documentation Author/Firm Date Checked By Date Proposed Adjusted LPD Tailored LPD Approach (when applicable) 1 Total Building Watts (CF-5) • • • • • • • Watts 1 Watts for IC: A -DIE (WS-5C) • • • • , , Watts 2 Control Credit Watts (WS-5B) • • • • • • Watts 2 Task Watts for IC: E & F (WS-5D) • • • • Watts 3 Adjusted Watts (Une 1 -Une 2) • • • • • ./J 5 84-watts 3 Non-Task Watts for IC: E & F (WS-5D) , , Watts 4 Conditioned Floor Area , , • • • • • • • /)7 / C;, ft2 4 Task Watts for IC: G, H & I (WS-5E) • • , Watts 5 Adjusted LPD (Line 3 / Une 4) • • • • • ,0-';2 2, Wattslft2 5 Non-Task Watts for IC: G, H & I (WS-5E) • Watts 6 Retail/Wholesale Store Lighting (WS-5F) • Watts /-leM f/ltmrp 7 Total Allowed Watts (lines 1-6) • • • • • • Watts 2DJJe: 3 ..a Conditioned Floor Area • • • • • • • • • ft2 9 Maximum LPD (Line 7 I Line 8) • • • • • • Watts/ft2 Whole Building LPD Luminaire Schedule A B C D E F Luminaire Reference In Watts per Reference Construction Number of Luminaire Total Code Documents Luminaire Description Luminaires (incl. ballast) Wa!_ts A 22.. 2 'x41 2.-IA-MO ,//1'-e'A'~ 2.2.. ,'2. I~ e; 9; 4- ' . . ., Page Total 1 .. 5~4- Building Total Form Revised September 1986 Page __ ot __ LiShtin~ Summary and Worksheet (Part 1 of 2) CF-5 .. :nfctaUJ kYt'f;()N}kL To7Jttd Zg(l. > :D,jc_~ p7;;t--r ete0Tfolc.. · · 4-2..5-z1 Documentation Author/Firm Date For Enforcement Agency Use Only Checked By Date Proposed Adjusted LPD Tailored LPD Approach (when applicable) Total Building Watts (CF-5) • • • • • • • ~--Watts 1 Watts for IC: A-DIE (WS-SC) • , • • • • Watts 2 Control Credit Watts (WS-5B) • • • • • • =--.,---Watts 3 Adjusted Watts (Une 1 -Une 2) • • • • ~ Watts 4 Conditioned Floor Area • • • • • • • • 4f, ~ tt2 5 Adjusted LPD (Line 3 / Une 4) • • • • • • /.., 28 Watts/ft2 2 Task Watts for IC: E & F (WS-SD) • • • • Watts 3 Non-Task Watts for IC: E & F (WS-SD) •• Watts 4 Task Watts for IC: G, H & I (WS-SE) • • , Watts 5 Non-Task Watts for IC: G, H & I (WS-5E) • Watts 6 Retail/Wholesale Store Lighting (WS-5F) • Watts H@-r Pump ZorJ/2 + 7 Total Allowed Watts (lines 1-6) • • • • • • Watts -8 Conditioned Floor Area • • • • • • • • • ft2 9 Maximum LPD (Line 7 / Line 8) • • • • • • Watts/ft2 whole Building LPD Luminaire Schedule A B C D E F Luminaire Reference in Watts per Reference Construction Number of Luminaire To!al Code Documents Luminaire Description Luminaires (incl. ballast) w~ A i.;..;-z ;;J.. "\J4 f 2-1.A'JNn -ri{J 61 ~i-V 71:Ei 72-e;;:; 4-nn u . , Page Total ~.4-00 I Building Total Form Revised September 1986 Page __ ot __ Lightin~ Summary and Worksheet (Part 1 of 2) CF-5 .:lJJ'"Ce}UJJyet,\)j\J1(L Tbif<L.i2.€12-) ;D.)c:..,, p~~ t;;?L:R<;.;Q2Ae.. . . 1:J\23-8? For Enforcement Agency Use Only Documentation Author/Firm Date Checked By Date Proposed Adjusted LPD Tailored LPD Approach (when applicable) 1 Total Building Watts (CF-5) • • , • , , • ..____ Watts Watts for IC: A -DIE (WS-SC) • • • • • • ___ Watts 2 Control Credit Watts (WS-5B) • , , • • • --=--Watts 3 Adjusted Watts (Line 1 -Line 2) • • • • , / ~ Watts 4 Conditioned Floor Area • • • • • • • • J~ tt2 5 Adjusted LPD (Line 3 / Line 4) • • • • • • O.., <::,9 Wattslft2 2 Task Watts for IC: E & F (WS-50) • • • • Watts 3 Non-Task Watts for IC: E & F (WS-50) • • Watts 4 Task Watts for IC: G, H & I (WS-SE) • • • Watts 5 Non-Task Watts for IC: G, H & I (WS-SE) • Watts 6 Retai!J.Wholesale Store Lighting (WS-SF) • Watts t-1-et-r Pll J'Y) p 2o N€ s 7 Total Allowed Watts (lines 1-6) • • • • • • Watts -8 ·conditioned Floor Area • • • • • • • • • ft2 9 Maximum LPD (Line 7 / Line 8) • • • • • • Wattstft2 Whole Building LPD Luminaire Schedule A B C D E F Luminaire Reference in Watts per Reference Construction Number of Luminaire Total Code Documents Luminaire Description Luminaires (incl. ballast) w~ A E-2-. ~">C4' 2_:rl A-A .,, /7,I ' .: ., 17 7? /.224- P-.. .c.-2, ~">@ go\.111..cn 2.Jru 4-.:!. ~ "l9i~ c.. P..-2-2.,'-Jd,1 ~-J.-Mvv!J TA'~ 2-f 1a::;: ?,~{") u .. Page Total I. t-4-2.. , Building Total Form Revised September 1986 Page __ ot __ Lightin~ Summary and Worksheet (Part 1 of 2) CF-5 TPT'Mct Z€'12..., ;:c.,J c.,, .. 4-2.3-$7 For Enforcement Agency Use Only Documentation Author/Firm Date Checked By Date Proposed Adjusted LPD Tailored LPD Approach (when applicable) 1 Total Building Watts (CF-5) • • , , • • • ....___ Watts Watts for IC: A -DIE (WS-SC) • • • • • • ___ Watts 2 Control Credit Watts (WS-SB) • • • • • • ___ Watts 2 Task Watts for IC: E & F (WS-5D) , • • • Watts 3 Adjusted Watts (Line 1 -Line 2) • • • • ~~.-b-Watts /7 Z'S> 3 Non-Task Watts for IC: E & F (WS-5D) • • Watts 4 Conditioned Floor Area • • • • • • • • tla 4-..5 ft2 4 Task Watts for IC: G, H & I (WS-5E) • • • Watts 5 Adjusted LPD (Une 3/ Line 4) ••• , •• ~atts!ft2 5 Non-Task Watts for IC: G, H & I (WS-SE) • Watts · /., t;) 5 6 Retail/Wholesale Store Lighting (WS-SF) • Watts 7 Total Allowed Watts (lines 1-6) • • • • • • Watts ,a ·conditioned Floor Area • • • • • • • • • ___ ft2 9 Maximum LPD (Line 7 / Line 8) • • • • • , Watts/ft2 Whole Building . LPD Luminaire Schedule A B C D E F Luminaire Reference in Watts per Reference Construction Number of Luminaire Total Code Documents Luminaire Description Luminaires (incl. ballast) .Wa!_t& A e..-2. 2,.~Ll,·I 2.-' "~-~~~ T,®~ JJ'-::. ?t..l 72. I .1~.:, I I ~./1 ~ hP ..:>""'21......--"2...~-2 -' ·-....,...,., -, __ ::h. .. ~.,?:f'7 "'"-""""" -=7 I -,---II - Page Total Building Total / '7 Z,f:3 Form Revised September 1986 Page __ of __ /?2r3 Lishtin~ Summary and Worksheet (Part 1 of 2) CF-5 Proposed Adjusted LPD 1 Total Building Watts (CF-5) , • , • , , • ,..____ Watts 2 Control Credit Watts (WS-5B) , • , , , • =----Watts 3 Adjusted Watts (Line 1 -Une 2) • , • • • ~ Watts 4 Conditioned Floor Area • , , , , , , , ~ ft2 5 Adjusted LPD (Line 3 / Une 4) , , • , , , I.,. 2:2. Wattstft2 H@+r Pllrvif ZotJ~ 7 Whole Building LPD Luminaire Schedule A B C Luminaire Reference In Reference Construction Code Documents Luminaire Description A e::.-2.. 2.'x.4' .:,_.,. I '½:--A "T 1> - For Enforcement Agency Use Only Checked By Date Tailored LPD Approach (when applicable) 1 Watts for IC: A -DIE (WS-5C) • , , , • • ___ Watts 2 Task Watts for IC: E & F (WS-5D) , • , , Watts 3 Non-Task Watts for IC: E & F (WS-5D) , • Watts 4 Task Watts for IC: G, H & I (WS-5E). • • Watts 5 Non-Task Watts for IC: G, H & I (WS-5E) • Watts 6 Retail/Wholesale Store Lighting (WS-5F) • Watts 7 Total Allowed Watts (lines 1-6) , •• , • , Watts ,a ·conditioned Floor Area • • • • • • • • • ft2 9 Maximum LPD (Line 7 / Line 8) • • , • • • Watts/ft2 D E F Number of Watts per Lumlnaire Total Luminaires (incl. ballast) w~ 'l1L-F2 "'7? C:::.. l R4-.-~ .C-2. ?"1(4,I 4-ltmvYI) TRo~ Q 14-4-/4:2..'? , . . Page Total ~ /'_J ,_ ., Building Total Form Revised September 1986 Page __ ot __ Lightin~ su·mmary and Worksheet (Part 1 of 2) CF-5 l~~~oN~ Tt>~/91-lze:/L7 J;;.Jc_ /30b--r' Et-ec.:rfbltZ-. 4 .. 2.3~37 For Enforcement Agency Use Only Documentation Author/Finn Date Checked By Date Proposed Adjusted LPD Tailored LPD Approach (when applicable) 1 Total Building Watts (CF-5) • • • • • • • ,____ Watts Watts for IC: A -DIE (WS-5C) • • • • • • Watts 2 Control Credit Watts (WS-5B) • • • • • • ::::::-----.,,..--Watts 3 Adjusted Watts (Line 1 -Line 2) • • • • .~Watts / ft <f 2 Task Watts for IC: E & F (WS-50) • • • • Watts 3 Non-Task Watts for IC: E & F (WS-50) •• Watts 4 Conditioned Floor Area • • • , , • , , .~ t, '?)5 ft2 5 Adjusted LPD (Line 3 / Line 4) • • • • • • ~ Wattslft2 4 Task Watts for IC: G, H & I (WS-5E) • • • Watts 5 Non-Task Watts for IC: G, H & I (WS-5E) • Watts /, 13 Hti:hT fum-f ZvtJE B s Retail/Wholesale Store Lighting (WS-5F) • Watts 7 Total Allowed Watts (lines 1-6) •••••• Watts ,8 Conditioned Floor Area • • • • • , • • , tt2 9 Maximum LPD (Line 7 / Line 8) • • • • • • Watts/ft2 Whole Building LPD Luminaire Schedule A B C D E F Luminaire Reference in Watts per Reference Construction Number of Luminaire Total Code Documents Lumlnaire Description Luminaires (incl. ballast) Watts A F---2. z. "A4'' ~ -/.kM/1/l T,f,!_ ,-~·II 2~ 72 ~:.....-~ ,:;;z... c-? Pr;.fJ;<,~~ Oh.tl\.lh :J..11>1. I 4-? , . 4 1-7 <Z/1/? '~_// ~ • ..i , .... 3,..,,--,-_:,,~/Y vl)_.$/ll)d.A},#J I' .,,,,2....,, ~ A"J/~ A' 4 JJ~,.o, -4 /K]J//.,. IA.;.; ,4,./,41..../i ~J ff.O_ --;=, ir_ 1 7. //..Bl..,/"// ' ( J~f_/' f --/t".7'-,7"> l," I' . '-""' ... --\I .. ----.. ~_; .. ~, Page Total --~ , Building Total I 9 lt::f ; I& - Fenn Revised September 1986 Page __ ot __ iz. Li~htin~ Summary and Worksheet (Part 1 of 2) CF-5 .IN1'<8lN1¥CtoNY-tL 7!;,T/>rL,12..,aL) :DJe... ... ~~~ Ele~(!_ . . 4-23-87 For Enforcement Agency Use Only Documentation Author/Firm Date Checked By Date Proposed Adjusted LPD Tailored LPD Approach (when applicable) Total Building Watts (CF-5) • • , , , , , Watts 1 Watts for IC: A -DIE (WS-SC) , , , , , , Watts 2 Control Credit Watts {WS-SB) , , , , , , Watts 2 Task Watts for IC: E & F {WS-SD) , , • , Watts 3 Adjusted Watts {Una 1 -Una 2) • • • • , .C?.>75 Watts 3 Non-Task Watts for IC: E & F (WS-SD) •• Watts 4 Conditioned Floor Area ••• , ••••• #32.(qC, tt2 4 Task Watts for IC: G, H & I {WS-SE) • , • Watts 5 Aqusted LPD {Line 3/ Une 4) •••••• On77 Wattstft2 5 Non-Task Watts for IC: G, H & I (WS-SE) , Watts 6 Retail/Wholesale Store Lighting (WS-SF) • Watts 1-1-ffi-r PWYY\f 7 Total Allowed Watts (lines 1-6) • • • • • • Watts ZoN:& 5 ,8 Conditioned Floor Area • • • • • • • • • tt2 9 Maximum LPD (Line 7 / Line 8) • • • • • • Watts/ft2 Whole Building LPD Luminaire Schedule A B C D E F Luminaire Reference in Watts per Reference Construction Number of Luminaire Total Code Documents Luminaire Description Luminaires (incl. ballast) w~ A P.-2. -:>.~LLI ?-l "-A.I\ Ttfl/1);,;.,;::,; ~ I? ~7/-. P-. i=-? P~C??~S~ b1Wtvf\ ? Y ,(JI . ~ ..::. '-7 14-l ~-r=-? Toi 11:-T WML PL<,(J)-!. -1' 4 .. .cl~ /7? •-,11. I:!-E.-2-g, '"#· .,....,. CJ ,_, =A -~ _,,.rr Cy .. Z..!t ~ . Page Total ~7c:; Building Total Form Revised September 1986 Page __ ot __ Lii:Jhtin~ Summary and Worksheet (Part 1 of 2) CF-5 For Enforcement Agency Use Only BD/.:;( {E,l€0((l,le.. . 4-2 3 -87 Documentation Author/Finn Date Checked By Date Proposed Adjusted LPD Tailored LPD Approach (when applicable) 1 Total Building Watts (CF-5) • • • • • • • ~--Watts Watts for IC: A -DIE (WS-SC) • , , • , • ___ Watts 2 Control Credit Watts (WS-5B) • • • • • • --e-~ Watts 3 Adjusted Watts (Line 1 -Line 2) • , • • ,31 ~ 9> 4-Watts 4 Conditioned Floor Area , , , , , • • • 3.<;;> l O ft2 5 Aqusted LPD (Una 3/ Line 4) ••• , •• p,.,C?;JS Wattslft2 2 Task Watts for IC: E & F (WS-SD) • • • , Watts 3 Non-Task Watts for IC: E & F (WS-50) • • Watts 4 Task Watts for IC: G, H & I (WS-SE) • , • Watts 5 Non-Task Watts for IC: G, H & I (WS-SE) • Watts 6 Retail/Wholesale Store Lighting (WS-SF) • Watts 7 Total Allowed Watts (lines 1-6) • , • • • , Watts ,a ·conditioned Floor Area • , • • • • • • • ft2 9 Maximum LPD (Line 7 / Line 8) • • • • • , Watts/ft2 Whole Building LPD Luminaire Schedule A B C D E F Luminaire Reference in Watts per Reference Construction Number of Luminaire Total Code Documents Luminaire Description Luminaires (incl. ballast) w~ ~ E:.-'2-? 1't' LJ. f 2.-1./.hv'I/J v,o ~ .. ~s 7? 2.52n µ.,. P-2. f<€C€:5Sa> r2ht4JO '2./PL }I 4-, ·c;-17 C 0-2. 2.X4I _3-/ A" ;-p_ .,J ..,..,. .c:; .... II c: ~o E. ~-? TotU?;, WML Pt.1IlYfl~/',fl. Jj .,t. ~ /72. r~ l~-'2-v=i,~s S-o<'..k-t;;, J 9 C: 9~ Page Total ~. ?.OJ ,d.., , . Building Total Form Revised September 1986 Page __ ot __ CF-5 For Enforcement Agency Use Only roJect I e Bol-'1" E. Lec.,,-C:,&L~ Documentation Author/Finn Date C_heckecl By Date Proposed Adjusted LPD Tailored LPD Approach (when applicable) 1 Total Building Watts (CF-5) , • • • • , • ....___ Watts 1 . Watts for IC: A -DIE (WS-5C) , , , , , , ___ Watts 2 ConlrOI Credit Watts (WS-5B) • , • • , • ___ Watts 2 Task Watts for IC: E & F (WS-5D) , , , , Watts 3 Adjusted Watts (Line 1 -Line 2) • • • • • ~0 ,f ,3 Watts 4 Conditioned Floor Area , , , • , , , , , ft2 5 Adjusted LPD (Line 3 / Line 4) • , • , • ./"' x, .. I . Wattslft2 3 Non-Task Watts for IC: E & F (WS-SD) • • Watts 4 Task Watts for IC: G, H & I (WS-5E) • , , Watts 5 Non-Task Watts for IC: G, H & I (WS-5E) • Watts 6 Retail/Wholesale Store Lighting (WS-SF) • Watts 7 Total Allowed Watts (lines 1-6) • • • • • • Watts -~ Pitmf 2o~ I I ,a ·conditioned Floor Area • • • • • • • • • tt2 9 Maximum LPD (Line 7 / line 8) • • • • • • Wattslft2 Whole Building LPD Luminaire Schedule A B C D E F Luminaire Reference in Watts per · Reference Construction Number of luminaire Total Code Documents luminaire Description luminaires (incl. ballast) w~ A ~-2 2'><.-4' 2-' AA,_•.A:!: ;;12.---=,=t.:_.,_...,yi e:;:z 7? ~ t.44- P-.. e-2.. j\_..,. _ _,:5-e? flo-tiND 2f()(. I/,.., 2£--J '-;t::,2_ ("'_ i:;. -2 2. ~ 4 I '2, -I ""-• 11'1 i7,2 . I '2. ;,,.c:; L.38(') II n P-2. .2..,"'1.A, 4--1 ~ .... -r,,2;,;; ·----. ·,LL.LL , }4-4--=-. ., -' . Page Total c~_020 , Building Total .__ ____ _. Fonn Revised September 1986 Page __ ot __ Lightin~ su·mmary and Worksheet (Part 1 of 2) CF-5 For Enforcement Agency Use Only Documentation Aulhor/Firm Checked By Date Proposed Adjusted LPD Tailored LPD Approach (when applicable) 1 Total Building Watts (CF-5) • • • • • • , ,____ Watts 1 Watts for IC: A· DIE (WS-SC) • • • • • • Watts 2 Control Credit Watts (WS-58) • • • • • , .---Watts 3 Adjusted Watts (Une 1 • Una 2) , , • • ~ <=> 3 { Watts 4 Conditioned Floor Area • • • , , , • • <f:.3:1.B ft2 5 Adjusted LPD (Line 3 / Line 4) • • • • • • ~ Wattstft2 2 Task Watts for IC: E & F (WS-50) • • • • Watts 3 Non-Task Watts for IC: E & F (WS-50) • , Watts 4 Task Watts for IC: G, H & I (WS-SE) • • , Watts 5 Non-Task Watts for IC: G, H & I (WS-SE) • Watts 6 Retail/Wl:lolesale Store Lighting (WS-SF) • Watts 7 Total Allowed Watts (lines 1-6) , , • • • • Watts . ,s Conditioned Floor Area • • • • • • • • • ft2 9 Maximum LPD (Line 7 I Lina 8) • • • • • , Wattstft2 Whole Building LPD Luminaire Schedule A B C D E F Luminalre Reference in Watts per Reference Construction Number of Luminaire Total Code Documents Luminaire Description Luminalres (incl. baOast) Wa!_ts A 12-2 2.Y...4-, 2-1 n,:-,,-•" 1/l'i:>~ C::.,O) -2.. 4,-;. 2.~ 1-R ~ r,;-.2_. 12~~<-ec> Oot(Nn 2,/'(JL 3 /_ ,_ "'7 ., 14 • I e c-2... 2. ~A-" ':2_...,f.J)('r(v() -r~ ~-cii :..~ I Ci -::.Z/ L~ :IE· IE.-2. 1'of t.&T' \JJ./tvU_ 'J:..[.J.(o-(U6"15u7' 2L .A .. 2_ r-1 ?_ r.::... 1=~2. ~L-eSs; s;oe~ j ? .c:::.,. '2 c:.. • Page Total 4: ~ :2, I , Building Total Form Revised September 1986 Paga __ of __ Lightin~ Summary and Worksheet (Part 1 of 2) CF-5 :DJJrt;Wm:io,vAi,. tDTJ!rl-l 2.e/1..) pJvc. Project I e . Sr:n.~-r GiU2c.:(fLL~ . 4-23-87 For Enforcement Agency Use Only Documentation Author/Firm Date Checked By Date Proposed Adjusted LPD Tailored LPD Approach (when applicable) 1 Total Building Watts (CF-5} , • , , , , • ,.____ Watts Watts for IC: A -DIE (WS-5C) , , , , , , Watts 2 Control Credit Watts (WS-5B) , • , , , • ___ Watts 2 Task Watts for IC: E & F (WS-SD) , , , • Watts 3 Adjusted Watts (Line 1 -Line 2) , , , , '.3,52..(1,? Watts 4 Conditioned Floor Area • • • • • • , • 3tz 35 tt2 5 Adjusted LPD (Line 3 / Line 4) , , , , • , l'.:l .-.7'4, Watts/ft2 3 Non-Task Watts for IC: E & F (WS-50) , • Watts 4 Task Watts for IC: G, H & I (WS-5E} , , , Watts 5 Non-Task Watts for IC: G, H & I (WS-5E} , Watts 6 Retail/Wholesale Store Lighting (WS-5F) , Watts 1-!w Pump 2.oNH: /3 7 Total Allowed Watts (lines 1-6) , , , , , • Watts ..a Conditioned Floor Area , , • • , , , , , tt2 9 Maximum LPD (Line 7 / Line 8) , , • • , • Watts/ft2 Whole Building LPD Luminaire Schedule A B C D E F Luminaire Reference In Watts per Reference Construction Number of Luminaire Total Code Documents Luminaire Description Luminaires (incl. ballast) w~ .Q P.:-2, Z."',l,4,1 2,:-/.mvvt) 71!..J ,.;;_-,; -::Z..4--/z 2 .,,,, ~•.n r.. I ,,,, ~ fl... ,=;:-2 ReU-?SSrrr> f2h\f.,l'Jn -;, /,yJL '2.-4'7 -<0)4. e,_ e-2.. 2-.)(;J4I 3-/ A'lw.0 'Tm'JJ ~ 1'-II c:: l;-,C?:J 0 'T) P-2.. 2..,'J..L1.) LL-I,~~;',.;,," -· .... ~ 2.. .144-2.S~ u ~ Page Total 3.~?(') ., Building Total Form Revised September 1986 Page __ ot __ Certificate of Compliance (Part 1 ot a) p'r~~®::t\tsi c ~,L7,Ml;>12 Project Architect/Engineer Building Pem,it Num Project Location City/Town '.<MA Documentation Aulhor Prescriptive Approach/Performance Approach Strategy General CEC Occupancy Type • • •. • • • • • • ., __ _ 2 . U BC Occupancy Group/Divisio~ • • • • • __ _ 3 Package Selected • • • • • • • • , • • ,__ __ 4 Gross Conditioned Floor Area • • • • • • __ _ ft2 Roof and Floo~s 5 Proposed Roof/Ceiling At (CF-2, CF-3) • • _____ hr-F-lt2/Btu 6 Required Roof/Ceiling At (CF-2) , • • , , hr-F-ft2/Btu 7 Proposed Exterior Floor At (CF-2, CF-3) • • hr-F-ft2/Btu 8 Required Exterior Floor At (CF-2) • • • , • hr-F-lt2/Btu Walls 9 Proposed Opaque Wall At (CF-2, CF-3) : • ___ hr-F-ft2/Btu 10 Wall Heat Capacity (CF-3) • • • • • • • • Btu/F-ft2 . 11 Required Opaque Wall At (CF-2) • • • • • hr-F-112/Btu Glazlng In Walla 12 Exterior Wall Area (CF-2) • • • • , • • • ___ ft2 13 Total Glazing Area (CF-2) • • • • • • • • ft2 14 Proposed Total Percent (Line 13 / Line 12) • % 15 Average Total SC (CF-2) ••••• , •• ,__ __ 16 Allowed Total Glazing Percent •••••• 17 West Exterior Wall Area (CF-2) • • • • • • 18 West Glazing Area {CF-2) •••••••• 19 . Proposed West Percent (~F-2) • • • , • , 20 Average West SC {CF-2) • • • • • • • • 21 Allowed West Glazing Percent •••• ·, • Glazing In Roof (CF-6) Proposed 22 Skylight 1 • 23 Skylight 2 • • • • • • 24 Skylight 3 • 25 Skylight 4 • , , , • • , • , __ _ 26 Skylight 5 • • . , • , • • , __ _ 27 Skylight 6 • • 28 Skylight 7 • • 29 Skylight 8 , Ughllng 30 Proposed Adjusted LPD (CF-5) • 31 Allowed LPD (CF-5) , •• , , • , HVAC 32 Performance Set Selected , , • • , , , • 33 Proposed Fan Wattage Index {CF-4) • , , 34 Allowed Fan Wattage Index • • , • • • , 35 Proposed Cooling Power Index (CF-4) • , 36 Allowed Cooling Power Index , • : • • 37 Proposed Heating Power Index (CF-4) •• 38 Allowed Heating Power Index • Form Revised September 1986 Allowed % ,,2 ft2 % % ft2 ft2 ft2 ft2 ft2 ft2 ft2 ft2 Wattstlt2 Wattslft2 Watts/lt2 Wattstlt2 Btuh/ft2 8tuhllt2 Btuh/lt2 8tuh/ft2 CF-1 For Enlorcement Agency Use Only Date Approved By Date Performance Approach Energy Budgel l,.,o ~~ 1 CEC Occupancy Type • • • • • • , • . , ~E:E:fC:e 2 UBC Occupancy Group/Division • , • . , B, -2 4 Conditioned Floor Area • • • • • • • • .31 18'.o lt2 4 Budget Table •••••••••••• ' .2-e3, R 5 Allowed Energy Budget (WS-IA) . . • . . 9 B kBtu/yr-ft2 Calculated Annual Energy Consumption 6 Approved Calculatlon Method , , • , • • ':::>C.. l!\ 7 CEC Designation •••••••••• , , A-c..M 8 Mullipfler •••••••• , •••••. ,\ ,C'.2-7 Estlmaled Energy Use 9 Healing , • • , , • • • , • • • • , • • (p, B kBtu/yr-lt2 10 Cooling ••• , ••••••• , • , • . 7 1 ~ k8tu/yr-ft2 11 Fans •••• , • , • , •••••• , • l":Z t 5 kBtu/yr-112 12 Lights • .-, • • • • • • , • • • • • . • :> g I Lo kBtu/yr-112 13 Miscellaneous Equipment • • • , • , • • 1-·1, 0 kBtu/yr-ft2 14 Total •• , , • • • • • • • • • • • • • 6 :>, O kBtu/yr-1!2 15 Adj. Total Energy Use (line 8 x line 14) , • , BS, (p k8tu/yr-ft2 . Csee P, s, oF O<Jl"fl)T) Compliance Statement General. The proposed building represented in this set of compliance documentation is consistent with the other compliance forms and worksheets, with the plans and specifications and with any other calculations or computer runs submitted with this permit application. Performance Approach, (when applicable) The energy performance estimate presented on this form was calculated using the approved calculation method indicated above and with the CEC established fixed and restricted engineering inputs for the applicable dimate zone and occupancy type. Prescriptive Approach, (when applicable) The proposed building has been designed to meet the requirements of !he Alternative Component Package indicated above for the appropriate occupancy type and climate zone . 4:S~CA* Signed Pb-Mt::> \::\, \I M,)(4 \H\h\ /t:1 etH AfJICA L. EN Ctl N~ Namemlle I • k.Rot-\MeN\-toe;;t<. / t\cJ<..mw 4 A$~oc.. Company · \0\ '::> \-'\ o~eN-A B \.~ D Address !zhN ::D \ecO cA City/State/Zip I ~\~ 216-17\0 t-\ 52.., lo leph e Calif. License Number g1--11~ · Page-Lor __ :.:.::. :•r:··. Certificate of Compliance· (Part 2 of 2) CF-1 \ ;:, Projec~de For Enforcement Agency Use Only Documentation Author/Firm ate Checked By Dale Both parts one and two of this Certificate of Compliance must be included with each building permit application for the above noted building and appear on the plans submitted for approval. The building features and requirements represented on the Certificate of Compliance are adequate lo achieve compliance with the second generation nonresidential energy standards for the building referanced above. The building features and requirements are also adequate for any subsequent alterations, modificalions or additions to the building. Designer One Designer Three Name (Print) Name (Print) litle/Company Name Title/Company Name Address Address Signature Date Signature Date Enforcement Agency Signature t5ate Enlorcement Agency Slgnaturn Date De•lgner Two Oealgner Four Name (Print) Name (Print) litle/Company Name Title/Company Name Address Address Signature Date Signature Date Enforcement Agency Signature Date Enforcement Agency Signature Date Owner Enforcement Agency Name (Print) Name (Print) Title/Company Name Title/Agency Address Address Signature Date Form Revised September 1986 Page -Z... 01_·_ ·.·.·•·· Mandatory Measures Checklist ~ ProJectlde ).;'..l::\A Documentation Author/Firm Envelope Measures [ ] Certified insulali~ materials per 2-5311(a) • f I Insulation installed to meet ffame spread and smoke density requirements of 2-5311 (b) • • • • • • • • • [ ) Urea formaldehyde foam insulation'is installed per 2-5311 (c) • • • • • • • • • • • • • • • • • • Reference in Construction Ooruments A-I [ ] Retrofitinsufation specified as per 2-5313. , , , • , , _ __.__ { ] Air infiltration is minimized by specification of tested manufactured doors and windows and proper sealing and weatherstripping as per 2-5317 •••• , • Lighting System Measures [ ) Certified luminaires/ballasts per 2-5314(b) • ,, ~-\ [ ] Independent control w/ enclosed areas per 2-5319(a) • • _ _..,__ [ ] Manual switching readily accessible per ~-5319{b) • , , .,..._~- [ ] Reduction of fighting load to at least one half per 2-5319{c). Occupancy sensors or programmable timers meeting CEC criteria may substitute • • • • • • • • • [ I Separatu switching of daylit areas per 2-5319(d) • , • • , ',/ [ ] Separatu switching of display and valance fighting :t in retail and wholesale stores per 2-5319(h) , , , , , , [ ) Automatic control of display lightin9 in retail and wholesale storas per 2-5319(h) •. • ••• , • , , , [ ] Tandem wi~ng of one-and three-lamp luminaires per 2-5319(1) .••••••••••••••••••• , e.~...-\ Daylighting and Lumen Maintenance Controls (when applicable) [ J Uniformly illumination reduction to one-half per 2-5319(e)1 •••••••••• , •• [ ) Flicker free operation and no premature lamp failure per 2-5319(e)2 •••••••••••••• , •• ! ] 1ime delays to prevent undesirable cycling per 2-5319(e)3 •••••••• ~ •••• [ ) Step switching devices with separation between on/off settings per 2-5319(e)4 •••••••• ; ••• Form Revised September 1986 ·:·,·.- MF-1 For Enforcement Agency Use Only Checked By [ I Photocell sensors with a diffusing cover and no opaque cover per 2-5319(e)5 , , , •• , f I Manufa_ctu~r's instructions provided for installation and cal1brat10n per 2-5319(0)6 •••• , ••••• ( I Proper installation of eonlrols fr.duding sensor location, certification of initial calibration and control of luminaires Date Reference in Construction Documents only within daylit area per 2-5319(0)8 • • . • • • • • • __ _ [ I Visible or audible malfunction alarms per 2-5319(g) , , , __ _ Occupancy Sensing Devices (when applicable) [ J Fl!cker free operation and no premature lamp frufure per 2-5319(0)2 ••••••••••• [ I Time delays to prnwnt undesirnabfe cycling per 2-5319(e)3 •• , ••••••••.•• I I Visible or audible malfunction alarms per 2-53.19(g) • ( I Limits on emissions per except!om1 to 2-5319(0) , ..• '---- HVAC and Plumbing System Measures ( ) Piping lnsulaled as required by 2-5312 • • • • .H ... \ ( I ·Certified HVAC equipment per 2-5314(a) , • • , J,. ( I Certified plumbing equipment per 2-5314(a) • • • • • • l' ~ I I [ I Healingandcooflngequipmentefficiencyper2-5314(b). \-\-j_ ( I Pilolless Ignition of gas appliances per 2-53 I 4(c) • • . • f;. \ ( I Automatic conlrols for off-hours per 2-5315(a) 1 .•..• H-1 [ I Thermostat set point requirements per 2-5315(0) . . . . --1-- [ I Sequential control of healing and cooling per 2-5315(a)3 • ·--1-- [ I Automatic exhaust fan dampers per 2-5316{b) .. [ J Thermostat conlrofs for each zone per 2-531 S(b) . . . , --1-- ( I Ventilation provided per 2-5316 and 2-5343 • • • • • • . , I, ( I Heaters for domestic hot water and/or pools per 2-5318 • P-1 Page_.3..ot __ Envelope Summary Form and Worksheet (Part 1 of 2). CF-2 Projedt~? Documentation Author/Finn Roof A B C D . Roof Proposed Area/ A-value A-value Type Area ,/2..cof½ 3'::n:3&J ,~ .. ~ ~ - " ,. Total 3513q Total Average A-value .._l __ __, Col 8/Col D Glazing in .Roof A B C 0 Surface Area Type North East South ~ ~i I,.\ c., ITT"' -,,,--- q,._ VA'f:ifi_ ,~~C\ --...., -- Exterior Wall Area A B C 0 Surface Area North East· South Fonn Revised September 1986 For Enrorcement Agency Use Only Checked By Date Exposed Floor Area/Soffits A B C D Floor/Solfit Proposed Area/ Type Area A-value A-value fl_} 1l. rv A "1A-N~ Total Total Average A-value I .__ __ _, Col 8/Col D E F G H ·' West Horizontal Total (At) Proposed U-value Prorcsed -. \ c:..P,. \';;,* I . '"",;::,. o.51 --\4,,'::,C\ l'"J,8'2; o,:i.o Total '/.-.\1 E F West Total Page~'.Jf __ I Envelope Summary Form and Worksheet (Part 2 at 2) CF-2 IT6 Project Tide \::.MA Documentation Author/Firm Opaque Exterior Walls and Doors A B C D E Surface Area Waif North(Nt East~) Sou~II West (Nw I Type (An) ' (Ae) (As) (Aw) \i\l ~\ I -\ /~r:2.,2.. l /J C:.2-. '--l-7q \IC::,t:) . ' Totals (oo:;? ID '=>'i:!. 4-"7 9 \\C,Q Glazing in Walls A B C D E Surface Area ' East~1:} West(f!A' Glazing North(t1e South~ Type (An) (Ae) (As) , (Aw) ' Gl·t.A.C...-1 1r7c:::; I r-,1 '-r ?,P.., 5~\,.J., Totals ·\'2., !:> Io I I.of 2~ ~~4 For Enforcament Agency Use Only c;hecked By Date F G H J K Proposed Wall Requirement Total Heat A-Value A-Value (At) Capacity (Rt) At/ Rt (Rr} At/ Rr :i;:2 .. ~ /(,,. 1i::; (_,,It?_ ~"2:,~ Total Total Proposed Required .. Weighted Average A-Value L I Col F /Coll I· I Col F / Col K F G J K Glazing Characteristics Weighted Averages Total Total Area West Area Total Area (At) U-Value SC x U-Value X SC xsc 7>?ol O,b~ r).C:,,'"1 '32.o l Totals U-Value West SC Total SC Averages L . . , j Col I / Col F Col J I Col E Col K / Col F Form Revised September 1986 Page _2. ol ···::.,:,. ~ .... ,., CF-3 Construction Assembly Compliance Form JN1:~A,1ot:,!AL TOIAsLl:?:ATcg,, .=>Y~It!M~ For Enforcement Agency Use Only ro1ect 1de J1t') f§rj:U19Kf /!<,MA .. Documentation Author/Firm Date Checked By Date General Information Assembly Type and Number • • • • • • • • • • • • , • • , , , , • , , , • • , , , , , , • • • , • • ~_:__I 2 Framing Type , • • • • , • • • • • • • • • • • , , , , , , , , • , , • , , , , , • , • , , , , • • ~ 3 F . s· 2 11 ":11 ramang ,za • • • • • • • • • • • • • • • • • , • • • • • • • • • , • • • , • • • • • • • , . , . , y co: 4 Framing Spacing •••••••••••••••• .-•• , , • , , , , •• , , , , , , • , , •••• , Z'f:'1 ;nches ,5 Insulation in Cavity •••••••••••••• , •• , ••• , ••••••••••• , ••• , • • • I j ,0 F .. ft2 .. hr/Btu 6 · Effective A-value of Cavity/Framing • , , , , • , , , , , • , • , • , • , , • , , • , , •••• , , •. I 5, 4:Z.. F-fl2-hr/Blu Sketch of Construction Assembly List of Construction Components A Oesaiption B, 111.--T-we f?.cx;,f 2 1/'2.11 PLYWooo 3 R,-19 B;-,.:r:( lblsULATtoN 4 4'1 orz M QR,r Al 12. §i.f?ACE:- s 5/811 ACoUf.?11C.. ,-, L.(;.. 6 7 B A-value ,o3 I (oz. 15,4Z. ,ao 1,6& 8 Total A-Value w/o films •••••• , , ••••• , I B, 1~ 9 Inside surface air film • • • • • , , , , , , , , , , __ _,__ __ 10 Outside surface air file • • • • • • • , , • • • • • • ____ _ 11 Total thermal resistance (At) • • • • • • • • • , • • ____ _ 12 U-value (1 / Line 11) , , , , • , • , , , , , , • • ,, ___ , ___ _ Form Revised September 1986 C Wall Weight (ID'lt2) ~.5 1,42.. ,qy D Spgdlic Heat (Blu/F-lb) ,65 ,29 I '.2 0 Total HC E HC Col C x Col D (BIU/F-sl) '2.,-Z.7-S I Lil 16 t I 4<e 3,0 t'-IY Page tJ?or_ Construction Assembly Compliance Form CF-3 For En!orcement Agency Use Only Project ttle .JIM e,e.LMON:C / l<,,M A Documentation Aulhor/Fiml I) Date Checked By Date_ General Information Assembly Type and Number • • • • • • • • • • • , , • • , • • • • • • , , , , , • , • • • • , • • . Wti..t.l,.-I 2 Framing Type . • . . • . • • . . • • • • , , • , , • , . • , . • , , . . , • , , • , . . . . • , . lJ\eJft'-- 3 Framing.Size • • • • • • • • • • • • • • • • • • • • • • • • • • . • • • , • • • , • , . • • • , . • r-z..~ !f- 4 Framing Spacing • • • • • • • • , • • • • • , • .-• • , • • • , • • , • , , • , • , • , • , . • • , I (.i, inches 5 Insulation in Cavity • • • • • • • • • • • • • • , , • • • • , • • • • . • • • . _ , • , , • • , . , . , &-f I F-ft2 .. hr/Blu 6 Effective A-value of Cavity/Framing • , • , , • , , , , , • , , , • , • , , Sketch of Construction Assembly List of Construction Components A 2 3 4 5 6 7 Oesaiption c;_,II-C.ON C,... B A-value ,50 8 Total A-Value w/o films • • • • • , • • • • • , , • _..;.0 .... ,,_J'-"2.=-- 9 Inside surface air film • • , • , , , , , • • • • , • ____ _ 10 Outside surface air file • • • • • • • • • • • • , • • ____ _ 11 Total thermal resistance (Rt) • • • • • • • • • • • • ____ _ 12 U-value ( 1 / Line 11) • , , • • , , , • • , , • , • • ______ _ Form Revised September 1986 C Wall Weight (lb,'112) 70 O,!>S Z.,0 F-ft2-hr/8!u D E S~cific HC eat Col C x Col D (BIU/F-lb) (Btu/F-s!) . '2. "2.. 15,40 I 2. 0 0110 ''2~ 10Jc'a Total HC 10,!S Page lot __ :{;: * ¥ * * * SCI"! ENEF~E)Y ANAL YU IS MUOE::1-1.JEJ;:rn: Ul°'-l 2. OF * * * t * :{( * * * 2ND DEI\IERAT I ON NDNF~ED I DENT I (::,1... ENFF:GY !::lTP1I\IDr-i1·;:D *-~t/f. ****************************************t************ FI I_E J\!P!ME BUILDING TYPE BUILDI_NG TITLE r-1F.~Er-4 ( BQ. FT. ) ************* ITS. HF'l ClFFICE F'PIMtii:;:y D,~)'f'P1 ************ I TS ( HP-<I.) .un·Ti:.::~ 011 ... u.-:: .. rr:-07 T J: MF : U ::-:: .l. J :· <'I :L i:-:"(iGE:: .!. EXTEF~IOF~ vJAL.L ............................................................ ~.!::lO [,J]:!\!Drn•! Nm;:Tl-1./NDfHHl:::Afff ................. , •. , ....... , ... " •• " ..... " "... ::::04 EAST /SCJLJTHE(.,:\ST .. " ........ " ......... ,. " , ............. , ..... ,. .. 0 !:10UTH / !3C)l.l'rl-l~~EST ................. ,. ......... , • • .. • .. .. .. (.J vJEST /i\lCJF(fHl-l)ES"f' ........................................ " .. .. .. 0 F~ODF u 11 11 11 n u n n n n II ti II n u ff rr n II II H ff It n It rt n II n n n rt !I n 11 ,, 11 n t; '1 -~ •: n II rr n -: 11' GF\[}LJj\fD F:L .. C)[}R " rr u n n • • n n II u ff ar n u rt U • u II a ft :r 11 1, II ft 11 •1 11 11 u ,. II " n ff II Ir ti' ft " :J. /./. j, ~::~ TOTAL CONDITIONED FLOOR .................................... 1416 "R'-VALUE (EXCLUDING FILM RESISTANCES> ************************************** LJ.JAL .. LS II n 11 11 u " 11 11 ,, u u ll II rr n • 11 n • " ti • n rt n n rr tr It tr 0 11 11 11 11 tt II II u 11 11 tt u 11 11 rt n u r: c:~ If '/ ·,:;-: l,1JIJ\!DCll.1! ( INCL.UDING INBIDE FIL.M RESIST(.~NCE) • n ..... -;, r." n..... .. 6~3 F;~C)[)f' u " 11 u 11 11 11 u II u • at II si • ff II n If u ff If ff II tt If 1,1 it If ff II n II II 11 11 II tt ff :r u U n u 't n It 11 11 :J. :;;:~ ti :·,=--::::: !:::-L_(IC)f-;: ... , .. , u • n n • n a u • n n • • n n n n u " n • n n n n n u n n , u n n n n • n n n • It " " • 0 Hi,Jf'.:\C SYSTl::M ********)n<* HEf'.'.l T HIG EGlU I Fl"IENT TYPE n ..... n n " •••••• " " ...... " " n " " • n " " " • HF{Y!" F·'l..!l"IF CC)Dt. .. I l\!13 EGlLJ I Pl'"IENT TYPE • . • • . • .. .. • . .. • • • . . .. .. • . .. • • .. .. .. • • . .. .. r'.-l Ir::; CUl\!D I !" J Ul\!En EC:::(Jf\l[li"I I ZER u II n II u It u " • II " r, u " " II II n " II " II II II " " fl •I II It II u " II II II 11 II II " II II II '{1::::s f:.-(:~~J F'[)IJJEI::;~ . (lJ.JA·r1·s1E1GL. Fi"" ) " u " " ,, " " " " fJ r1 ,, u fl " " :: " It :r :t II " u • " :t II " ":~;c? AIR CIRCULATION RATE (CFM/SQ.FT.) ......................... 1,6 ***** AZIMUTH OF NORTHERN BUILDING ORIENTATION ................. 0 S1-·i~-lD I r,rc:r CC)EF'f-.. IC I Ef\J'r ,. n " n n n n 1 n It II tt n n II n n II II II :I r. rt " ff 11 II " II n n n ti II II :1 ::~;~:.) HEAT CAPACITY OF EXT. WALL CBTU/F-SQ.FT.> """""""""""" 16.15 LIGHTING LEVEL (WATTS/SQ.FT.) ............................... 1 .. 22 FJ._(JOf=< T"{F'F::: 11 11 11 11 n II n 11 11 n n n n u n n n • u ti ff It n 11 n n u II If rr n n 11 11 11 11 11 11 ,: u n II n f3f .... {-~F.) t: L .. I M ?~ -r E::: z C1 f'J t: " " fl n q ti n n " " 11 If " II 11 " It " II rt ti It " II It n " It rr " It II " II II It t: II ti n n '?or * * * * * * 13CM ENEF:;:GY ?~I\IAI...YS 18 l"ICJDEI.... VFi:;:9 I Cif,I :·.;:: .. UE ;¥. t .i='-* >r. ;r. *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** ****************************************************t PHYSICAL PARAMETERS ******************* DECDI\IDf.H-;;Y D(.\Tf..~ ************** O(YI F:. ~ 1YI---O ,:;: ... .!. '?U:· TI l'I[: !: '..l .. ::. ;: .1. J. ~ ,'.i.i:l F"Af:;r-::~ 2 D[j[)R r:·1f·~Er,:) (SQ" f::-r a ) -" " II " " n II n ff n H !I II ff II If II n It ff rt ., n n II Jr II II :t 1:1 II II 11 II u I! " " If t. Ir (_} nmn1::;, "r.:;: '' --VALUE ( EXCL.l.JD :rnG FI L.M F-:ES I ST(..)NCE~En ,, •• ,, ,, ,, •• ,, • ,, .... ., ,, ,, 0 f;Jl~L .. L (.."~f3SC)F~F=1-r I\} I-f)' " ti " ,'I n n C, ff ff II " II II II n If fl rs n " II " 11 It II II II n :: " Ir 1t It u If II II It II II II II II II '} 1::;:00F (-)8SORF'T IV I TY •••••• ,. ,, •• ,, ,, ••• ,, • ,, ., ,, • ,, ••• ,, ., ,, • ,, ••• ,, ,, ,, ,, ., • ,. ••. , • '/ ******* SHADING COEFFICIENT NCJF;:TH / NOF~THE~(..)E1T EAST /SOUTHEAST""""""""""""""""""""""" 0 SOUTH/SOUTHWEST ........................... o (..tJEST /NCH,TH~\11:::ElT ,. ,, ,, • ,. ,. ,. •• ,. ,, ,. • ,, ,. •• ,. •• , • • 0 l!DES TH I E3 DU I LI) I NG Hf~VE t'-1 I I\IDCJl,I) CJVEm .. lf.)NGH ,, •• ,. •• ,, ••• ,. .... ,. • ,, ,, ,. • 1·-IU :OCJES THIS BU IL.DING HAVE l,\IINDCH>J ElIDE· .... FINl:l •• ,. ,, ,, • ,. ,, ,, • ,, ,, •• ,. ., •• ,, • NU MECHANICAL AND ELECTRICAL ************************* F~?~TED HEt-:\T H,1(3 EFFICIENCY ••• ,. ••••••••••• ,, ,, ,, ••. , .. ,. ... ., • ,, • ,. • ., • ., , . ., f~:Pi TED CIJCJL I NG El::1::;; ••••• ,. ,, • ,, • ,. • ,. •••. , ., ,. ,, ,, , , .•• ,, ,, ,. ,. ,, • "' ,. ,. , • ,, ••••• ,. ·:: 1::· •• '1 .... ! TDTiC-)L. PACtC::Ai.:lE Ni!~ME PLATE F<(-)TING (i<vJ) ,. • ,, ,, ., •••• ,, ,, ,. • ,, • ., ,. ,. ., ,. ,. -., • 7 .. (, l;J?~ l''E:~F< ,, .. 11::.t--'1 T'EF~ ·ry F·[~ n n ,. n tr n II n n u n ti II u n It :r n " rt ti II It II 11 II II n " n II Jt It r. II :t 'I "I ti ti II II II tJ,.~1:::.~ SKYL. I C~HT *******;-l( SKYL.J:(3HT AF{Ef) u • 111 11 • 11 rt 11 n n u tt n n n :t n tt rr II n 11 11 11 n :: !I :1 u tt u 1: ., 11 u i: 11 c II a :• 11 n -n !,:,5 :f. 1;::! F!·-\/Af._lJE ,r it n n o ft n n n t: :i n n II n t: n 1: 1: n :: u n n n n :i n 11 11 n n :1 :t :: r " 11 r-:r 11 :i t l:;f;~t SHf~D I NG CDEFF IC I ENT •• " n " • " " , •• " " n " " " " • , " " " " " •• " • •. " :=:: ~P~rra1 FEATURES **************** D{) YL I GHT I NC:J STFS:h TE!:ll ES ,, ,, " • ,, ,. " ,. ,. ••••• ,, • ,, ., , • ,. ., ,, ,, • " ., ,. ., " ,, ., ,, ,, •. , ,. ,. 1,1, .. ' EClU:il::: i, . .f(.) TER HEAT I NG GYSTE:l"I .. ,, ,, .... " • ,, ,, ,, ,, .. ,, " • ,, ,. ,. ,, ., • ,. • ., ,. .... , .... ,, ,, !"IU ****** SCM ENERGY ANALYSIS MDDLL VERSIUN 2.0[ tttttt * * * 2!\!D GENEF.;:r.n I C)I\I NCJNF.::i::::t3 I .01:::i'-IT I (1L Fl\ff~Fi'.1TY-HT (:1!,!.C.1(1nn * * t ********************************************i******** qr··1-1i::T1I II T l\if" ·-•... ·--···· ·-· ··-.. ., ********** FI X. EI) .0(1 r r., ********l* OCCUPANCY LEVEL FDR OPERATIONAL PEFO: ODS ( FF-i'.ACT ICJN) Df.'.W " • " " " " • " " " " " " ' • n " " • u r " ••• , "~;'il.! ,C,) f\ I I (3 l··i ·r !:) ti u " I/ " " II " It " " II II II II " " II n Iii " ,: n , _:, :,~; f:3 AVERAGE LIGHTING.AND. RECEPTACLE LEVEL FDR OPEF~~:n I Dt--.lAL. n:R I OD El < FW)CT I Or·-1) ~ [l()'y' PEFn DD ............ " .. .. • := (l .':; :NIGHT PERIUD ....... """ .144 1:~r.11 rT \)L~1_,:::·1,1T OPE RAT I l11W-1L HCJU1::;:s PEF;: YE(~H ~ 1....1 DHT I NG ( D?rYS) • • .. • • .. 29 .I.'.:':; ~LIGHTING (NIGH·rs> ...... 359 ~ F:" {)J\f!::~ n 11 11 n rt 11 1, n n :r n " n II u 11 11 l~ ~5 :J. E~ : 1,~f.YrE::1::;: l···IE(..Y1ER • • • • .. . . .. .. :I. Tl() NUMBER OF NON-OPERATIONAL HOURS PER WEEK !) ?":'l. y r.:, E F~ I O [) u u u • u • u a " • " • II " It • ff II If It If It n II II II " II II u n II n tt rt ti ff II II II, n n 11 If ., ~.::: .:::~ ~! I {3!-·!l-F·~::f;~ I (JI) n » 11 • n n n • ir II r, n n n n n II rt II n 11 11 n n II n n n n n :s II ti n n n ir " n n n II n if./, NUMBER OF HOLIDAYS DURING HEATING SEASON ....................... 6 NUMBER OF HOLIDAYS DURING COOLING SEASON ....................... 2 SET-POINT TEMPERATURE (F) :WINTER ................................ 70 PHYSICAL PARAMETERS ******************* !~SIDE FILM RESISTANCE WINTER S~TBACK ................... ~O Sl..Jl~11v1r:.:F1: n n II n II ff II 11 " II n II It ti If II n n II " II n n I! ll II "j" r::~ SUMMER SETUP ...................... 85 l,tJf:)LJ...,£") a It rt n II n n n n n ti' 11 fl n n II tr II II It It n ir II u n 11 1, :-11 1: /:.,!:;~ R[)(JF.;' n ti 11 n • rt n n n n n n rt n II n !1 11 n ff n n II II II 11 11 n u ., = i: i" /:) " f.:L .. C)(IF~ n II n n a n 11 11 11 11 11 u n II u u II n n II n rr n tr II r, n n r, ., 11 -~.r/,, INFILTRATION RATE DURING NON-OPERA·rroNAL HOURS (CFM/SQ.FT .. ) •• 0284 C:3U:~B FLOCJF.:. ''U"···VALUE (BTIJ/HR--m:,l.F'T.····F) .................. ,. ...... , .... OD!:<? i::" INTERNAL LOADS AND ENERGY ************************* RECEPTACLE PEAK LOAD (WATTS/SQ.FT.) ntrntl'rr1tr.nnt:1111ri11un::11u11,:u11:r11 11\,.J WATER HEATING (BTU/SQ.FT .. /YEAR) .................................. . (>,'.j. r:,E~~:~F·L .. E:: :1r::.I\ISIE{l.E LOAD (E{T'U/f .. ·IR/F1E::r~!;.)C)I\I) II"" t;" II"""" II"" II ll n" II" 'Ii: It,.,, ::::·:·:;~) !='E(JPU.:: L..r-".:TENT L.DAD <BTU/l··l!::;:/pf:RElClN) ..................................... :!.(?U A!:;:L:~A F'EF;: PERSCJN ( SG!. FT. / PEF~SOI\I) ••. , ............. , .. .. .. .. .. .. • • • .. • • .. .. • .. ):ju ·.p< t ~ * :¥ * SC!"'"! E:J\iCF<GY AN(.~L. Yl:) H3 MCJDE:.L.. VEr;:8 I Dhl :2 r UE:.:t, * J * * * :\< * ":!< t 21'![) GE1,1E:F~1'1·r I ON NDNF~ES I DENT I (-~L.. i::::NEF;:[J'{ HTnl\11)(-")F;:DE:; .t: :¥. * l)(~Tf::. :: 1)'1 ····C<'.?·· .I. 'Jfi 7 Til'l[i 1Y::-:: J·?:i 1.:? ****************************************************** P,~:iGE ~ tJ. C!....IM/'.~TE ZONE BL.I IL.DI NC3 i::· I LE BU I l..D I 1'.1(3 TVPE:: BUII..Dil\lf.:i TITLE 7 :CTS.HF'l OFFICE ITS <HP·-:l) BALANCE-POINT TEMPERATURES AND DEGREE-DAYS INPUT ================================~========~~==~== NIDHT .El PT 1 == BF'T2 - BPT:::-··- 64.84 .. . 7~.'i. :LO BF'T :I. ····· F!PT:·? ···· rir:-·r::::; ..... t:, •::i II :! f.:, 7··7 :• :3,) /7,.64 HDD CDD == 1012. 98 l. 03. 4E:l HUD i:::.:n D ENVELOPE HEAT TRANSFER FACTORS <BTU/HR-F) ::::: =-= :::: ::::: :::::.:::: :::=::::: :.-::: !.":: !!.": = ::::: ::::: ::::: :::: :::.:: ::::: :~: ::·: ::::: .:::: ::::: ::::: ::N == ::::: ::::: .. ::: .:·,. :::::::: •: • .. :-•:: ~=:: ::::: ::::: ::"! ::::: =::: ::::: OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (WINTER> OVERALL HEAT TRANSFER FACTOR "K"' (WINTEn) OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (SUMMER) OVERALL HEAT TRANSFER FACTOR "K' (SUMMER) HEATING COOLING ANNUAL LOADS (MBTU"S) _,. ..... -............... --.. -· Hm .......... O•Ho .......... MO .. N-............... --· =========================================== SITE HEt-HIJ\IG s :r TE com_ I J\iG SITE LI(3HTII\IG SI TE F~ECEF'T{)CL.E SITE FAt,! ~HTE HOT (,.JATEF< o .. oo PiNNLJ(.~L EiOUnCE El\~ERGY UElE l:::!3TIMATE (l<BTU/~30 .. F·1· .. ) ===================================:===========~= e;n1 11:;•r'i:.-:-HE-:1-~TING ~:lDUr:;:CE COOLING ~"lOURCE LIGHT I 1,1G bOLJF:CE F<E:CE::F'Tt-~CLE qril 1~:;,r'J:': Ff.~!'-! ~3DUF.~CE HOT l;JATEF: 9.1 <'!-.. ::::; J. }()'.j" :!. .?"/,. 0 .1.0.,:.::: """? f"'\ / :: 7 f.:l .. '5 () II Cf '..:-:'. l . fl .I. :I . r n / 40 .. q j_ ~:~ If ~:~ Hl. ~) (J II / --~---~-=----==========-=~=~===========================~======~===~=== ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL SOURCE ENERGY USE ESTIMATE IS ;:')1. c°:)* 1 .• o:,;n·:::·: :::r~:; .. 0 J,::BTU/HC:L Fr,. :1.:1.1.3 KBTUISQ.Fl·. -==-==--J=--===============--•=================~==================~~~=~~ < NOTE: 1 KWH= 10.239 KBTUS OF SOURCE ENERGY> ****** EiC!"! ENEF~:(3Y r:-:iN1:1J....YElIEl MUDEI.... \,'[JfoI(.)i,J ? .. (iF ****-**. *~* 2ND GENERATION NONRESIDENTIAL ENERGY STA~IDARD *** ***************************************************** FI LE Ni:i!"i!:::. BUILDING TYPE BUil-DING TITLE AF}EA ( l:3Gl. FT. ) ************* I TE; .. Hi:=·:,;~ CJF~F I CE Pf~: I !·'!f.~PY D:i.Y'!' (? ********'***~k I T!3 <HF'--2) l)t1·r [. :: 0-i! ..... , __ 1:,::: .. ·· ! 9H'/ Tl l"!F :: 1):Z ~ :~? :: :y::.i Pr,GE~ :::·i F..::~ ~< ·rE:F;~ I fJF~ lN{~LNL ft II a • U W U n II II II' W a II n II ft II ,r n ff II ff ff rt II II r, ff II Ir It tr II ff tt II II II 1t iJ.() (l t1!I!°'!!)D\1! I\ICff<n-1/NClfff'l-·IEr-:,i:H ..... " ... " ., ......................... , •• :7169 :1.0::::; Ef~f3T /~'lDUTHEPiST l3CJUTH / ::30UTHl-1JEET LtJEST /NDF~THWEf3T nnnnnnnnnn111111nnnnnnnnnunnr.11rt:t () n•n•11nn•11nn1111rt11n11n1111norr11n1t•n11 () --" .. '.. 11 II ti II n 1:1 11 11 II n II tt tt II H tt 11 II II II II ft II II ft II II II II II II II If lf II II II ff It tr lt IT It It TOTAL CONDITIONED FLOOR"""""""""""""""""""" ............ 2343 '' F;: :• -W~1I....UE ( F X CU.JD I NG FI l...M i::~l::::!:l I GT ?~NCE~!::l) ************************************** i;Jr.:)i.. .. LS II II' 11 n 11 • 11 uh• U II If tr• NII tr IT IT If It II tf II ti 11 If ft rr ~II•:,, II r, n II II If rt II,. JI IJ ft ·1 11 (~., ·:?:::: irJINDOI.A! (I!'!CUJDING INSIDE FILM 1::;:EBI~:1TAI\ICE) '""""!"""''"" .. hB RC:J(jF • 11 11 u a 11 u n st n n ~ 11 11 a • " u tt rr n q n u n n n a ft n tr 11 11 11° 11 11 11 11 tt :t 11 11 11 11 n II tr n u :I.~_:,:; 11 ~~_'j >1 1:·1. ... C)f..ll::;; 1t • u n ,. n II u n :i ia n n • • n 11 11 tt " " n u tt u n n n II tr n n n 11 11 1:1 n 11 11 :1 11 u n Jr :1 11 n 1: () HVAC SYE1TEM *********** HEATING EQUIPMENT TYPE CODLING EQUIPMENT TYPE HEt, !' F'l.Ji''IF' (.)Ir~: C::UND J TI r.11···.!l:::.F: E::c~C)!\l[jjV( I ZEF~ JI " It " II .. ff n " II u n II n n II II fl It II II II It " Ir II It It II II :, tr It tr II II " II 11 II II " If y·1:::::3 FAN POWER (WATTS/SQ.FT.) ................................. 48 f~H~ c:rnCUL..ATIC)N F:ATE (CFM/SGl. F"T'.,) ••• " ..... , ••• , .••••• " •• J. ".11. C)THEf.:;: ***** AZIMUTH OF NORTHERN BUILDING DRIENTATIO~I """"" ........... 0 SHAL) I l'!G COEFFICIENT .......... ,, .............. , , ••• , ........ " ,. .. .. ., :·~:1:1 HE0T CAPACITY OF EXT. WALL CBTU/F-SQ.Fl .• ) .............. 16.15 I._Im-lT!Nf~~ LEVEL (1.>JATTS/SGl. FT .. ) ..... ,, .................... , • • • I. .. :?:;:; F::·1.. .. (:)C)R MrYF1E a u ., a • " u .... u " u ., II • " 11 u u n II u r: n " u u 11 ~ 11 ., " " 11 ,. ., /I 11 11 II " u f::)L .. {::1J~~ (:L .. I i""JA-rE: z (]l\lf:~ rt ft II II U • U 11 rt ff U fl ff ft It II ti It 11 II U II II :, II JI :1 II If II II II ,1 II 11 II 11 lf :1 :I II ·::.r * * * * * * bCl"I ENF.::F·~C3Y {-)NAI .... YU IE:; MD\)[!... \..,'F::F\l::1 I. Ui'.I .>:. r.:ir:: -r. :t ·1, * * 'l< * * * 2ND GEI\IEl~:AT I DN I\IC)i'.lf~E/3 I DENT J ()I. .. l:]\IFrn:JY ; .. ;-u::1l\![)(1F?D * :!: * *****************************************~****1***ttt PHYSICAL PARAMETERS ******************* !::;ECDI\ID{~FY l:'r(i"l'f-'.'.1 ************** VnTF.~ 1)11 .. (, ..• l_'-/H/ f'1 Ml:-.:: 1 .. 1? :: ·y7 ·: ,1. ,1 Fnc:;1:·::;; 6 D!JDF: AREA (!:JG.~. FT. ) ............................... " ............................. , , . , U DOOR "R"-VALUE <EXCLUDING FILM RESISTANCES> ..................... u I ~J{1L_L AE{f;,~[)F.\F:'l" I \/1 I "'f''y" u' • u • ti II n n n 11 n rt fl u rt n 11 11 11 11 ti ti II n tr u rt II Ir 11 :1 11 11 11 1• ,1 11 11 11 n r n 11 " / RO O ,=-.. ,~ B ~=> f~J r-~~ r-:, .. f' I \.) I ., .. y n II II ,: • n II II rt ti fJ II II II n n II II II u II II u IT :r ;: II :t n 1: n I' II rt II II II rt n !I II ti II II It • •• -7 c;E:~ I l_ I )\1(3 t"iE I E-}~1 .. r ( F'T' If ) • ll II tt II ti It It ll II n tr fl tf :1 II II n ti n n " n II :1 It It Ir If II II II 1r 11 II :, If ll ,: It c_-;;1 .. ~:} SH?H) I r,!l:l ******* SHADING COEFFICIENT NUHTH / NC.lRTHE{)BT u rr 11 n n n II n n n 1• rr tt u u tt 11 11 " 1t II n tt .. :.=::n EAST /SOUTHEAST .......................... 38 : SOUTH/SOUTHWEST ......................... 0 : WEST /NORTHWEST ......................... 0 DOES THIS BUILDING HAVE WINDOW OVERHANGS .......................... YES DOES THIS BUILDING HAVE WINDOW SIDE-FINS ..................... ND MECHANICAL AND ELECTRICAL ************************* F:{YTE:.D HE:J) TI NG EFF IC H::NCY • • • • • • • • • • .. • • • • • • • • • • • • • • • • • • • • • • • • • '.? ,. q f~(-1T"J::;:[l C,'~(:)C)L .. Il\l(:J l::':Ef'.;~ u u an" nun tt u n 11 11 a II n 11 11 u n tt :1 11 1: 11 If n II n n r. 11 ft II n n ,: ,r,, ft -.:i ,. :1 ~::},. ,J<'.;')ff1?f?)l'-j' TOTf'.:1L P{~CVP,GE NAl''IE PLATE FU-HING n,:J\I) ............... , ........... tr). './1:i, Sl<YLif3HT ******** Si·<\{L I l:·Jl .. ~"r : /~F~EA U II II a D A 11 If n 11 U a II If ti If W II a II It U ft II II a II IT II n II ti II U II II rt If II If II U II II 11 [}(Ji) F:-.. Vt~LUE II II n • " II n II " n n n rt n ti ti " tt " n II II rt II fl II n II n n n " ti II II II " r; II II rt :: SHAD I 1,113 COEFFICIENT • . • . . .. . • . . . . . . . . . • . .. . • . . . .. . . . . . ~:) **************** I)rf··{L .. I ('..)t-rr I N(3 s-ri:~~B TE=::G I ES 11 • " " .. II 11 " • rt It It " r. 11 " " ft II J: u u " " " " ,, " " II n " " " " ti ,: u !\IC.' E>CJL..i1:)t=:: W1!:)-rE:1=~ r1F.::AT"If\1(3 E>vs·r1:::.M ",. II II tt",, II II rt II .. II 1, II II II It""""" II 11 " "" .. II II "" ,1 J\ICJ :t: * * * * * SCl"i ENE:F~C:.lY ANf'.~L. Yl3 I b 1··1DDE:.I.... \,'E:::F-~l:H C:Jl··I :;: ., OE -* *-t: * t W. .t:.H1lt~.:: u11 •···11:>::····:l.7H7 , .. I l'"!E ~ U'./ :: .. :r.i·~ ~ "''i'. .. :: *** 2ND GENERATION NDNRESIDENl"IAL ENERGY 81.ANDARD *** ***************************************************** F=·(:EH::_ ~ 1 OVERHANG CHARACTERISTICS (FT .. ) ****************************** !\iCll::.:TH/ND!::.:Tl·-ll:::AST ~ WI NDOl,1J HEIGHT ••.• ., ........................... ., ,, ,, .... ., ., • .. 0 OVERHANG HEIGHT FROM DASE OF WlNDOW ........... 0 OVERHANG EXTENSION FROM WINDOW .. ,,,,,,,, .... ,,. 0 EhST / SOUTHEAST : LiJ I ND[)t.,J HE I (.::lHT ............. " " .. ,, ••• " .... " ., .. ., .. ., .... ., ., 4 .. ;::: ov1:::1::;:1--1r-1NG HEIGH f FRC!M nhHE ur:~ l,t.J I hlnc:JL<J ••••• ,, ,. t.'.j.. 6h OVERi-H~NG EX TENG l C)t-,.1 FFi:CJi''I \.•.J H.11.)Ul,\I ........ ,. • • .. .. • !::i SOUTH/SOUTHWEST~ WINbDW HEIGHT ............................ """"""" O DVERHAl\ltl HEIGHT FFWM Pht:1E CJF !,,J J: I\IL>Dt,1 ..... , ., • ., .. 0 OVERHANG EXTENSION FROM WINDOW ............... 0 !•JEST / NORTHvJEST WI NDCl~•J Ht:: I C-:}HT .... ,, ........ ,, ..... ,, , ..... , ., ............. ., (,.1 fJ'v'El::;:Ht~Nf3 HE J GHT FF:C.Jt·'I B(.:11::,F OF t.,J I NDCJl,1.J ... ,, ., • ., • (_1 m..iEnl-·lf.-)NGl EXTEI\IEl ICJN FPU,·I ~·JI I\IDDt~J • • • .. .. .. .. .. • • • .. u * * * * * * f3CM EI\IF::.F::GY (.~f'-lf:)L. Y l:; I l3 MODEi.... 'v'EF!:\ I UN 2,. 1)1::. ;t, * * * * * f:!(~ 1·r:: :: U4··· .. (_J:? ... I. '?El 7 T J. Ml:::_~ U'./ ~ ._y.;; :: ~-it'.:, *** 2ND GENERATION NONRESIDEN"fIAI.... ENERGY STANDARD*** ***************************************************** F·'(..:1F,E :: H f:'JC:HEDUL. I NC:) ********** FI '."<l:::n D()1T?; ********** OCCUPANCY LEVEL. FOR OPERATIONAL PERIODS (FRACTION) I)( .. )\{ n u n u u n II n II u 1• 11 N ri :, 11 ti 1r 11 11 :, v :, :r 11 ,, ::i.i./.(, f'-']. (;'/1-·f'T'S n :1 n n II II n n n n n n n n " n n 11 n It II u I AVERAGE LIGHTING AND RECEPTACLE LEVEL FOR OPEF~AT I DNAL "F·ER I o'DS ( FF~f'..)CT I[)I\I) = D{Y'{ PE:r:: .I. cm ..• " •.. " .... nNIGHT PERIOD ......... . : I.... I UHT I NC:J ( 1\1 I GHTS) ,, .... nRECEPTACLE ..•••..... ,, .. I 1l4 ·:1 t::·, .. , ... :i ~_I·:, :WATER HEATER •••••.••• NUMBER OF NON-OPERATIONAL HOURS PER WEEK 45:1.B :I.TlO I)A'Y r:iEt\ I (JI) " If u • "· ti • n n • II ff ff ff It II " a n ff " n It tt " n II tt II " II n Ir ff tt II n u ff • II n n If II -~:;::::~ !'! ! [.'-J f--i "'f' 1::• E: F! I O 1) • 11 u :i 11 :r • • u u u n n tt n 11 11 11 n " n n " 11 n n n tt n n 11 11 " 11 11 11 tt n r n 11 11 ,: ~~, t!·l NUMBER OF HOLIDAYS DURING HEATING SEASON .......•.. ,, ......... 0 NU~!BER OF HOLIDAYS DURING COOLING SEASON ... ,, •.• ,, ...••.••.. ,,. 2 SET·-F'OINT TEMPEr::?HURE (F) ;WINTER ........... ,, ............ , ., 70 PHYSICAL PARAMETERS ******************* INSIDE FILM RESISTANCE WINTER SETBACK .........•.. ,, .•... 40 stJl"ltv11~::R II " " " " II tr " " tt ,. It "-" " " tt " If " ti " " " ti II -,7 r~ SUMMER SETUP •••••••••••••••••••• 85 1:( [) (J f-7.' tt ff tt n tr ff II II r. I? II t1 IJ II II II It 11 II II II ff I! :: II ll If JI 11 :: r. ~ '7 {·, r:L .. OC)f:;: ft II tt ff If II II II II 11 II fl fl II II II ff ff rt If If It It ti JI fl tt ti II ,, II ''/ r:, INFILTRATION RATE DURING NON-OPERAl"IONAL HOU~S <CFM/SQ.FT.) .. 0284 SU~B FL.DOR "U" ·-Vi!'.11...UE CBTU/l·m·-···f.;Gl. FT. ·-F) •. , • ,, •• ,, • ,, ••••••••••••. , • (.1Bi::<.,.: INTERNAL LOADS AND ENERGY ************************* RECEPlACLE PEAK LOAD (WATTS/SQ.FT.) .. ,, .......... ,, .. , ..... ,, ..... 5 ~1JfffEF;; HE?HING <BTU/Sf1. r.::T. /YEP1FO ••• ,, ••• , .•..•..••.••...• , ..... ,. 6-''J. PEOPLE SEM3IBL.E LOAD <BTU/l··HVPEF1f:1UN> ....................... , ,. :?.5U PECJF'L.E LATENT l..DAD (BTU/1 .. ·lf-UPEF<F:\ON) •••••• ,, ••• ,, ••••.•••••••. ., . 1 c;in AREA PER PERSON (SQ.FT./PERSON) ........ """",, ,, ................ 2~0 * * * * * * * SCM ENERGY ANf..'.\L Yf:1 I !:3 MCWEI.... \/1::::Ffl I Uhl 2., OF::****:¥.* :f'. *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARDS*** .D(HT:. ~ ,:, .. 11 ····1):?··· l '?El;· T J l'!F. !; 1:1/ ~ ll(i r. i .:..: *******************************************1********** F'(;GE ~ '~1 CL.Il'IATE ZONE BUILDING F'IU:::'. BUILDil'-IG TYPE BU I L..D I NG TI TL.F::: 7 ITSuHF'2 OFFICE ITi3 (HP·· .. 2) BALANCE-POINT TEMPERATURES AND UFGREE-D0YG lNPu·r ====-====~===========~~====~~~======~==========: NIF+rr BPT1 = 64.47 BPT2 ... BF·T::; --7L i31 "74. 4:i HF·T:I. ···· BPT2 ···· BF'T3 .... ·7·7" :?() ·7·7., ~:_:_:j.tj. HDD ..... CDD ·- 94:l n 1 ;:~ 1lB.69 l··IDO CUD ===============================~=m~=~~=== OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE <WINTER) Clv'EF-~AL.L HEr-Yr TF-:{.':\NSFER F ?1CTOF~ , I<, ·. ( {1JI NTEFO OVERALL BUILDING ENVELOPE HEAT TRANSFER RA.rE (SUMMER) OVERALL HEAT TRANSFER FACTOR 'K" (SUMMER> ANNUAL LOADS <MBTU"S> HE{:1 r IN{3 COOLINf3 SI TE HE(.~1T I NE, SITE COOL.ING !3ITE L..I(3HTING ======================================== f3 I TE RECEPTACLE SI TE Ff.iJ\! SIT[ HOT !>U) TEn U.00 ANNUAL SOURCE ENERGY USE ESTIMATE <KBTU/SQ.FT.) ---------------------------------------------------------------------------------------------- E3DURCE HEP.1TING t30UF-;:CE com.ING E1ClUFiCE L.IGHTING SOUFiCE F~:ECEPT{-~CLE !3CJURCE 1:::·r.iJ\I ~::DUF::cE I-IDT !>UHER :I. bE!!::.i,. 9 .I. J." f:_,i ~-(1 !! {:f i::~" ~) :1.:::::. :!. :I.? .. ::::; :I." f.) '.?:l ., " _,. .lO. ::~: i.J.j_ ,·-, II .,!: :1.6. fl r•\t~\ . ,:: .. ,::." ... , ,,·· . ()" '",l ' ~~--~==========================================~============~==~~====~ ANNUAL SOURCE CONDITIONING ENERGY LISE ANNUAL SOURCE ENERGY USE ESTIMATE IS ~54,. '.? ~: l .. 0.'?7 :·, ;:.'.i;~:i. 6 t·::PT 1 •• / / ~3U .. F ·r .. :1.:1.4.3 !<BTU/SQ.Fr • ..... ,._, ,.,_ -o, -..... -.......... ,. __ ,., ----MOM_.,, .... , .......... ---• _,. ---·-··· -0,m .......... 00,00 .......... ""' ,.,_ .. , .. Oo•H ..... NUO .... , ..... ,.,_ '"" ..... HO• ..... 0 ... HO .. OHM UH• HOO --NO-NHO ""' •••• '" ..... HOU'"" ......... oo,u UH••• ,o N ' -N ' 0 _,., o ... 0 ''° "• ( I\JCJTE ~ :L !<t,,.JH :.-.: :LO. 2:::::9 ~<BTUS CJF !3ClUl::;:CE f:J,IE:RDY ) * * .t **;.I; SC!vl ENE~FmY ,{.)NP1L YS IS i'"IDDEL. VE-~J-~H I Cil'-1 '..?. OE ;t: :t. :{'. * -/< ~: *** 2ND GENERATION NONRESIDENTIAL. ENERGY STANDARD*** ***************************************i*t*********** FI L.E !\!AME: BUILDING TYPE BU I L .. D I !'!G TITLE AF~~:{-1 ( EHJ. FT. > *>~*********** ITS. HP:;; OFFICE F~·F~IM{~!:~y :O(lT!='1 *********:P~* I TS (HP--::::-) J."l(:iTL. ~ ci.11.--') / .... !. ?H 7 TI l·ll;~_ :: 02: q. l :! u:~; r:·nc·:JE ~ .1. u EX ·rEr·~ I OF;! w~~L.L Sf J;I a ff • n • Ii n II W a O If II U tt II II U ti II tf 11 'I 0: rt n II II II II II II n ti U It 1: II ~:, I -~'.1 WINDOW NORTH/NORTHEAST .......................•..... 20 EAST /SOUTHEf.)ST SOUTH/SDUTHWEST vJEST /NDRTHvJE~3T rt II U II H It U II II II II H n :t :1 't n tt U II II :t II 1: :I .:: , I: ., .. :?(~ ff II • rt If H H tt It II ft ft II II II II 11 II II :1 rt If ti II II II fl ff ff () HOOF n II n u ti • a n ,a n n • • 1; a n n n n n n n n n II tr II n rt ri 11 11 If 11 ·, 11 n 11 n n :: 1• r: 11 11 n r.: " 11 17:1.6 GF<[JLJI\I[) 1:::·Lo(JF~ It n :I Q fl tt " tr u tt It " " tr n n II ;, n It II u II II 1" Ir II II II II n II ., •1 II rr tt II .. II If :I. /7 Ji;, TOTAL CONDITIONED FLOOR ••.•..••.•..•....•.....•....•. 1716 "R"-VALUE <EXCLUDING FILM RESISTANCES) ************************************** WALLS Q u u 11 • 11 11 u n • • u 11 • If • II tt n n tt n n 11 11 11 11 rt 11 ti tr• 11 11 tr 11 11 11 11 't 11 •: 11 11 11 11 11 II :1 I::, 11 ~7~,;;"'. l>JINDOl,tJ ( INCLUDING IN!3IDE FILM F:EGISTANCE) ••••• -· •••••• 6tl F:C:)or-=-# \I JI SI p JI II II JI • ff • tt If 1t ff • II II It 11 :I It tr It ~ II II tf 11' l• rt It 11 II II II ti tf ff ., •: II rl ~ II 1• II It :I. r~ 11 ~?:~:: Fl_ (J (JF~ a II n u • • n :r :t n • a u n n rt 11 11 11 • n n n n 11 11 n It ti , n II n 11 •• n ·1 1: 11 "1 :r u 11 1: 11 •. :: •: () HV?'~C SYSTEM *********** 1-·IE{4TING EOLJJ:F'MENT TYPE ................... , • , ............. , • HEfYI' r-:·1,_1,,·ir-:• CCJDL.IN!3 EG!UIF'MENT TYPE .............................. ,, •• n:i:1::;: CUNDITlUl··.!l::.P E~C.~[IJ\l[rJvlI ZE:R • sr"" .. u ,; ., a .. ,."" u"., """ 11" u" "" II II""""" :r" 11" n n" II"., II \(1::::E) FAN POWER <WATTS/SQ.FT.> ................................ 28 AIR CIRCULATION RATE (CFM/SQ.FT.> .............•....... 9 CJTHEI:;: ***** AZIMUTH OF NORTHERN BUILDING ORIENTATION ..........•.. 0 E~l-.. 1(.~f) I t°'4G c;c)Ei=·F· IC I J;°::l\l·r a n " II " " " n n It IJ II n n n II II n n 11 II II n n n r. n II tt n n " II II II ~:i'? HEAT CAPACITY OF EXT. WALL (BTU/F-SQ.FT.) ............. 16. 15 LIGHTING LEVEL <WATTS/SQ.FT.) ......................... :I.. 13 f~"L1:10F: --rvF:1E n :I 1,1 ll u n II I! u • h n 11 n n " " II u 11 n II n ti II II II It ti' n tt n II II II If n II n ,, If ti ,, ~:;·1.. .. ()f:{ c: l. .. I 1'1 (-~ ·r E z t:) 1,1 E II n " II u a II ti n II h n n " ff n n II n 11 II II ,, JI n n II II II II 1 11 n :r II II II II .. ·1 r: !! ./ * * * * * * bCM ENi::Rl:)Y {-\N?H .• Yb I 1:3 j·,1CJDEL.. v1:::·i::::f:3 l CJ bl :;:~" oi:::: l * ;~ ;t-: i( l * * * :,~ND GENEl:::?ff I Cll\l ,,mNf,E;:.1 I DENT I (.,)1.. Ei'-11::J?U'l 13Tr:::i1,!JX)F:.D * * t ***************************************************** PHYSICAL PARAMETERS ******************* !3ECCJNDf:ll:\y D(".\T(.:l ************** pr..)'f r:. :: ,:i,.1 .... ,Y ., .... .I. ·:_.'p/ r 11-,w: ~ .-.1·.:-: ~ 11-:1. ~ 1 ·:~ F'f1E•E f. .I. J. DDUH {-~F-:E;~ ( SGl. FT" ) ••• " •• " " • " " n " n " " " " " " n • " " " " • n n • " " " " " " • " n ., ' " u DQOR "R"-VALUE (EXCLUDING FILM RESISTANCES> .......................... 0 l.iJAL .. L (.,)B~30F~PT IV I TY ; • · ............................. " ..... ,, .. " .. • • • .. • .. • .. • • .. '7 !:;:c)o~::· A!3SC)F~F,'T" I,; I l'"'r' II " A :· " II n n •• " II II u rt " II fl II II II " II II n II If n II If "t fl II II II It r: " " rt fl ·: II II ~7 c;E IL I f\.l(:1 t'·IE-: I C:i~··ll" ( F'T'. ) a ff JI ff II h h tr U Q 12 ll If U ff II tf It II rt II II II SI II II :, If 'II r, :t tt II II SJ 'i II I: If :1 <? SH~~D I !'!(3 ******* SHPiDil\lf3 COEFFICIENT NDF·(T'H/NW:n'HE(.,H3T ................. , ......... , .... ;:r? EAST· /SOUTHEAST .......................... 58 SOUTH/ SDLITHt,,JEE,T ......................... " .. • .. !;5'7 !>JEST / NDFfH·1W:::ffr • .. .. • • • • • • • • • • • .. • .. • • • • .. • t DOES THIS BUILDING HAVE WINDOW OVERHANGS ............ """" ....... YES nn~q THIS BUILDING HAVE WINDOW SIDE-FINS ...................... NO MECHANICAL AND ELECTRICAL ***********,************* F.::P1 TED HEt1 TI NC-, EFFICIENCY .................. , ........................ ,, ., . ·:!; Rf-~ -ri:::r) c;c}C)L .. I N!3 1:::F::r~ .. II u II II II II II " " n II II II If ft " n II II II II II II IJ It r n 11 u r. 11 II If II rt u u II 'I II :, r. r:~ TCiTt)L F'hCl<1~GE Nr-:)ME PLATE r::f."":iTil\1(3 (l<l>J) ......... ., ................. :=:s. J.9 tl.J{:~-rE::1~ }·iErC)l''l:':f"i 'T·v1::1E ... n II II n n 11 n II " rt 1r II II ,: II ,: II u II It u II ,: II II ft 1: II rt u n II II " II ., II II .. II If t3(-~J~:3 SPECIAL FEATURES *;j.: ;je{Ci( ;¥. *** ****** * Dr::'i'lLIGl--lT"I)\1(3 s-rF~A--rEGIE~t, ti" II" tr If" II n ZI JI 'I ti II II II II II II :t II II II II JI II"., II u u 11 .. ,, r. ":1" j\ll . ..! SOLAR WATE~ HEATING SYSTEM ...................................... NO .-.. ·.· .... ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** * l * 2!°'!:0 GE:NEf~(-.)T I ON l\lfJNF~E!:3 I DEl\l l I (ll. ... FNl.::I:;:l:i\' t:;T{W,ID(1F;:D ):< :{( * l.)('.T[: :: 1 .. ·,.··!-····O .--: ·· .! -::;t;· 7 T :I I··1F; ()·.::: :: 11-.! :: :,.'. :I. *****************************************i*********** Pt,t:·:)F :! t . .::: D1/E!~:Hr-~!\!G CHAF:(-'iCTER I ST I CS ( 1:::·r. ) ****************************** NORTH/NORTHEAST; WINDOW HEIGHT u tt •J It tr -: 11 n fl •1 11 n n n n 11 11 n n 11 n 11 11 11 n n •: 11 u EI4ST / E:'lOUTHE?)ST SOUTH/~3fJL.JTHl>JEST l>J[~3T /NOffl"!-·!l>JEtH OVERH?:\NG HE I [-:·)HT r·r-:::uM B(i(:.;[ DF !-\I I N.DUl1J .. ,. " ,. ... ,, 11-,. t.,6 OVERHANG EXTENSION FROM WINDOW"""""""""""" 60 {;.JI NDOW 1--·JE:: I (31··1-r " " " " 11 :r " .. II " " " t: " I! " n " u " n " " " ll n " ,r " ~::; II .!. !~) OVERHA~~ EXTENSION FROM WINDOW"""""""'""'" 5 ~~ I l\ft){Jl>J , .. ~E: I (~-)~·-rr II It II n II II ti n 11 11 11 ft n n n ff 11 11 1: "t :1 "I l'I II n tr l' :t "I .lj. ti !j OVERHANG H~IGHT FROM BASE OF WINDOW ........ 4.66 C)VEF\~·it~f\~(3 r:: x ·r[::.J,jS I C)I\I F·1~:c)1·T1 ,.>J :i: I\IL)ClW " It " " " ,, " " :, II :, • ~:2<::> t,.J I NDCHAJ HE I i:lHJ •••••••••••• " ••••• " .... " ..... , " • 0 OVERHANG HEIGHT FROM BASE OF WINDOW •...... 0 OVERHANG EXTENSION FROM WINDOW"""""""""""" u ****** SCM ENERGY ANALYSIS MODEL VERSION ?.OE****** * * * 2ND GENEFU4T I ClN I\IDI\IHE::S I Dl:.:.NT I fil.... l::.NEf·;:c;y f::l rr-:)1,1DAl'?D l :t. )f: ***************************************************** -1 Ji"IF:: r,::•(:,i:,1::: ~ 1--:· ····' f.;C:HEDUL. I NG ********** FIXED D(.')T'(.') *****'**1.'.** ClCCUPANCY LEVEL FOR OPERATIONAL PERIODS (FRACTION) I)(.)Y )\l I {3 , .. 1 ·r ~:3 :r n :t !t t1 " II :t :, rt II 11 :r ,. r. r. ,. f1 " II " II II () :; f·} AVERAGE LIGHTING AND RECEPTACLE LEVEL FGR OF'ERt'!T I ON~:)L . PER IC}DS ( FRt1CT I 01\1) :: Df'.Y'r' Pl:::FU CiO ... ,. .. .. .. • .. • .. .. , :-' u:·::· ~l\!JUHT PEPIUD """""'''" ,.!.<'l.,:1 EQIJ I \)f-)1....ENT OF'f::.F<f-~ TI ONf-)L I .. ICJl .. .11:;:FJ PEF;: YE(iP :: L. J GHT I 1·,1r:, < on VE-l) ..... , . ., .. :.~: :-;, I ' .. "i :: 1·~:t~:c;t::r:··rt1[:t...1::: " " ,, 11 ,, :I " " ., ., !I :·~:?}'iJ. :: i::·r1J\lf:) If II If II II II II 11 If II II II t: It II If II i!,!:_:._; j_ 1::i :: hi('~TER !-ll:::P1TE:r-:.: • .. • • • • • .. .. :L 710 NUMBER OF NON-OPERATIONAL HOURS PER WEEK I)f.');\{ 1::·Er~~ I ()D. ff n It n • ii " " II " n 1:1 n II II II tr tf II n II II II If II " II II n II !I II II II ff II t: Ir n •t II n ., 11 1• :2:: :;:, r,1 I (31-.. J~r F1E~f\ I tJI) II II II n It It n • If n It n n II n ff II :, ., ., 1: u If It rt II II n n " II II n '1 If IT :1 II II n •: :1 •: lf.f::> NUMBER OF HOLIDAYS DURING HEATING SEASON ............................ 6 NUMBER OF HOLIDAYS DURING COOLING SEAGO~! ........................... 2 !:3ET00-F'ClINT TEMPEf-=i:ATURE (F) :!>JINTE:T;: .................................... 70 PHYSICAL PARAMETERS ******************* INSIDE FILM RESISTANCE w I NTEF;.: E;ETJ3r-:iCI< n n • " •••• n •••• " ••• , 41) ~;) lJ JVJ fvl I:::: F~ •1 " 1t 11 11 •1 :, n II n II n 11-n " 11 " 11 11 ,. 11 n n II r n ~-7 i;:} SUMMER SETUP .......................... 85 {,\f (..) J.. .. J.. .. f:~ It n 11 11 n n u 11 1• ir u II u 11 11 11 11 n u II n n :1 11 ,r :r 11 :-:: n 1• {~ {'.j F~CJ{:)1~-:· n n :1 rt 11 11 11 n n :: :: 1: 11 ,: ., n II n 11 11 1• r. 1: 1: 11 n II n " ~ ,1 1: .. ?,s:~ f;J.. .. ()()F< 11 • n n 11 ,, tt II n :1 11 11 r. 11 11 ,, 11 n n rr n II n II rt 11 11 u :i u :, ~l {:, I NF I L.Tf~:{4T I ON F;:ATE DUR I NG I\ICll\l .. ··UPE:Rf.'lT I Dl'lf-'lL. HCll..lf:;;~'J ( CFl'1./!:3P .. FT .. ) • . O.?l:34 E:JL.?'IB FLCiCJF;: , U, _l,/ALUE <BTU/ 1-·IF~-BGl. FT ...... F') .................... ,, • • • .. .. • ()tl6.'.? INTERNAL. LOADS AND ENERGY ************************* f;:F.:::c;EF··r {.~CL..E F1E":P,~( L..Oi)D ( VJA 'T"l"t3/ E:)[L, 1:::-7-n ) II It II D It It II It II n II II II 11 " II ff 11 tt It " II II ff .. " ~:-; WATER HEATING (BTU/SQ.FT .. /YEAR> ................................... 64 PECJPLE SENSIBLE LOPrD <BTU/HFVF'E:J~SUI\I) ..................... ,, .......... '.?.::::o i::·ECJPLE I..ATENT LOAD ( BTU/HFVPE::r.:.:E·HJI\I) " " ... " ••. , • n .. " • " • " • " ... " ' n • .. • .I. <j)(l AREA PER PERSON (SQ.FT./PERSON) ..................................... 250 Y! t * t ":!<' * * '.3C!'1 ENEF~(3Y r-~Nf.il..YE, IS MODEi.... VE]~!:3 I DI\I '?,, C1E * * * * ;~ * ;J.: *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARDS*** ****************************************************** DAl"E: 04-02-198! ·r I Mi:~:: t)',? ~ ...-,. :1. : 4 l P(~GE ~ :I. .lJ. CL. IM?"~ TE Z ClNE r::.1_1 r 1 _n T I\IF~ r-:: I u::: BU I L..D I NC:i TYPE I-31 IT I n T I\H:.: TITLE 7 ITS.HF'3 OFFICE I TS (HP-<~;) =~=============~=====a=~~==~=============~====== DAY NIGHT BF'T1 -6:2. BPT2 ... 69. f38 64 DF'T1. ... .. DF'T2 ... . {18,, ?7 T?" O'=? BF'T::::: -· ·7~~. HDD ..... 663. c:I)D --1 'l j, . 26 74 LJ.7 BF=·T:::; .... . HDO C::DD ::::: ENVELOPE HEAT TRANSFER FACTORS (BTU/HR-F> n,Jr.:~r.~·c~, .. ,_ BU I l-.. D I NG ENVELDPE HE(::1T 1·r.:;:f..'iNSFEn !~ATE~ ( l_.1J I NTEF~:) OVERALL HEAT TRANSFER FACTOR 'K", (WINTER) nw:·h•,('.11_1_, BU I LD :r 1,m EN\/1:::LDPE HE{..) T TH(..'\J%;FJ:::r-~: RP! TE ( E·H • .11·11"·1[:.F?) OVERALL HEAT TRANSFER FACTOR 'K' (SUMMLR) ANNUAL LOADS (MBTU'S) 0.00 J.6:,,::.1 ... :I. H!:::r-Yr I !\!E-) :I. H .. :·_., COOLING 8.V ===============~===~=====~~:=~====~~=~== f.3 I TE HE(~T I i\JC:) BI TE COOL. I l\.!G bITE L.IC:H-ITING SITE R[:CEPTACLE ::3ITE Ff..)N E:l I TE HOT l,t,i;~ TEF~ ~~-==-====================================~~~== t:iOUF;:cr:~ HEP1TING ~30LJFiCE COOLING ~3DUl:::CE LIC3HTINL7, SDLJF::c:E F:ECEPTP,CLE !:1ClUr~CE FAN ~3CJURC::E HUT ~1JATER I ,"\ :::,11 ... '.?.I." 7 '7.4 :I.,. l I ... , .... ,::.11 .I. :1.0 .. ii. . ·:i ./ " c .. • .L (;" ~:=~ .I. :::;" f) () II ·.? --=~~-------======~===L~===~====================~==============~=~=~== ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL SOURCE ENERGY USE ESTIMATE IS ::-l;!'.:i. !''.'i-*:I.. O'..:::"l::::: :~!:6 .. ,.J. f:::OT!.J/~:;u .. FI. ? .I.., 7 l<BTU/E3C1 ., FT. --=·-·-~--~============================~==~============~=====~==~~===~ ****** SCM ENERGY ANALYSIS MODEi_ VERSION 2,0E f*i*tt * * * :-;;;'.ND (:lENEF,?) TI ()I\I i\lCJNr;:l:::fJ I Dl::I\IT I (..)L l:.NFr-~:L1Y ~1T{:~1,1ur;r-:;:D * ;11 * ***************************************************** f=· I 1 .. .1:::': NPil"IE BUIL.DIN[, TYPE BU I LD I NC:, TI TI....E (..)F:(f::A ( SG!. FT. ) ;!<:************ ITS.HP4 OFFICE Pf·~ I Mt;ff'( 0(..YT {) il*******:lCf** In . .:; ( HP--4) E: x ··rE::F~ I ()F~ l-\J{.')LL.. II II a u II a w • n n • II Sf " • i:: n " rt II II II n II ,: ff II r t: II II n II tt II r II II II a (=) WINDOW NORTH/NORTHEAST ........•••.•..........•..... 0 E::,,":ts·r / SOl.J-r~·JEl-~1E:rr a n II n a II u a 11 " u " .. 11 " r: " " a " u II n :: r " It zr .. () !3lJUTH/!3CJUTHWESrl" •• " •••••..•••••••• ., •••••• ., • . . 0 !>JEST / l\!OFffl-ll>JEST • • • • • • • • • • • • • • • • • • • • • • • • • • • • . 0 .. ll 1:1 u !t II a • u i: • u it n :1 • a • n II a u n u r. a ti n n :1 n u :1 rt 11 11 n II n n n n 11 '1 n rt II u 11 Di\"l E:: :: n ,, .... U'/ ... 1. ·:.~·H'l T I. i"I E. !! r) .? ~ '·1·:? : :::: ,:··1 P()i::!E ~ :I.:::·; TOTAL CONDITIONED FLOOR •••••••••••••••••••••••••••••• 4229 'R"-VALUE <EXCLUDING FILM RESISTANCES) ************************************** l>JAL. .. l_£.') 11 u ;, • • 1:1 11 11 a a ca tt • • • a, • n " tt " n n II 11 n n n r: n a 0 n it -t rt It n rr II t1 11 11 n 11 11 n u n (:) WINDOW <INCLUDING INSIDE FILM RESISTANCE) ....• ~ ...... 0 F~C]()F u 11 .: n &e 11 11 a 1t 11 11 a = u • n • 11 n u n n n n n n n 11 n u 1r n 11 11 u n u II n :i 11 :1 u n r. t' 11 11 •1 l fl ,r ~/~;; FL.DD!:;: • .. • • • • • • • • • • • • • • • • • • • • • • • • • • • • .. • • • • • • • • • • • • • • • • • 0 H1l{~C f:3YETEM *********** HEATING EQUIPMENT TYPE •••••••••••••••• " •••••••••••••• H~Ar rUMP COOL.[ J\IG EGlU I PMEI\IT TYPE:: •• ' •• " It • " " " • " " ., " " " " ' ' • " • " •• It " • • n Ii~: r::.:fJI\I!) :i: r I ;:n-.,r:i::;, 1:::: c; (] N CJ r-·1 I L 1:::: R IJ u a u u II u II • .. II It ti II • 1J II n II JI II II a 1: n II II 11 'I " II :J " II II II Ir n " u II II II "y" E:: ~=, F,~~1,1 PCJl,JEf~ n~ATT!:'3/SGLFT.) ••••••••••••••••••. , ., ••. , ••••••• :?(1 AIR CI~CULATIDN RATE (CFM/SQ.FT.> ••••••••••••••••••••• 8 C) '!"H!.::r-:.: ***** AZIMUTH OF NORTHERN BUILDING LJRIEN.rATION .............. 0 ~3Hi!:il) I NEi CDEFF IC I ENT .•••••••..•••••.• , , ., •••• ., ••..•. ,. . . i'.' HErYr CP1Pr-:)CITY ClF EXT. l,1J(.)I..I.... 03TU/F .... ·HU .. r::T.) , ................ (l LIGHTING LEVEL <WATTS/SQ.FT.) ••••••••• , ................ 1.76 F:·L .. ()C)F: "f'YF1E tr n :r n II a • a ff II ff If O II If II ff " II u C II u II rt II I: II JI II II II II II ·: II II II If :, r. ·: " ~-::1 ... r,.1-:~ [~L .. I !"1~~-rE:: ZC)t'.ff.:: II " II • C n " " " " :t II It rt fl tt II ,. n 11 II ,: u 1• "I :-"I r• II n H ,: II " II II II II II II " ·:7 * * * * * ~: SCi"I ENEF~:G\' (.~N?~L YE> I::; MUI:ll::]... \--'[J1f:3 I Ul·-1 ·.;::,. OE:. .t. x:: t :t * ;k * * * 21\iD GENEl::;;AT I Cl!'-! NDI\IRE\3 I m::l'-IT I ()L 1::1\1[:.f:.:ElY HT (:ll\l!)ni:;:_1) * * )f'. ******************************************1***t***'** PHYSICAL PARAMETERS ******************* l3ECCJl,JDt1r:;y Dr, T ti **********i:*** ', I)[)(:1F~ (.~F<E:::~ ( SQ u r--··r. ) • a Q II " Ir Jt II II u It h n • II II II II If 1; II II II II II :r n :: II ::, 11 !I It If !I 11 II :: It :, II :1 () oopR 'R'-VALUE (EXCLUDING FILM RESISTANCES> .................... 0 ~Ji!,'~l_J_ {1:£:{S(JRl:::•7-I\.) IT")/ n II it • n II tt n n tt u II ll n n ll n n II n tt 1: ti Ir n u 11 •1 11 tt II n n n 11 1• 11 11 n n :1 11 rr 11 ·.? R[j(]F" r::d:<S[lf-,!F•"'r IV I "f' .. { U # II ,;·,. If •• U r. 11 ti :t !I II II II II II 11 It ff rt I! rt Tl II tf tt n 11 If It ff II 11 11 ti ~ 11 rt ,, 11 11 !":; CE-:: IL I l~G HEIGHT (FT. ) ..................... ,. •• ,. .... ,. , ,. ••• ,. ,. •• ,. .. .. .1. u. :-.'.i ~~H(-mI!°'!G ******* SHADING COEFFICIENT NORTH/NORTHEAST ......................... 0 Ef.)!31" /bCll • .lTl·-11:::f.:~flT •• , ................. , • • • • 0 El OU TH/ ~:lOI...ITl .. ·lvJEE3T , .............. ,. • ,. • .. • • • .. r"1 ~~EDT /NOF(rHvJl~~ST .......... , .• , •••••• , .... , 0 DOES THIS BUILDING HAVE WINDOW OVERHANGS ....................... NO DOES THIS BUILDING HAVE WINDOW SIDE-FINS ........................ ND MECHANICAL AND ELECTRICAL ************************* i::~P,TED HE/:~"T'II\IG Ef·7 FICIENCY ........................................ , ... :?.'? f~:?rrE-:D c·1:JC)L .. I l\lf.:7 E:.F.:.I·.,: " n " n n n • II n u fl n n ff n n fl II II II II n r1 :r n rt II II 'I It II II n II r ll JI II It It u If tr t:l 11 :.::i~t,::P~H~.)-:._;.' TOTAL F'P:Cl<AGE N?'-)ME PL{~TE F~hTING (l<v-J) ..................... ,. .... , :l.1),. :,:::11. LlJ?"fTF::1;: l·-IE1!.ffl=.:]~ 1··\rr..:1E~ II II n n n rt " II • n n n " r:I 11 11 tf n " " " tt !1 n II 11 II n II n It II II II tt II ll " II II 11 •: I: f3()~::; Sl<YLIGHT **"****** S~<Yl .. I (3HT : ?'-lf:;:E?"-l .............................................. ,. • • ;::;:,:'-: f-~--VALUE SHt-ff>ING i;r::·Ec I ?'-)L i:=-EATUf:;:Es **************** 11 11 Jt n II tt ti n n II II II tf tf It tt 11 11 It II n n n n s, 11 "t II n II ti n II n ff It 11 11 tt II rt 11 COEFI:." I[~ I E::l\Jl" It n 11 rt tt 11 II n II u :1 fl 11 11 :1 11 11 11 n n II u 11 •1 n 11 :1 u II' 11 DP,YL I GHT I l'-!G STF::{f'l"EG I ES •••••• " •••••• " ., .................... , • ,. ...... , • i'--!U SOLAR WATER HEATING SYSTEM ...................................... NU ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E f*t*** l** 2ND GENERATION ~IONRESIDENTIAL ENERGY STANDARD*** ))t:) T F::: :: (),:[ .... ()'./ ···· I c;'!3 7 r I 1....-i E:: :: () :·.? ~ .,~. :·.2 !! .{~~ ::~: ***************************************************** '.~~C!·-!Ef.\U!.. I NG '.f.l******** f·7 IXED D?'irf.:l ********** OCCUPANCY LEVEL FOR OPERATIONAL ·1 ·7 'J F'E~f-UODS <FF.;;,!)CTION) D(-)Y ...... ,. " •. , • " ... ". , .................. ::)1.i.(: I\I I (3J .. -1··r ~~, II II It 11 II II ll II ff 11 II ~ 11 II "I :I II II ff n 11 ,. AVERAGE LIGHTING AN~ RECEPTACLE LEVEL FOR OPERATIONAL"PERiciDS (FRACTION> ~DAY PERIOD ............. . ~ NIUHT F'EPJ:CJD .. ., ........ , ... , EG!U I \JP:L.ENT OPEf.:;:{-)T I Df\11'.4f... HClUl::;:s F'EF1 Yf:-~An :: I.... U·:)l·ff I 1\1(3 rnt,YH) " ,. " ., • " ~ 1. ..• I GH r I 1\lh 'I\I I HHTr::l .i • ,. , .. , :: i:;:FCE::PThCL.E ........ ,, , .• " :: i:;:·(..)!\lfl ....... , ............ .. :: l,1Jr:~TER !···IFJ:1Tl:J:;: •••• ., ..... , .. NUMBER OF NON-OPERATIONAL HOURS PER WEEK :::; ·:::: :.' .:f. 4;:'il U I. /'/(.l D{,':\ '( F'EF~ I c:r.o· ., II st a ti l:t II fl ti ft II 11 11 ti' II ti II It ti' U :1 11 11 It 11 11 n ., II ., II fl ti :< 11 II n 11 11 11 ll I.I .I :: ., ~::~ .. ,:~ I\I J: f.31-1 "'j'" F1 E: F~ I QI) n ti • u u tr n n ti II It 11 11 ti n :i •1 11 11 n 11 n II n r1 n 11 n It n n II n 11 .: u n ti 11 " :, t1 ,. 1~ (~, NUMBER OF HOLIDAYS DURING HEATING SEASON ......................... b NUMBER OF HOLIDAYS DURING COOLING SEASON ....................... ~ SET-F'OINT Tf:~MPEF;:ATURE ff) :l,,IINTl::J~: ..... , •••••••• ,. ••••••••• ,. ,. , .• ·;.·cl PHYSICAL PARAMETERS ******************* INSIDE FILM RESISTANCE 1,\1 I NTEJ;; DETH(\C!<. • ••••••• ,. •••••. , •• ,. 4U E~lJ(vffVfl::::F;: n rr 11 ,. 'I •1 i: 11 1• 11 11 ·: :• n n r r •1 11 •1 u u u u 11 •1 "/}] SUMMER SETUP ..•........ , ....•... 85 lJ.J{."~L .. L .. ~:3 If It l'I' II 11 11 1: :1 !l If •: 11 11 :: 1: 11 11 11 ,,: 11 n •1 :1 •1 11 1: "f 11 .: 11 ((,$:.) II ,.., •• ,, F~;fJDF •. , ............ , ................... , • . • '? 6 f=·1...,C:)[)F;~ 11 11 u 11 11 n n II n 11 -: 1: n u 11 11 11 u u 11 11 11 11 n II n 11 11 "I u 11 '/';'::) INFILTRATION RATE DURING NON-OPERATIONAL HOURS (CFM/SQ.FT.) • ,.0284 EHJ~D FLClDR , l.J> -V{-'ll .. UE (E{Tl,.1/l···IR-··BCL. FT .. -···F) •• ., ., ........... ., , ., ..... , .. ., ., .. ,. .. OH6'.? INTERNAL LOADS AND ENERGY ************************* r~1::.c:EF1-r t~1CI.. .. E F'E?)~< L .. C)f4D ( L.tJP-1 T··r~, / f:'.)G! n F'·r II ) " II II t• fl II ti .. " " II .. " II II II I/ II It II .. !I It ·l If tl ~::_:j t,,.,!(:)TEF~ HEr.:i TI NG (BTU/ SG1. FT.. / YE1~)m • " " " " " • " • " " " " ., " " " • " •• " " •••• ' " ,Si!. F'E::(Jr-::,LE f3E:f\JE) I BL .. E L_OAD ( J,3Tl.J / 1--·IR / F11::::Rf3C}J\.I) It It tt II " II II II " II ff :1 II n " II ti II If 11 II " " •• :~~::::c) PEOF'LE LATENT LOAD (BTU/HR/PERSON> ................................. 190 AREA PER PERSON (SQ.FT./PERSON) ...................................... 2~0 ******* SCM ENERGY ANALYSIS MODEL VERSION 2.0E******* *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARDS*** D (Yf E ~ (.i.t.1 ..... 1).;:;: ..... .I. c, (:! ; .. T J: t'IE ~ U'/ ~ ,'.I?~ ::.'/i-' ****************************************************** F'iClGE: :I. H Cl .... I M()TE ZONE BUIL.DI!\lf.3 FIL.E BU I L..D I NG TYP!:£ BUIL..Dit\l(3 TITLE ITS.HPI.J. OFFICE ITS (HP·-4) BALl=)NCE ···P(J I NT TEMPEf~:(1 TUf~EEi (1ND DE!::JF,EE .... Dfi YS .I: NFL.IT ~~J==========~=-~===============~=========~===== DflY 1,1IDHT BF'T:l. ·- BPT2 ··· BPT3 = HDD CDD ~59. 41 67.27 "73. Ll-6. BPT:I. -·· .Bi:=·T2 ... . BPT:3 ... .. hEl .. 16 76.:n.5 '/7, fj.7 :27l. 04 HDl) CDD ENVELOPE HEAT TRANSFER FACTORS CBTU/HR-F> ==============================~======~=== OVERALL BUILDING ENVELOPE HEAT TRANSFER RAl'E (WINTER) OVERALL HEAT TRANSFER FACTOR 'K". (WINTER> OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (SUMMER) OVERALL HEAT TRANSFER FACTOR "K" (SUMMER) ANNUAL LOADS (MBTU'S> o .. oo :!. '/:1.E:! .. !j HEAT! !'!f.3 1 ::~;" (' COOLING 12.8 ANNUAL SITE ENERGY REQUIREMENTS (MBTU"SJ =========-~---============~:~~~======~== SITE HEP!TING· t:l I TE CDDL I NG SITE LI(3HTING SI TE~ F~ECEPT ?":iCLE <.::nTE FAM SI TE HOT t>JATEF~ ANNUAL SOURCE ENERGY USE ESTIMATE (KBTLI/SQ.FT.) ,~n 1 11~~fl:: !·-lE?H I NG SDUF~CE CDOI_ I NG c:n1_11::;,r··1::-L ! GHT I NG SOURCE RECEPTACLE (::;n1 .,~~·r-1:: F t~N ~;CH .. JF::CE HOT !;Jf~,TER ~:? II () :::)Cf" ~5 ::?::::;ti(:, '1.1 .. () ~"i .. 7 :1.6,.U .I.:? 1· ;:·, () ., ·.1 ~~===~-=~=================~========================~=====~=======~=~=~ ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL SOURCE ENERGY USE ESTIMATE IS 2:l..2*1.027~ 21 .. 8 KBTLI/SW,.F'l·. !:11. 4 l<BTU/139 .. r: .. T,, =~==========================================~====~==~==========~=~=~=~= < I\IDTE: l l<WH == 10. :2:3<:, KBTU!3 OF !3DUF;:CE:. El''./1:::nGY ) ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** * * * :;;;~ND GENEF::f.H I C)i'J NOI\IF~Efl I DENT I tiL i:]\l[:nt3Y r; r (if,.IIH1F~:D * ii< ;j( r:,nTE ~ (i.:1 ---1·1:? · 1. (:;,-p 7 Tl !·IE: ,.)2 i ·'I·/;" ~·5:··i ***************************************************** F'(if:H:: !: :I. 'i-' !:::ILE !°'!r;ME BUILDING T':'F'E BUIU)INEJ TITLE Am::A (SG2. FT.) **********~ct:* I TS • l·-11::, !::) OFFICE PR I MAr.:::y DhTl-) '*"********l** I TS ( HP··-!:.1) E:x-rF.::F: I c,i:::~ iiJ;.';)J_L r. ,: u " • " tt " r, " If " II " " I' ,. tt " n TI ,r II /I II It II II II !I II -: tt n tt rr II n II II c:,!=:=.i j_ '·'·'I!'·!I!Dl.1! NDF:TH/NOFnHEAGT . " ... " ... ., ..... ., ..... ., ............... ,,. !:3(3 E(.,)ST / !30UTHE{)if;T ...................... ., ,, ,. ., , ...... ., • ., • :~i :I.'? ~3[)1..JT"I·-! / ~3[JLl'rl-lWE:@·r II II n " II n ff n II r. 11 n n " II II ff " II :1 II " I\ n " I: II I: ,. ~.;·:~7 L.tJEST i 1'~CiF!Tl-·Jl.1.JEs1· ., " ,, " " n " ., " " " II I( " tt II II It Ir :I It " ti " " I! " II tt 1) ., ., n 'I II J: lf II II II II II II fl II 11 II ft ff II ti II II :t ti n II II ft II 'f II ti II It I! I! 11 ti •• II •: ti n 11 11 11 11 11 l3f:;:[)LJf\lD F;'L,.Qf)F: u JI JI 11 • u n n n It fl n n " n n ti n a n II II rr It n II II s, n n II tr n n n u II n u II It j_ /::).<:1.::::i TDTA!_ CDNDITICJNED FL.GDF: ..................................... ".,., .. :1.6'1-::~; 'R"-VALUE (EXCLUDING FILM RESISTANCES> ************************************** W{~LL.S a, JI n • a 11 • ti n • • 11 • n n If II n n u n II tr n II n :-11 n II tr• 11 11 11 11 11 11 n II u II r :r a u II r 11 (~ 11 "?·::::·: WINDOW (INCLUDING INSIDE FILM RESISTANCE) ....... : .......... 68 F~ [J [) ,=.-:i • II 11 11 1:1 JI a a 11 11 a a, a 11 11 n It tt 11 11 n n II ff r II n If 11 11 n 11 11' 11 :1 n n n 11 11 it 1• r u n II a := :/. f.J n ·:.? :::; 1::·1.. .. ()('.JF.: 11 :i ;( tt JI 11 n • i: v 1; It :, n n • a II n • n n n II n 11 11 n n " 11 11 n '1 " 11 11 11 ,:: :: 1: n rr II ll n II u () HVf'.)C ~3YE3Ti:::.M *********** f·IE~:iTING EOUIF'MEI\IT TYPE .......................... ,. ................... , ... HE()'T r·UMP C:DDL. I NG EDU I PMENT TYF'E ..... ., ...................... , ... ,. ., ..... ., .. ., rl IF· CUND IT l Uhl FF E[:[)J\lQM I Zf~f~ 11 n II n n st u • 11 11 n n n 11 • n n II n n n II n u 11 " n n :: 11 ,. •1 ff u ,. •1 " -: n 11 • :: 11 .... ,.·E~!~) FAN POWER CWATTS/SQ .. FT .. ) """""""""""'""""'"""""'"""'"" .. 34 (,:~IF\ t::IF;:c;LIL..f.~-rIOI\( f~ATE (C~t':"1"1/SG!n ,~:--r 11) "au"" ff=,,""= u i: "II" i:" "" J." :~:i O"!"HEf.:;: ***** (.Yi'.. I-MUTH CJF NCJFHHEF,N BU I L..D I NC:J LHU 1::::1\l"f'l:Yr I DI\I ., ., •••. , •••• ,. .. .. 0 \::!Ht..::D I!\!'::::.: CClEFF IC I EI\IT .............. " ....................... , ....... ,. .. t:, :1. HE::A r Cf'.~f·=·AC I TY CJF EXT. !,tJ(.)L!.... ( BTU/ F ..... r;n" r::-·r" ) " " " •. , " " •• " " " .I. h • .I. ~·'i L.E!HT!.!'-!G L.1::.\,)EL (~,JATTS/ElGl. FT.) ...... ., ••••••. • ••••••••••• :I.. O~':i F::-L_[)[lf~~ -r .... r'°F'E-=~ II, a ,: ir u u Ill; rr ,, • II II " n rt rt II ti If u II II " 'I ti " fl ,: /I II " I' !j II -~ " II lt .. II I' •t II f,L .. (.)Y.'."{ r:-L .. I MA "TE: :z C:JJ\Jf:~ II " II If • II II u " " II " ft " n n " It n 11 ff II :t II It II :I II •; II II ti :r l"' II '1 ff ,. II ., II ·_7 * * * * * * SCM ENEF~GY AN(.)L \'SI S MU.DEi... 1,,11::::RH I i:.J!,.I ·z ., ;_:1[ t: *-:!'. t 1r. t *** 2ND GENERATION NONRESIDENTIAL ENERGY s·rANOARC *** *****************************************l*********** PHYSICAL PARAMETERS ******************* SECCJI\IDt1f;;y DnTr1 ******"******** [>C)C)F! f.-~1r:~E:(..:) ( ~)Q n F=-·r M ) • If h It " " " " " tr t: n It ,. r. t: " n II :t 11 't ., II II II ti II ll "f 1: ti II ., ., 1: u I" ,s I. 11 I () {~},:-JSQRP:'T I'\/ IT\{ • n ~ tt n 11 11 • 1t " 11 n 11 " 11 n 11 11 11 11 1· 11 1, 11 u tr u u II r, n ,, n 11 u s: 11 •1 11 u u •• rr l,iJ(.)Ll. .. F~DCJF {.\I-3~3(Jfif=1 .. r I\) :r-r\l' n ll u II •• " n 'I " II If ff fl rr " rt II II II II II II II II ,. II II :I II :1 /I II II II II II II II JI ff ff ,. ll II ~ -~7 c;E~.I LI l\fG HE I (31-1 .. r ( 1:::·7 .. " ) • II tt ff II ff " " n II n ti n 11 ff II 1• II !I: II II II II II II II :: :i :t II II II II :1 u II 1: II u :, C"' SHP1DING ******* SHADING COEFFICIENT NClf~TH / NCJnTHf::~(.)E:T E(.,!3T / DClUTHE:f.~E: r : SCJUTH/SDUYHWEST ., -·!·) :!. r. " II :i :t II It n n ., " fl " 'l ., II II II II .. If II ll 11 fl II II fl II Ir ll II II II If tt II II II fl II tr U tf I 11 L•JE!3T /NClRTHl1JEf3T ,, ....... ,, ,, .... ,, • ,, ,, ,, ,, ,, ,, .. ,, ,. ,, n DCl!::~3 TH I fl BU I I...D I NG Hf.WE L-<J I l'-IDCH•J CJVEH!···!(.")I\IGH ,, .. ,, ,, ., ,, .. ,. ,, ,, • ,, • ,, • ,, •• ,, ,. l'-ID DDE~3 TH I !::i BU I L.1) I NG Hf.WE WI I\IDCH<J El I DE····F=· I I\IS ••• ,, • ,, ,, • ff ff ff ,, • ,, • ,, ,, ,, • • l\lU MECH AN I Cr~L.. AND EU:CTF: I C?~l. .. ************************* f;:PiTED l···iEATII\IG EFFICIENCY,, .................... ,, .. , ... ,, .. ,,,,,,,,,, ............... :,? .. (? r,;:t:~ "'rE!) COfJL .. I NEl EER • II Q n II n n n " 11 II n " n fl II It "I II 11 II II n II' n II :t :t ,. n fl II II " 11 " n II -: If !f ~ :: 7 II ::·.:; TCJT~\L F'P1Ct<t1GE i'-lf=)!'"·!E PUHE F;;(.H I i'IG < l<J1J) ,, • ,, ,, , • ,, • ,, .. ,, ,, • ff ..... , • ,, ...... , /, ,!:, WATER HEATER TYPE SPECIAL FEATURES **************** ~ U a II II II II 111 If If 11 :t 11 It ti ft II If n II It n :: :: :i ,. 11 :: t" t: '1 rt It II t: •: 11 :t 11 11 n ll ll I){~ '{L.. I c:.H .. !l .. I j\JG f)TRA-rr::13 I ES " JI a n ., " II n It n If It II II II 1l " II II " n u !I n II :t If II " 1• II II ~ rr n If II = f\.lCJ SDlAR WATE~ HEATING SYSTEM ............................ ,, .......... ,,,, NO ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** D(iTE:. :: ,_q ... _, ):>'· .. .I. '.'?H ..-" TI !'-'!F :: •):2 ~ ,r.-·:1 :: .1. 0 r::·nr:;E = ? .!. ***************************************************** E3CHEDUL_ I NG *:{q-: * * ***** FIX l::.D Dr::)TA ********** OCCUPANCY LEVEL FOR OPERATIONAL PERIODS <FRACTION) DAY .......................... 5~6 1\1 J (3 I··~ T' r::; " " i: ti It i: ti :I n ., " " ti II " II II " ,: = II --= JI () :5 fi (:~~/E!:;:?\C-3E L. I GHT I NG P.1ND F~ECE:PT f.'~CI...E L.E'·./EL. FC.m DF'E!:;:r.n I DNAL 'PEF: I ClDEl ( FR{.'1CT I C!N) ~ ))ff{ PF::n J: cm ••••••• , ., ,, .. ,. 70 .::: ;NIGHT PERIOD ........... 144 EQU!VALE~!T OPERATIONAL HOURS PER YEAR ;LIGHTING <DAYS) ... -•• 2~l5 r, I.... I C::+!T .[ NG ( I'! I UH T f3) • • • • ~=::'.''5'? ~RECEPTACLE ........... 3?7a ~ f".: (..:) l\j F) n t: n n II n 11 11 •t u r 11 11 11 I' u u Ll ~,",i J. ~] ~ l1J(..Y1"EF;: , .. ,,E(!TEF( r. • , , o n n n n :I. ·:nc, NUMBER OF NON-OPERATIONAL HOURS PER WEEK I)~; "r' F:1Er;! I lJD ft ••• II " ti M II II II d ff tf II II rr tr II II :, ~ II II II II I! II •1 II II U II 11 ,r ti 11 11 11 U 11 ~ It ,: r. :.~,::::·: !'! ! Gl·-1"1.. r.::1ER IOI) " u " " " " " " " " " n u " " " " II " II " II II II n n II .. II -: " II ,: ,. I" " II ll ., ·: •• ;, r. if.(~0 '.) NUMBEf~ OF HOL I Df."WS DUFU NG HE{~T I l'-.!G f.:>E(Y::HJl'-1 • " ,, •• , .•• ,, ,, ,. ,, ., ., " .... ,, ,, 6 NUMBEI::;: OF l···lfJL I D{-'l'r'S DUR :WU CCJCJl....1 NG ElEt1f::lUI\I • , • " ,, .... ,, • ,, ,, ••• , ,, ,, ,, ,, '..,:: SET-·F'Cl I NT TEMPEF~ATUF<E ( i:::·) :lfJI I\ITEF? " • ,, ,, ., •• , .•• " ,, •• ,, •••. , ,, ,, • ,. ,, ,, ,. ·_:,·,:.1 PHYSICAL PARAMETERS ******************* INSIDE FILM RESISTANCE ~,JI I\ITFF: E:lETB()CI< .. ,, ... " ,, , ,, • ,, .. ,. .... ., ,. ,. 1.1.r::·, f}l,Jf\'ffi:-'f[::r:~ u ,1 ., 1, u u 11 11 1t II u 11 ,i-11 II 11 11 11 11 " 11 11 r n u " ,:: ~::~ E-ll..Jl•l!'•lf::R !3ETUP •• " " ,, " " •••• ,, • ,, ••. , • ,, • Hl.:'.i l>Jf)l.. .. l_,f) tt n n n n n n II ii ti rr II n •r r1 11 rr n n n " n 11 11 ., 11 n " :1 n u r:':,f::~ F~(J[)(;:' n n 11 It n n It n n n II n ., n ., n 11 11 u ,: u •• n r: 11 i• n ~ .-1• :t -: '?'/.:, r:·1.. .. C)[jf~~ rt II rt " II U :t H n II I/ II rt O rt 'I II II II ft If 11 ., ., 11 11 11 11 I> II ,1 ·: • .? (, INFILTRATION RATE DURING NON-OPERATIONAL HOURS (CF~I/SQ.FT.) .. 0284 SLAB FLOOR 'U'-VALUE (BTU/HR-SQ.FT.-F) INTERNAL LOADS AND ENERGY ************************* RECEPTACLE PEAK LOAD (WATTS/SQ.FT.) .......................... 5 l.1):(~·T!:::!::;: H!::.(-Hil'.IG <BTL.J/:3Gl. FT. /YEf.:'.'\r::> ••••••• ,. ••••• ,. ••. , .. " •. , •. , • ,. ,. • ,. • fr'I· PEOPLE SENSIBLE LOAD (BTU/HR/PERSON) ........................... 2~0 !:~·f.::.!J!=·LE L(.'.i TENT L.Clt-~D (BTU/HF~/ Pc:::r-~:!:,DN) •••••••••••••• ,. " " •••••••. , , :1. ci'r) AREA PER PERSON (SQ.FT./PERSON) .............................. 250 ******* SCM ENERGY ANALYSIS MODEL VERSIO!~ 2.UE******* *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARDS*** D(YTE :: i).r.1.-·-U'? .. -.! <'i"f:l/ T .T !'-·'IE~ 02 :: 1.1.4 n ./'·:··: ****************************************************** F'iC1GE~ '..?? CL I Mr-~TE ZONE:: BUILDI!\iG 1=·ru::: BU I U) I Nf.3 TYPE BU I LD I 1%1 TI TL.E 7 ITS. HF·~3 OFFICE ITS (HP-!5) =============~============~=====~~============== i\l I GH'I" T:)PT1. = BPT2 ·-· Br-=·T::--- HDD CDD ~)9. 82 66.lO ·71.3( E!PT :I ..... BPT2 -·· E!F'T:3 .... t)G., 66 ~? t:) r. 7() l /" .. ,:: l ::~:1.) j_ u :21 :3(>E~ ... /3 H.OD COD ENVEL_CJPE HEAT Tl::;;r-~Nf,FEf-~: F,~~CTDF/El (BTU./l·IFi: .. -·F) ===========================---~~~=~~----~ OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (WINTER> OVERALL HEAT TRANSFER FACTOR "K". (WINTER> OVERALL BUILDING ENVELOPE HEAT TRANSFER RA.rE (SUMMER) OVERALL HEAT TRANSFER FACTOR 'K" (SUMMER) ANNUAL LOADS (MBTLJ"S) 0.00 fl J. :~;. <'[ :I. ?D?. -'l H2'7. :I. HEATING l~.7 CODLING 12.1 •==========================~:=========== t!3ITE HE{HING ::3 I TE COOL I NG ::!ITE L.!GHTING SI TE F::C-::CEPT ?'.lCLE ~3ITE F?-'!l\! SI TE HOT !•.'?HEF.: ANNUAL SOURCE ENERGY USE ESTIMATE CKBTU/80 .. FT.> --------------------------------------------------------------------~------------------------- r.,n111:::•r·;= HE~1TING r;ouF::cE COOL. I NG BOUF.:CE L. I GHT I N(3 SOURCE RECEPTACLE SCit..ll=~cE F Al\l SOURCE HOT WATER (3,.i!, .I." .I. :l.'..':.i •. f./. :l.h. H .I. :.:'j ., 7 ') .. ? -====u==~=====~================~=================================:====· ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL SOURCE ENERGY USE ESTIMATE IS 40 .. 6*:l .• o:;;~7:,: ii :I..? f:::B"I LI/HU, F·1· .. 94.3 KBl'U/SQ.FT. -.. -· == .:::: ::·:: =-=-.... :.:: ::::: ::::: ::::: :.-::: ::::: :.:: = :::: == ::::: :::: :::: :::: :::: :::: :::: r.::: ::::: ::::: ::: ::::: ::::: :::: ::::: ::::: .:::: r.::: :::: ::::: ::::: ::::: ::::: :":: ::::: ::::: ::::: ::::: :::: ::::: == ::::: ::::: == = == ::::: ::::: ::= : .. ::::: .:: :·:.: ::::: :-.:: ::::: :-::: -., .. ::: : ... : .. :::·: ( NOTE! ! KWH= 10.239 KBTUS OF SOURCE ENERGY) l * * * * * SCr1I ENER(3Y {\NAL. YS I Ei MODEL.. vcnf::; .1: UI\I :? .. oi:::: t '~ * * * * '¥!¥* 2MD GENEl:::ATION I\IDNHESIDE::NTI()I .... E::J'.IEf'HTY DTnNDr.~nD *** .!}{.'~, T'F: r:1,.,.! · .. r ··~::: ... .I ,,··i:;i·7 TJt·IE:::! n21,1!::'.,!; .I .I *****************************************%*********** F!U:: J\!f.\ME BUILDING TYPE BUILDING TITLE AF~EP1 (SQ. FT.) ************* I T'.:3. HF'6 OFf=-ICE PF;: I MAn'r' Df.'.~Tt1 -:+·u:**l****** I TS ( HP··-6) EX 'TERI OF;! \.'J?'~L .. i_ o u II a n • t:1 n n n ft n n tt II n n rt t:1 n 11 n u 11 !: n n r: 1: , 1:: u :: :-II II n n :1 :i 7·~:51::J WINDOW NORTH/NORTHEAST ••••••••••••••••••••••••••• ~. 14 E(.,)~3T / StJUT1"·1E~~E~"r " n n n It 11 tt II It If If u II II n n " fl n " n fJ II :1 ti :, tr II tr () SOUTH/ SOUTHWEST ••••••••••••••••••••••••••• ., • :[ ,'.j . . !1!EST /NOFnHllJE:f:lT 11 • n 11 11 II rt It u tt 11 n l1 11 n n 11 11 ti U n tt It II tt II • n 11 POOF 11 n • t:1 'ft :a n ri :r n u 11 • • n n n n n II n n n u tr II rt n II n 1r n n n n '1 " n n n If n II n n 11 11 1r n GR[)LJJ\f[) FL(JQF\ n • ct u 11 11 • " ,r n II rr n " 1t tt u 'n n It 11 "' n 11 11 11 u n 1r II n rr n II n rt If n II u n :I. f.:)L~~:_:_j TOTAL CONDITIONED FLOOR ............................... 1645 'R"-VALUE (EXCLUDING FILM RESISTANCES) ************************************** wr1L_L .. E.} II • II II 1,1: n II " II " II • " II n If II II n • " n n II II n II n n II ,; ti n II :I II II n ., n If n • n If Ir II II t:) It ·7~;.~ WINDOW (INCLUDING INSIDE FILM RESISTANCE) ·····~······ .68 F~[)QF • u 11 11 n • n n II II II n 11 11 ct :1 r. n II n 'n n II tr II n n • n rr II rt u 11· 11 n 11 11 rt II u n rr u II JI' n 11 11 :I. E:J u '?' .:::; F'L_()[)j=:: :r :: " :i: 11 &1 u 11 11 r. n a • • u rr 11 11 u n • n 1t H II rt tr II n n n JI' rt n :1 r. n n II n n n II n rt II I! 1: () H\Ji-'.'.\C SYEnEM *******it*** 1-·!E(.H I i\lt::• EG!U :r PM ENT TYPE •.•.••.•......•.... ,. . . . . .. . . . . . . HE{H PUMP , ... i :r ,·: .. :· CCJOL.Il\!G EC!!JIPMENT TYPE .......................... , ...... (1.1:P CUI'!!).[ r:u::H,11::·i::.: EC;[)j\fQIVJ J ZE:F\ 11 • 11 n n n r 11 • • n n tt " n • n er n II n n n n c n n n n'" n II s: n II n II n rt rs t1 ,: n '{E::~::) FAI\! POWER <WATTS/SQ.FT.) ................................ 68 AIi:;: cIF::cUL.ATHJN F:f.:)TE (CFM/~1G!. FT.) " • .,.,,. ,, ............... :1 ... 4 DTHER ***** IU I MUTH OF i\lDRTHEF;:N BU II...D I NG OF~ I El'!Tf.H I Uhl • • • • .. • • • • • • • • t) f:iH{:)D I l\1(3 COEFI::-IC I EI\IT .............................. , .............. . ,:~--., It .. .J l HE::{H C/-:iF:·riCITY OF EXT. l>J(.)I...L (BTU/F·-.. f::,Gl.FT.) .............. :1.6.:1.~5 LIGHTING LEVEL (WATTS/SQ.FT.) ................. ,. .......... 1.05 r=-1.. .. c.JOR "T''-{1:::·E~ u II u tt n u II Q n II It ., " II II n It It " n If n u It II II r1 I: :1 ,: It l/ II u II I' II II II II ., ' :1 f:'.)l.. .. (..).f.:3 c:1.. .. I ,~1(..~11 .. ,:::: :z [}}\It:: n II ,, II ., u u II • n •• II II It It r " II II It ft II " ., II fl II II " 'I II " n II II ,. I' n n :: 'C 7· ·* * t: * * * SCM ENEF~:C-iY AN{~L.'{f.; .r. H MUDEI.... '·-·T.f'::!':> T <J!'i '.?. 1 .. +: ~: 't: t: l :/<: ~-· * * »: '.:"21\if) m::NEF::(.'.":\T I fJN NCJNFiED .( DEI\IT .[ (..\J.... E/\IEI'~'.(.:)'/ '~1T()t-,!U(1en ;1·: * l **************************************ttttt%ttt*****t PHYSICAL PARAMETERS ******************* E,Eco1,1nr:11-~:v nri ·1·n :~: ** * * "t. =¥.l ~'.l* * t t r .t '"'i·.:.:: !)C)[JF;~ 1!:1r~E-:~f..) ( SC-.. 1 n r,:-·r. ) • n tt It n II " ,: II n II II ,. II II n i.: 'I II :, !I :; fl :1 rr :: r II .. II !J n •: II ·: :1 ·: II r II •• ·1 (_1 ~ VJf.:1t...L {1E~~\()f~:F::·-r IV I l""Y' u • JI A " n ir II II u II " II II II II " 1r u :, H :: " t' :r II '? l" II ,: :, II :1 : II 11 :: :: II u ·1 •, I, f•:L.ILJ!-?~B~3fJF\~F1'T'IVI"f''Y., 11 11 It 1t 00 n II n • It 11 :t lr '? n •tu u n n ,r n 11 11 •1 11 :t :r :av •1 11 :1 11 o ~ 11 11 ,1 u,. :1 :, •, ,1 ·::, CElLING HEIGHT <FT.) ~3H!-H) I l'-!C3 **:!<:**** -· :ii II U It ff II H rr II n It ,: II II II n :· II :, II :, II n 11 :· 1: 11 U II ff II II :: 'l U n ~ ll ., :: ··,.1 :::.·!· SHADING COEFFICIENT I\IUR'rH / NUnTHE{)E:i T Ehf::>T /ElCJUT~·IE(~!3T E3DUTH / BDUTH~1JE!::>T 1:-···;· II.___{• It :t II •: II II '1 II U fl II II II 11 II 'I II II .I ti II II ,: !) 1::,···:· n II II 1: II '1 n II It II II U I! t: II ., II II It ,. r-i• ,. I' •,,I_/' WEST /NORTHWEST •••••• ,,.,, ................ ~7 DCJES -r HI~; i~1..1 T 1_p I NG H{WE l•J I NDDt>J D'vE:J~l .. ·IP,NGU ......... " ,. " rt rt • ,, .... " , .... ,. • !··.IU nnr:~<::; TH :rn BU I L..IH NG HI.WE: li.J I I\IO[M !:; I DE .. ·-F .1: 1,1s , ••• " .... rt .... " ... rt •• rt • l'-IC.I MECHANICAL AND ELECTRICAL ************************* Hf.) TE:D Hf::::?~ TI hi(:; EFF :r [: I ENCY ••••• u ••••• u " n n u ,. u u " ., u " •• u • " " u • " •• " r. -. , .... ,,::. :s ~ !::;:!~~r!:.:!) (:(]C)L"Il\fi.'3 E.l::.f·~ ., II II M II" n It" It It n" II n II If" Tl II I! II II u If If II If n II ti It n :t '1 n II II:, n "III:' F'.!'1 .. ::;(:,'t/<~~·r:;r? TClTP,l.. F'?'.',Cf<?~(-3E j\i(.~)ME PUHF.:: FMTING 0:::1,,J) •• " ... ,, .... , ............ rt ....... ,, .1.1:i., ),., t1l?"~'T!:"?::F~~ !·~E:.,~l"EF< 'T'''{l=1E:: U O • n II ti II Q 'I ff n If II II 11 It It It 11 11 II It II II rt tt II U ., II 'I II It II U II II II If II it :: "I tJ{:;r:; f;F'f.:::C I AL FE(~)TUF(i::::S **************** I){i '(LI Gf· .. fl-I l\((:J Sl .. F;:;4 "f"E:t:J I ES II u " ff II II II II 11 a a ti II 11 ,, II If II 11 If " II II n II ff II II • u II " 1' II ill u II fl 1,~c) SOLAR WATER HEATING SYSTEM .. ••rt••••• ••••rt• .......... ,, ••••• , •• NU ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2~D GENERATION NONRESIDENTIAL ~NFRGY STANDARD**' U(!TF:: (.J,:/. -r.i~.::-· J. 1:1u / TI 1·1F: ~ 0'2 ~ .,.'.i,!.::• :: '.?'.? ***************************************************** r,:, (-1 UL ~ :? :.:'_; l:;CHEDUL. I I\IG id<:*******~: FI XFD Dr:-1·1·(..) ii******:!·:** OCCUPANCY LEVEL FDR OPERATIONAL PERI ODD (FF:{,~CTJ:C){\I) I.){)'{ HU"•"·," u, ''Ur,",.''• u "u U ·• ,, , ,. ,, :·,::,,,,;) f\J I (3h1·r Ei u ,= :, " :1 11 1· " r. i: 1/ ,: :: I" ... , ., II ,: ., II ,. ~,) :s EJ AVERAGE LIGHTING AND RECEPTACLE LEVEL FOR DPE-:F~:{~T I Q!\l{1L.. .. PEFn ODH ( Ff~J~CT I DN) ~ I)(.Y'{ F'EFn: !JD ., , ,. ,, " ., ., " .. " ,. ,, "l'.),:'!: :: NIGHT i·=·EF?IUD ,, ,, "., .. ,,,, ., ,. .. Ul-4 r:-r.11 11' \.}/.\I _1:::1\iT CJPEI::;:(~ TI (Jl\j(.:)L l·K!UHH PEF: YE{-1F:.; :: I... I GH T' J NG ( D/:'\'y')3) " ,, , " • " _;,q :1. !:.~ :: L. I e::JHT I 1\1!:.) ( hi I UH !''El) n " r " .:::'.:!;;:, r.r:..·1:::c:EPT?)r:1 .. E ,, ,, ,, , ,, .. ,, ,. ,, .. ,, .::,-..:::;;,:,. :: r::·f.~frir:; ;: " .. ,. 1, " :, tt ••• 1 !/ :, ll ,. :: :i ,: ,1 ·.:·:.1 J ~3 :: l,1,l{YfEF~: 1 .. IE:JYrl::::F\ ,, ,, ... , ,. ., • ,, ,, J 7 /r; r,!U!"1E1E!::;: OF NCJN-··fJPEl::;:ATICJNPil.... Hf.iUnH Pl:::F~: l,1JFEI< D{~,y· j::)EF~ I CJI) u u. 1:1 tt II n II II tt n 11 11 tt If II II If n u II u •t n II -: 11 11 u u :1 n -: U •• •r " 1r 11 :: •: :: r: r-11 11 :_:: ••• ::: !\! I {3 , .. i-r F' E: R I C) I) ., n ., n • ti II " II If II II " " " II II II " II If 11 If It II It ,: 11 r. :r ., II l:I II I II II II II II 11 II 1• lJ. (~ NUMBER OF HOLIDAYS DURING NUMBER OF HOLIDAYS DURING SET-POINT YEMPERATURE (F) PHYSICAL PARAMETERS ******************* l .. ·IF{)TII\!(:) f.:l!::::('1HUM ., • ,, • ,, ., , .... , ., ,. • ,, ., • ", . ., ,. b CDDI. ... I f\11:3 /;/l:::J-1!:;c)!',! ... ,, .... " .. r ,, • ., • ,. ,, ,, .. • • • • '.? : l"'I I I\1 ·r r.::: F~~ II " tt :I .. 1: u II " ,: II II II :: II " :t ·1 ll " r. 1, " •• ., .. ·_i· --::, WINTER S~TBACK .... ""~" ..... ,,,,,,,. .... 40 r::; l..J l°'f"l l\'11::: i::~: 1: fl 11 It 11 11 fl II 11 1: 11 II 't II ti II II -: 11 "1 11 :: II II I" t• ? i::;:; bUMMl::~n /:;ETUP ••• ,, ,. ,, ., •• , ..... ,, .... ,, , • , Eil:.'5 INSIDE FILM RESISTANCE l;J(..:1L .. L .. f·) II tt It " I: I"' It :t :: •• fl ., II 1: ::: •1 II " ,. 11 "T ti II II II II ~ :i ,. " :: {,f:l f~CJ[}F • 11 n • :z u II t1 11 n n II r-tr •1 :i " r. 11 n 11 11 1: :, •• 11 :i :1 ., :1 'I t-~7 1.!.:J F:'L .. (JOF~ u n II n " 11 tt :1 11 11 n 11 11 rt r. 11 n n n 11 " tt ·, 11 11 11 ., 11 11 :, 11 '/"{\ SLAB FLOOR 'U"-VALUE (BTU/HR-SQ .. FT.-F) INTERNAL LOADS AND ENERGY ************************* RECEPTACLE PEAK LOAD (WATTS/SQ,,FTn) r:::· :, It II fl •: 11 It tt rt 11 U •1 11 11 'S :t r, n •1 I" :, 11 I" 11 •r 11 • ,f WATER HEATING (BTU/SQ .. FT./YEAR) "". ••••unn•"·" noun""'. nnu n .,, ,, 64 PEOPLE SENSIBLE LOAD (BTU/HR/PERSON) """""""""""""'"""""'"r'. ~30 !·=·1:::UF'L.E L.t)TEI\H LD(-~D O:HU/!·ffUPl:::1::;;1:3CJN) • ,, •• ,. , ...... " ......... , ... , .• , , ,, ., .!. \:'(• AREA PER PERSON (SQ.FTn/PERSON) :r: * * * >~ * :f.'. t.1Cl"'I EN!:::FWY P-1NP1L.. Y!~\ I::; MODEi.... 1/FJ~.:S :I C::11.J ',:~ , OE***-;-1.'. ·,r, *-t * * * :~:ND GEt'-IEF•:AT I DN NC.11\JHES I DENT J hl._ El\lf.::T1!3-Y' UT()l'frl(..~R\.lU l t: i( *****~*************************************,********** Ct. I i'1{1TE:: ZCJNE l3l..J I U) I ;·¥3 FI 1..1:~ BU I !..l) I Nb T\'F'E BU I i..D I /\iC:J TI TL.I::~ ITS .. HF'c:i rn.::F I CE I TH< HF'-(.-,) Ur:'\ r I:::: U .. , ..... ,:.,:,,:, ... 1 ''.?':l · ·r :U·1E: ')./ ~ ·l:-::•: .,.L '· BflLP1NCE-··PD I NT Tt::MPEF?(.-~·r1....1i::~E:H (.)ND I)E[3F~FF····D(-)YH ] l\1~~·1...11· =====:==========~=======~======~======~==~====== E·PT 1. ··- :OF'T2 ··· y.::.p"f'-:!; ·-· HDD CDD ~59. ~~~5 l>~S. 1:2 '71. 51' 260. :Ft !\IIDHT BPT:I. ··· DPT'.,;: -- BF'T~::: ····· l··IDD CUD =======================~=====~==n=~~===== OVERALL B!JILDING ENVELOPE HEAT TRANSFER RATE <WINTER) CJ\iEF~(..\Ll... HEf:lT Ti=:::f..)NBFER F{~CTOF1 '' K '' ·. ( [.,.JI MTEJO OVERALL BLJ!LDING ENVELOPE HEAT TRANSFER RATE (SUMMER) OVERALL HEAT TRANSFER FACTOR 'K' (SUMMER) ANNUAL LOADS (MBll..J'S) 0 .. 00 60!::J,, .I. .1. ::·',l:f~:-.. :::!: I. ~:·.i 1. : .. !" ~'.! HE(fT I !,!(3 :I. :I. ,, ·:::- COOL I NG 12.3 =~===========:======~~~====~=~~=~~==~=~= SI TE HE{)T I !\103 !::; I TE COCJL_ I NG 13 .1: TE L. I (3HT I NG HI Ti::-: F,ECEPT(:iCLE ~.:drE F?~!'! SITE HOT ~,Jt~TF.~F: HClUFi1::E HEAT I N(3 ~3DUF~CE CLiUL.. I NG !3DUF::c!:: ! ... I GHT I NG f:,DUF;:CE F;:ECEF''l"ACL..E ,:~ f"I I, II~~· r·' i-::' f:· ~:! !'! SOURCE HOT wA·rER .... ,." :? ''l i:.· • II ~ •• 1 I ·7 ,·-:, .!, / 1• .1:_ ! .• :!. l .. / ·1_/.).,H ._:!, :I. " I:'~ (! :• :,: ::::: .. ::: ·:: ::::: =-::.-= :::: :::: :::; :::-.: :::: ::::: :::: ::: ::::: = == === ::: ::::: .:::: ::::: ::;:: :::: :::: ::::: ::: ::::: :-.::: :::: ::: :-.::: ::::: :::: :.":: ::: ::::: ·:::: ::::: ::::: :::: ::::: :·::: ;·::: ::::: ::::: ::: ::::: ::::: :::: ::::: ::::: :::-.: ::::: :::•: :;-.:: :::-: ::w, .. .:: .:::: :::.: ·:.:: -:··: :·::: :::: ... : ' :. :::::.:: ::: t,!\l1\IU(.'\L SUUF~CE COi'.!D IT I 01\1 I N(:J 1:::1\IEHGY USE ANNUAL SOURCE ENERGY USE ESTIMATE JS ~2.9t1.0?J= 54 .. 4 KBTUISU.Fr. 107 .. 0 1,.:BTU/!:,;u.F:-1·., * :j:: * :1( * l E;CM ENERGY (.~NP1L YH .I H MU.DFI.... vr:r:;:'.::; J: Uhl ? ., ()[. )!'. :J::: ·f i-: :1/. t ,t * ;t. 2ND C·3ENl:.F;:ri TI DN NClNFiE'.3 I Dl:]\il I nL. [:!'-H:·"l'~.'.l:)y :3T PlNDnrrn -i! * i'. on·![> ()ii-r_1.:, . .! '?1:.i,- T .1.l"''il:::.:! ·..\:/!: 1t-'..::! ·:'./ **************************************t******'******* r· n 1 :if:.:. !: ./ , .. r-::-I ! .. E !'!(-1M~:: BUILDING TYPE E:l..i I :._,DI Nf:l TI TL..E ************* .[TE;. HP'/ DFFICE F'F~ I Mr.~r:;:y Cif-'.1 .! .. ti *********:~** I TS ( HP·--7) 1::::x·rE1::;; I [IF;;~ !;J,qLJ.... u " II n " " n • II • ,. a " u " II " " " " " " " " 11 " i: u :r 'I II .. II u n " II " " " 1.p:·i'.::-' WINDOW NORTH/NORTHEAST ................................... 0 E::f..~~rr / SC)lJ'TJ .. ,IE::At3'r a If It II n 11 11 n U IJ 11 11 11 rr h If rt ll n n u tt u tt II It u ~ 11 () !.30UTl·-I/E3CH.JTH~1JEST ................ ., ....... , • • .. • • • • • 0 !J..1 E: ~, .. r / l\f [l F~ ·r J .. ,, ~1" r::: ~3 ·r II ti II II II If " • ll II ti II II IT ll If II ff n rt It II II :1 11 ff II II r () (:]F~[)l .. Jl\!I) FL.,[JQF;~ a rr 11 11 a n • n n u " ti lit II n n It ,;. n II n u II n II n 11 11 u r. 11 n II If 11 u n It 11 11 tr /'.J.(} :I.:.: TOTAL CONDITIONED FL.DOR ••••.•.•.• '""" ..................... 4612 "R'-VAL..UE (EXCLUDING FILM RESISTANCES) ************************************** l~J ?-'t l .. L_ f3 a 11 11 11 u u u u 11 • If II lo a 11 M fl II u n n n n n II n n n II n n • n n tf 11 :1 11 11 •1 tt 11 11 :I' 11 11 11 n ti ,. ... , ..... i f;:~-: l ,,:·. ti.JI NDCH,j ( I NC!...UD I NG I NG I DE FI I...M F<Ef.-3 I fJT{:)I\ICI:::) ••• , .• ·-· •••• " 0 F< () C) i::-rr u u II h u n n n u 11 11 11 a n II tr 11 11 n n 1: u 11 •1 11 n 11 " n n 1r II n n 11 •: n r u u :t tt tt n n II u 11 :J. f'.5 n ·:7 :~:; f;:'l. .. lJ()F~ u u • • u i; 11 11 .a • u w 11 11 • a a • tt a u 11 11 " n n n c n rt :t n n II It II n 11 n n " rt n 11 • 11 :: <t () H\./{.~C ~:>Yl:3TEM ,i< :1e1c:< *** * ** iX H[tfrI !'.ID EGllJ I PM ENT TYPE ••••••••••••••••••• ,, ••. , ••••. , •• ,, 1 ·!EhT F-'!.!l'·;F CCJOL I l\!G E:GlLJ I F'MENT TYPE " " ••••••• " •• ,, •••••••••• ,, • " • • • • • ti I H CJJNI.l I T' .[ UI\IE.f:;_, ,::ccH\IOivi I z E:R ~ n ., 1:1 ll • n .... 11 II " n n II If II a II " II II 11 II II If II I! II II " n 1: n II fl fl " u r I/ u \{1::::~=~ 1=-P11,1 1=·(J1;jEF~ < t1JA1--r~3/SG1 tr r=1-. ) " ,i" tr tr " " " " • " " " ,1 " " '1 I! " " ., I: ., ~ " rt :: " II If:::::.,.~ f1Ii::: crni:::;UL.P1TIDI\I HffTE (CFM/f:;G1. FT.) •• ". "."""."" " ••• r.. "" ,. E? OTHE~~ l:f*** P1Z Il"ILITH OF NDRTHEF~N BUII....Dil'.1(3 CJFUENTr-YI' Im,! . ,. ,, ",, ,. ",,,, •• "" 1) !3i··ff~D I 1\Ki CCH:::FF IC I ENT ••• " " ••••••••• ,, " ... " • ,. " •• " , .. " " " ...... , 0 HEtrr CP1F~·f'.~CITY OF EXT. i•HH ... I.... <DTU/F-.. ,E;(~l .. FI", ) ., •. , ., , .• "" " •. , " 1.6,. :!.~:i LIGHTING LEVEL (WATTS/SQ.FT.) •... """"""""" '", ..... run .. J .26 r:·L_(J()R "f \{f::1E II n n II r. it :1 • u 11 11 n II II n II' 11 n 11 .1 11 11 11 II 11 11 r, ·1 11 11 ,. •• •1 11 •• 11 :1 11 11 1< :, 1• 1• f:)l.. .. ('1F'{ t * ~: * * * '.:.,CM ENEFC:1Y Pil\lf.::1L Y!3 I G l"IDDi::J.... \Ji:::T;:iJ .I. U!\I :~?" UC t ;t: i:. :t: ;t: t l.~! ~ 'l 1:·: ~ {.)-·:l ·· t.,. :· .... I, r:;~: .. ~ _-.-: $ * * 21,10 (3ENERr:'-lT I fjj\l I\IDl\lf.:;:r::~!:3 I DENT [ f1I.... El\JF::F;;GY 0:3 rrinnr:,r;:n :~·;{I* ************************************~********t*'*'*** PHYSICAL PARAMETERS ******************* UECDl'-1:0(.1l·~:Y Dr'.i"l'1:; '-li)!(:,f::;t:~(*** * *:litt* [)C)(JR f~11··•.:E-:f4 ( ~)Q II F:·"r ll ) It " II ti It n n II • ,r II " ff n rt II n u n II It , :1 II " 11 •t II ii :, n n II n II ll r; r II :-r. , 1) DOOR "R'-VALUE <EXCLUDING FII....M RESISTANCES) ....................... 0 l>J P, f._ L.. (.,I:)~:) C1 ::,;~ F1 .. r I \/ I ·r· 'r' n II n It n 11 ti u rt It II II II ti II II II n II II .. ., I: II II It " II II 11 rt " " r ,, , II II 1· r. ll " : ,. '? f~CJ[)F= {.)}:~~~j()j::~F'"T I\.,} I 'T"'-/ It n n n° 0 rt n n n ii n n II n n n a n n :r n n 11 11 n n u 11 .J u •1 'I' :t :i: :r 1: n n 11 u 11 :i 11 u 11 / c:E IL .. I (\IG l-~E I G!·-rr ( F"r i; ) " II II n II ,l II " II n n It ti .. " n n " •t II u If ff II ., II " ff n II II tf II II ti II n II II II J. t)" :,-:: m·fr-4 D I !'! G ******* SHADING COEFFICIENT I\.ICJF(l"I-.. I/I\IORT'l··IE{.1ffT " • " " • " ... " ,. , •• " ,, • ,, " • " • " ,, 0 Ef-1!:3T / ElCHJTl .. ·IEr:lffl" ,, , " •• ,, ,, ... " ,, ••• " " •••• " ,. , (i SCJUTH/E3Cll.JTl .. ·11,1JU::!T " " •••• " , ... " • • .. • .. • • • • • .. • 0 WE En / 1'.ICH\THl!.,!Effr .. , ... ., " ••. , ........... ., ., • • • .. • 0 DCJES TH I ~3 J::11_1 r 1 ... n T 1,1r:: HAVE ~JI l\lDDt~l D~/EFi:I .. W1NC:iE3 • ,, ., ,, .... ., ... ,, ,, ... " " ,, •• ,. • r,!J.J 1)(Jl?,fi3 TH I ~3 DU IL.DI 1\1(3 1-11::i\JE ~~ I I\IDCH1J t:3 I DE .... ·F nm . , , " " ..... ,. , . ,, " ,, , . ,, , ... , '"Jr'l MECHANICAL AND ELECTRICAL ************************* F'dY'l"ED HEf.-H I!'·!G f.::FF IC I ENCY • " • " .... ,, ••••••• " •. , ••• " • , .•••• " •••• ,, ., • " 1:u:\ TED CD(JI._ I NG 1:::.1::::i::;: ........... ,, " , • " • " • ,. •• , ,. • " • ,. ., •. , •••• " ,. • ,. ,, ••. · • --·~ , ... , ,f:, II ~.:• TClT AL. pr,:ic1-,J~[:!E Nhi"IE Pl....,~ TE F~{.f'I" I NG n,J.,J) " • " ,, " .. " ., ••• ,, " ., ••• ,. ,. , •••. , :I. (J. ? i.J. wr~ 'f'EF~ l·M1E~,~, 'TE]~ T''Yr~:·t~ " n II D n n H n u n II ti r. It If II :I II n II 'I 'I II u I: II II n ,. 'I n :I If II It tf -:• tt :: 'I' I' :I C-t,:::·1:·::.: S~<YL. I t':iHT ******** S~(Y'L I (~~t·i"l" ! Al:.~1:::{~ 11 11 n 11 11 fl II II n r, If n rr n n 11 11 n 'I i: ll 11 1r :1 11 n :1 11 " n If n 11 " n n IP 1: u :r II n u n u ;J ;J. 1:\·-VP1LUE SH?::D I !'•!1:~ SPECIAL FEATURES **************** II • d • II II II H II II t: If tt II It II tt II If r. :1 It tt :r ti rt II II rt II II • !f tt 11 t1 :I 11 11 II 'I r. [:()lfr-:=-r.:· I c: I 1::1\f"J" 11 " " tr " " II r: I" II It :: II n II II u II r. tf 11 If II n II II II :I t: II l ., UH :r ~.:J~/ l){~\1L. I C:-Jt··I r I j\!(3 ~:~-!"F~~?!-!!~C7! I Ef::1 • II n n II 1f " ft H 11 " II II II II I' II ,. n II •t " I! I' If II 'f II 'I It II II 11 rt " ., ., ~ l\lf..t f3C)l __ (,F'. i1J(~ T·l~F:;; l·iE~f~ "'f' I f\.ft3 !:3YS"r1::JYI " Q II rr II It It If n II II II II 11 II I: It II :t II II II n It fl It II n II ,. " I: ' " j\l{..) * .f * * * ~< :3CM E!\!EF~G"'{ !:1NAL YE> If~; MUDl::l.. \./1::::Rt-1 I Uhl :;~., OE:: ;f :{< * 't * * *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD **t ***************************************************** SCHEDUL. I NG ********** 1==-IXED Dr.:-1TP1 *'********* OCCUPANCY LEVEL FOR OPERATIONAL F'EJUODS (FR{1CTIQI\I) Dr-"iY .. """. " ..... ,,".,,""",,",,",., ., ,, ,:.:isl(, ' (.:1'v1EHf~GE~: LIGHT I 1,4(3 t-:iND F-:ECEPT(-)CI ... E 1....1:::\,!1:::I.... Ff:JF;.• UF'EF:tn I Ol"!AL .. PER I (JD!:3 ( FRr)CT I ON) ~ D(iY F'EP HID ,, , , ,, ., • , • ,. " .. .. ·., 1) .:': :: hi 1 HH 'I' i='ER I CJD •• ,, ,, ,, ., ,, ,, , ., .1. :'j .. 'i· EQUIVALENT OPERATIONAL HOURS F'ER YEAR 1I_IGHTINR <DAYS) ,, •.••• 2°1~ g I.. .. J E)HT I ND ( I\! I f~HTb) .... , • ..':,~'./? :: Pl:::TFP l''P!CI...I~~ ., ...... , ,, ••• , ,. .Y? /,·t '.~ r:· () I\I E~ ., II It II •• II It " ., ti II n It II ., :. II <!-~:J :I. ~~ :: l\l?Yl'EF;: 1 .. -11:~:r-YfEF:: ., ., ,, • ,. • ., ... , :I. ::-'7(.1 I) A y f":1 F: r.:;: I C) D .. -II n I.I u " n It " II n If II n II n " n n II II ti II ,. :l: n ll n II II r.: '1 ., II n n ,. ,: II u ,. :. ., r :::'.: ~-:: f\.1 I t:l l·~ 'T" r.:1 r:: ,~ I () 1) JI • n II JI " II 11 11 II 11 II II If II n ;t II n !: ., •t :, II If tt II II 11 n fl II '1 ., II ,: n I' n ., .. ., •: ,!!. {:, NLWIBEF;: C!F HDL I DAYS DUH I NG HE::f.~ TI NG f.:;E:f1f;rn-..1 .. ,. ... ff ............. ,, ., .. ., .. .. i'.:·, r\~LIMBE~R Clf:' t·MfOL. I f_)?i'{~3 I:)lJF;: :r 1\1(3 c;ClC)I ... I J\lf'-3 ~31:::.f.~~~)C)I\I II rr n II n It " n If I r1 .. II II :1 :1 .. ~ I :-~:? [1f:::T-·+·c:n !\!T TE!'1F"EJ;:i:nuF~E ( F) ~ ; 1,,J I I\ITE:n ,, " .... " " • " ,, • , " " • " .. ,. .. ,, " " .. , ,. .. ;.' ,.) PHYSICAL PARAMETERS ********'********** INSIDE FILM RESISTANCE t,,J I I\ITFP bl:::TH(H::I< ff ., ........ , " ... , , ..... ., ,. ,, ,1 1) l;\I (i L .. I ... ,!::) n • It n 11 11 11 11 ti •1 tr ., •1 ~ 11 fl' 1t n 11 11 11 rr 11 :, 11 11 11 •1 ~ n 11 (~ f'.3 1:~[)(:)J'.:' n n n 11 11 n n •t rt It ,-11 n 11 11 n n II rt n II n n n :r ·, n 11 ,: 11 r: :• ·:1.-:·": F J.. .. C} [J f;: 11 n " 11 r II tr •: n 11. 11 •: n 11 11 :1 11 11 n II n 11 •: n 1: 11 n II u ~ r-·' ('} SLAB FLOOR "U"-VALUE (BTU/HR-SQ.F·r.-F) I i\lTEF;:r-u~i... !...CJ(.:iDS tlND ENERGY ************************* F?ECEF'T{-~CLE PEAK LOAD (~~?:)TT!::i/HU .. FT ff) •• , ., ..... , , .. , ",. .... , .. , ..... , ... , ..... ,. ., "''; WATER HEATING <BTU/SQ.FT./YEAR> """"ff""""""""""""ff""""' ,.ff,,.,. 64 F'E:::ClPL.E bENSIBLE UJ?rn <BTU/HF~/PEFmDI\I) "",." ••• ""ff" •• """."".,.""" ',::::::;() PEDPL.E:: l...i0i TEI\IT UJP1D <BTU/ l··IFU Pl:::J.;:l:1(.)1\j) • ff ... ,. ,, , • ,, • ., .. ,, ., " ...... ,, .... ff • , , !. '?O ni::;:E(-~ F"Ef~ PERSON ( SGl. FT. / PEFmOI\I) ........ " ff ...... " ••• , " •••• ff ,. ........ ,, :i'."5() * * * i * ;f: * 13CM E:J,.IGWY {~NP1L Y\3 IS MODEL.. 1/El::;:i:; I ON '.,·? .. r)I~:. * ;:< ,r ;i( :l<: l;i * *** 2ND GENERAlIDN NONRESIDENTIAi.... ENERGY s·rANDARDS tt* f)r,·rE:: !! 1 .. ).:~I ···~i:_, ,;~ .... Jr:.?~:\ l. Tll'·IE: (l',?: 1-I·(); !·'·.1<:-' ****************************************************** r::· {; U F ~ :.::: 0 CL..H1{-HE ZCJNE BU I L .. D I M:.'7 FIL.I~~~ BU I I...D I NG TYPE::: BU I 1...D I NG T :t TL.E:: 7 ITG .. HF'7' OFFICE I TS< HF"···7) BALANCE-POINT TEMPERATURES AND DEGREE-DAYS I~IPUT E.1i::-·r1 ... BPT2 ··· fip·r~~: ..... HDD 5·7., c;ic; .!:,~)" f36 . '73, 11 156n98 2f.:; 1. 46 En::·T:I. ..... Bl·:'T2 _ .. HF'T:,:;, ..... 1·1:0.D C))D 6 f:l. () :1. Tl. i!A ::::i:26(? 11 9{] 0.00 ENVELOPE HEAT TRANSFER FACTORS CBTU/HR-F> ========================~==~===~========= l:J\/l:J~i:)L.L BU I LD I NG ENVELOPE Hl~PiT TF~i~)I\ISFl~:.F~ 1:~;(,~Yn~: ( l,t.) I N'I' EF;;) [l'v'EF;:?~L.l-I ·IE:Jfl" TF:r:iNSFEF( FACTOn • ~<" ·. n,n: i'ITEf~) Ci\./f::l:~f.'1LL. BU I LO I NG ENVELOPE Hl:.(-'.)T TF~f-~Nf:3FEF'. F~:f:1TE ( f:lUMl·IEF;:) CiVERALL HEAT TRANSFER FACTOR 'K' (SUMMER) ANNUAL LOADS (MBl'Ll"S> ----.............................. ···-.............. , ...................................... . .I. FlUD. '.::.i i·iEhT!l°'!G :1.U, t·· COOLING 1a.0 b IT[ HEP1T I Nf·3 E3 I TE:: CDDL I !\!G 13ITE: L.IGHTINC3 ====~========~=========~====~=~======~~~ f:; I TE F~ECi:::PTf.7~CL..E :: .. : ::::: ... :: ::::: ..::: .. ::: _ .. :::: ::: ::: ::::: = :::: :-.:: :::: !.':!! ::::: ::::: ::::: ::::: :::: :;:: :·:·: ·:::: ::::: ::::· :•::: :::·: ::::: ::::· ::·:· : • ·: ::.:: ;:::: ::::: ::::: :--::: ::::: ::::: ::.:: ::-:: :"'! :-.= ::·:: :.::: :·:·: ::::: f30UF;:CE H~:.r~ TI I\IG f:;oui::;:CE COOL I!\!(.:) SDURCE L. I C·3HT I NG SOURCE RECEPTACLE ?:;oui::~CE r:· {:1N BiJUf=::CE HUT l,<J{H[-:~P ..:i.., ,..) 1 ·.::' :!. :::=:., .I. :. ) .. f·, 'I. .t ' .l (.), .. · ---..... --· --:: .. =--== ... ": :: ...... .: ::-.:: ·--= .:.-:: :::-.: :::: ::.~ ... :: :::: :::: ~= ::-.:: ::: =::: :;:-.: == ::::: :::: ::::: :-::: =::: :::: :' .. ': :.::: ::::: ::::! ::::! :·::: :::: ::::: :::·: ::.;: ::::: ::·:: ::::: ::::: :::: ::::: ::::: ::::: ::::: ·:::: :::-: ::.:: :·::: ::: :::·: :::·: :-.. -: :::: ·:::: -,:: :: .: ::. : ::::: :.:-: :::: ::·-: ·::-: :-::· PiNNUAL SOURCE CONDITIONING ENERGY USE hNNUt-iL ~30UF~CE l::NEf~GY UE:'lE E:GT I Mr-YT E I !:3 :I. C.?. ·:::;*:I . ., 0:?7::::: :I. r;:., ? !<DTL.I / 1 .. :u. r~·r, 'i'/.,'.::i i:::BTU/i:,U .. !' .. T, ---~--------~===~========~=======~======~==~===~=~==~=~======~~~~-~=~~-~ ( NOTE~ 1 KWH= 10.239 KBTUS OF SOURCF ENLRGY l * :t-: * * * * SCl"I E!'-ji:::_F:UY (1N(1L. YH IE; iYIUUl::J.... \/Fnf:3 I U!'-i :? • UL:: * l :f * :f :t: f 1P, r F:. :: f..14 ·· u ,:·: .. I ,_::-~~ _; * * * 21,1:ci GE::NEW-~ TI UN l\iOl\il:~EEl I Dr-::NT I r:,1... [l\ll;:J?GY '.3 !" (.)!'·.!)')()rm * *· ~-: .T .I. !'II'::.:: c1'.::: ~ '·f H ,: .::-~; *************************************t*************** FI LE !',!t-d···!E: BU I ! .. DI NG T'i'°PE BU I LD I l\!C3 TI n .. E I TE; .. Hl·:'l:! CJFFICE Pl'~ I l"l(~i:;:y D(..)'!"{-~ ~( * * t. * * * ~( * >.'< * ~( I TG (HP·-!::!) Fii(:;E, :: :.::; /. E>~ ··rEF\ I (jt~~ J..¾1/.;L .. L 1.1 II = a ti II • a II " " " u It • II ft II " " II II ti II ,r t: " II It u II II If l 'T II " n If 1: /:J,.<l j_ WINDOW NORTH/NORTHEAST ................................ 121 E~f~t:,-r /f:)C)l.J'Tl-·IEAf:)'T II ti n II " 11 II l\ II II If ti II Ir tr II •• 11 ti II It 11 It '1 II 11 "t •1 n () ~3C)LJr~, I E\()Lrrl .. ~lrJE::f:1-r " " u " " II " :I n " " !I ., II If ,: ., ,.. " :i " n " " r. " i: ,: II () [,JE:ElT ; 1,1DF<THl\1Ef3T f3F-~[)LJl\fJ) F'J.. .. (J(]F~ :. 11 :i. 11 • 11 u n 11 " n " 11 • n r, 11 ti 11 11 11 11 n It II u n er •1 11 u n II n 11 11 11 n n ,r n J. f;}t,;>!:.":.i TDT(:,L. CC:ll\lDITICll\lED FL.Om;: , , ........... rt .... ,.,.., .•••• ,. ....... ,.. Jl.:,(r~::, "R'-VALUE (EXCLUDING FILM RESISTANCES> ************************************** LJiJAi.. .. L .. ~3 11 11 11 1t • n 11 11 11 111 a n u II n n 11 " ti 11 " " 11 n II u II n •t u n 'u u 11 !1 11 11 -, u u II r1 11 " u ., 11 r. f.:, i-·:7_;:: WINDOW (!NCLUDING INSIDE FILI"! RESISTANCE) ••.• --~---nn -~B r~ c:i l] f-~ ll II /: U II U U II II II ft II II n ,i: U U II ft II II n II U It II If ff II Ir II II 11 11 11 1:1 If II If It II ff JI It n tt :t II ff :t f~j :J •;:· :~:; f:'f.. .. (j(]f~~ 1. ••• , • 1r .11: u 11 11 n • 11 1:1 tt n n n n u u n II n " tt II tt u n u lf n -, :t 11 1• 11 tt :: :1 11 :t n 11 11 r: 1: n (~) H\/hC.: f.3YST[::M *********** HEATING EQUIPMENT .TYPE CDC!! ... I!\![:! EGHJ I PM ENT TYPE E::c::c11,101\1 I z E~F-~ • I.I n n u • II If JI II II n n ti: n s II n 11 n :I 11 • ::i :i If n Tl Tl n 1: :1 n fl ft II :! fl n n II II II \{f::'..F) F:·,!~r\! F1fJl . .1H:::F;~ ( ~,J(-)l-.. r~-3/!:3Q u 1::--r II ) •• II If II II II H II H II II II If II ti 1: " II If II "1 n "I :f "I II II It n ~5:::; AIR CIRCULATION RATE <CFM/SQ.FT.) ..................... 1.3 OTHEi:::: ***** AZIMUTH OF NORTHERN BUILDING DRIEN'fATIUN ••rt•••••••· •• 0 SHADING COEFFICIENT ........................ , ...••••..•.•. 57 HE:tYT Lt1P?1C I TY CJF EXT rt i1JAI...L on U/F'00·"fl{.-L F'T . .) •.. , ........ , , ., ,. :! t.::. I:·_; l.. I C3HT I j,ie:; I..EVEL. ( ~,JI.~ TTE1 / !3U. FT. ) ,, ....••.... , .. ,. .......... ,. :1 • .! 'i r,:.-1-_C)[IF~ ·r-.,lF=1F..~: r: • n u II II • II II II II II " ft If " 11 n :i II II V ll -ti r: " :1 II II •• " n II •f It n .. ~ 'I \" 1: :i ~31 l:~i::{ c:t_ I l'1{.) ·rt:: z C:)f\JE-: ti II II If n • tt N: It !I II II It It ,: ff !I' II "I ff II :: II ::, ll I, :t :: :1 "I ff :: •1 r ,: !I' n 11 •• f ,: ? **~*** SCM ENERGY ANALYSIS MODEL VERSIUN 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STA~!UARD'i** 1 · J ,, ! !:.·. ·: ~.:l ~:--~ ~ . ,. ~-:~ :1 .. 1. ·.: *********************************t*********f********* PHYSICAL PARAMETERS ******************* f:JFCUN:Ot1r-:;:y DP1Th *******l*l***;r. L1C:1C)i::;; r11:,;~E(.~ ( ~:)G! tt F·-"f" 11 ) i: n tr n n " " II II :ii II 11 11 II :: I" :: r, If .I 1• II : n n n ll It I' ll I' 1'I' II ., :· : II :: :: 1• •• • (.) DD£Jr;: 'i:::'' ···\J{:1U..IE <EXCLI..JDII\IU F"II....M r;.:1:::f-HHTr:::1!'!LE/3) ........ ~, ........ ,. , , .·• ,) l,tJ(.~)I.. .. L,. {~)BSC}Rf;i'T' I\/ I .. f\( a u rr • 11 "I II tt II n n n II n II r: :: 11 :: •1 :• u 1i, ,: 11 n ~ ·• 11 1: n 11 11 1 n ,. n •t -u •1 :• ,: ·: : F:;~(]~JF·" f~}f.':lSC1f~r.::,-rI\JI"'f"'l' ,. Q II n°.n II n 1t ~ II :l ·: r tt II 11 ~II:,., :t II'! II II II II II :1 II n r If,: II I! II :1 If,: •• ,... :: :' c;E::. IL .. I I\IG t--lF~ I G!··~·r ( F"l": ) II It II ff I: II fl II ff 11 ff II ti I! t: :· I' :1 ,: t 'I II II :1 \.. :1 11 fl f 11 •: •r ,r 11 •: :: I' •• ;• U ·:;·i f.3Hf-i!) I t,!G ***-f.*** SHADING COEFFICIENT 11 II II l/ II :• T: : t: II U ti "'I r. I' ll It II 'I 1. ·1 •: :: g Ef~f::1T /HOUTl·--11:::(-·;fff ............. , ............ " .... , .. ,. • (i BUl..JTl-·1/ E>Cll...lTH~•Jl:::ff!" , ........ , ..................... .. WEST /NCJrfTl···l~\IEbT .... , ..... , , .. ,. ............ ., , ,, • , HAVE WINDUW OVERHANGS ......................... . t::·· y I' ~ .. .' / DUES THIS n11 r 1_nT 1,lf·:1 DOES THIS BUILDING H(.WI::: ~,JI I\IDCHAJ EI DE ·-F .[ I\IH ......... , ...... ,, ......... , .... ,. t,!i:J MECHANICAL AND ELEC"!"RICAL ************************* i:::p,·rED HEATINC:i EFFICil::::1,1CY ...... , ........ ., ., ., ..... ,. ...... , ..... ,, .... ,, ,. ,. .... . 1:;;r:, TE:I) c:1JC)L. I N(:3 E:1:::r;;~ .1 II n II 11 ll n • n n tr II It ,: ti II n fl II 11 II r• •• ·1 n II II •J r. :: ll :r n II ti II /I /I "f " !f II •• ·;,:: 11 c_~· ··:• ,:.:· / N •• f TDT?-)L er,CK(.~,C:,E NP,ME Pi...{)TE F~nT I I\IG ( l<t.,J) ........ ., ............ , • • .. • • • • i , 1::) liJ{i rt::1:::.: ~~E~(.::1'TE:1~ T"\{f=11::: 'J # II u II II ti u " II IJ n " II JI I! u u II ., II II II I II II n II It II II ,: i: II ll II '1 .:f" II ,, II II C:',(M~~:3 SP~CIAL FEATURES **************** Df..f{l... H3HT I NG STFUHE(3 I EB ................... , •••• , .................... , .. .. !\![I SOL.M~ l,Jf:'.\ TE Ii HE(-fr H.IG SY~rrEM ................. ,. , ... , ., ........ ,. • , .... ., • ,, r,!(_:l * t * * ~·-»: ~;::C/'i Ei'-11:~F::c:JY (1i'U-)L YE:i I G r,·10DEI.... \)[:RE I Uh! 2. ()[ )'( * ;t: *ff :i; * * 2h!D Gl:.l\iEFs:hT I DN NIJNl::;;E!3 I DE!\IT I Pli .... Et,11::]:::GY l::1Tt:)hl0t)R0 :x * * **************************************i******'*******. OVERHANG CHARACTERISTICS (FT;) *****t************************ NORTH/NORTHEAST~ SOUTH.I !:;UUTH~1JF.~ST \;JEST /i'IOF~TH~IJEST l>.Jil\!Dm•J HE::IGHT OVERHANG HEIGHT FROM BASE QF WINDOW ...... . ,:, .. , '."5 ,,.,. /_,/ CJVEFH·J(~I\JG EXTEl\lfHUhl FPlJi'"'I ~,.1.1:NDUliJ ,. •••••• ., ..... bi.l '-'! I !'~DCM HI::: I GHT ... , .•• , .. , , .......... , .............. , • (_\ OVERHANG HEIGHT FRUM BASE OF WlNDOW .......... 0 OVERHANG EXlENSION FROM WINDOW ............. 11 l.i;Jil'-II)(]l,tJ t .. 11:::J{::-)~ .. ,~r r. ~ .. ll II I' II 'I I! II/• 1:, II ·r,., !I~ t• II ti II u" r, .. u ·. 1-} CJVERl· .. lf.~~J\1(3 HE .I. DHT FF~LJ!'•I U(~HE CW I,.) I i\lDCl!;/ ., ...... , ,, u CJVERHAl%l EXTl'.:.I\IEiI Cl!\/ FF;:i:Jl'-'I l•.J.[ N.DU\1.I ,, ,, ,. ,, ,, ,. ,, • ,, .. ,, .. 1) !1! I 1,1 D Cl ~,J l00·! E I l:J I .. l"f • ,, .. ,, ,, ,, ,, ., ,, ,. " • ,, .. ,, ,, ,, ., ,, ,, ,, ,, ,, • • ,, ,. ., ., · ~ ,, !.:.'i OVE1::;;1---!(:)I\ID HE I F,HT rnu1·;1 f{{)hE UF \.,JI j\lf)(.)l,\I • ,, ,, , , • ,. ,1 ,. (<i DVEF~HhNI.:, EXTEI\IHIU!\I F'PCil"I \;JJ:J-./.DUVJ ·.," .. ,,,,",,, .... :.:i \, 11::::RH I Lil'! '..2 ., 01:~: l 'l' :{I* :f' * * * * 2ND UE!,!EJ:·::1-~T ID!'! l'!ONF/EH I DENT 1 ()1.... l::J\l[J(UY' r;:;T{-)1\1.!)hPD * J * 1:,n I F !! U 'I ... (!',:•. · .!. ··?'::l / T J 1·,·11:.:: ~ t_i.::: :: 40 ·: ::,:::: *************************************i*************** r::·t-)LiE:: ~ .:':,4 i3CHl::DUL. I Nt3 *******:~<:;:* F'IXED D{)TPi ********** OCCUPANCY LEVEL FOR OPERATIONAi.... PERIODS (FRACTION) DAY .......................... ~16 ,~1VEJ~1i:\GE LIGHT I NG f.'.ll'ID HECEPT(..~CL..E:. LE1/El. FUP DPER(H I ON!:~L PEF~ I dbE; ( FR(-)CT I 01\1) n D('.\'{ FEFU DD •••••••••• ., .. ·;:·u:::; ; !.... I UHT I !-.H3 ( N 1 HHT£3) ••• ,. ~::-'.'.".i':•' !l 1::(r:::cr-:~P .. l"{~CLE , •• , •• ., , , •. , .::;-::?'?,.!· ~ r:·(.'~I\Jf3 " " ,. " " " II :: " n II " u If " " :: -'l!::_:i :I. f::{ :WATER HEATER ......... , 1770 NUMBER OF NON-OPERATIONAL HOURS PER WEEK 1) ?~ \{ F11::: ~: I c:i I) --.. ., u II " " " " " Ir ff n 11 n It II ,. " " II " II II ':: II .. :1 , II n n IT II IT II II n It .,_ 1"I " II :, ::·:; :;·:~ j\j I (3 !-! .. r F.:1 L:: r.:~ I (] I) n n n n II n " • :I n n tr II IT IT a' n II II JI •: rr IT t :I IT ti u " 11 II II II n II IT Ir II :1 ., IJ II ;: l~ {:~ l\ll.Ji"IBEG: UF i-·ICJI ... I !:>A''{~:! mm HI(:) HE~YI" I NC:) SEtr!::\DN • " •• " " " •• " • , .• " " •• " ,. " h NUMBER OF HOLIDAYS DURING COOLING SEASON ............................ 2 f.;1:::T-··F'U I NT T!:::!''!F'!::P{-~TLmE ff) :\!JI NTE:n ' " •• " " , .•• " " ,. " " • " ., " " .. " " ' ., •. , li .. l PHYSICAL PARAMETERS ******************* INSIDE FILM RESISTANCE 1;.11 I\ITEF;: !::iETB()C!< ... ,. ...... ., ......... ., ., , .• , ·:v,. UI...JMMEF< ........ ., • , .... , ...... , .. • • • .. • .. • • .. ".! H !::H..JMMEF.:: f::ll:::TUP ................ , • , .••• ,. , , , HI.':·; f.,\Jt~l.. .. l . .,f3 , I: '1 II II Q II :I ll 1: I"' 11 •: 'I 11 :: I II II :: tt II :: 'I I, •: 11 1 • ~ •: ~:·~~{ 1::;:c]CJF.:' II fl 11 " u r " .,, ., :t ., .• rt It r.: n ft /I ti :r II ,I :i r i: •' " :• :, :: , ,. • 1:'.? J:;'l.._[)[)F~ II 'II' :t 11 -: II II IT rr .,_ n ·1 t: 11 u 1: :: ,! :: 11 ii -: 11 r 11 :i 11 11 :· :· 11 './ (} I NF I I... TT\(-~T I tJI\I F~:i-'.:JTE DUI:-.: I 1\1(:., I\ICJl\l .... ·[W'l:~FU-~T I UN(~I... 1 ·IOUF:E; ( CFM/ 1:3Gl. FT, ) .. • n:.:~E{l! t:)L..(..'1E< r-:·~".tJOF\ :i LI, --\/f:)L_I_IE ( ):-:J'T'l...l ./ l···IF~ .... ·f)G.1 II F'"r rt -.. t:·) •r !I ., ,: r II ~ I: rt • I' :-!: II 1: lt II -: •• N •• .! • c1i::~!:0 ·)_,"·'. INTERNAL LOADS AND ENERGY ************************* RECEF"ft::,c::L.E PE(1~< LDPrD (l•,l(HTE>/f3Gl. FT.) ., ... , •. , , ............ , .......... , .... , ,. .. :.:·,. ~•JPtTEfi HEATING <BTU/SG'! .. FT. /Yl:~r.~r~:) ......... ., ",., •• ,. ,. ....... ,, • , ., , • ., ...... , /~,;i F'!:::OF'L.F SENF3IB!...E L..!JAD <i3TU/l··IFUPEF(EHJI\I) • ,, ......... , ••• , ......... , .• ",,. ,. :::::::.,:1 f'EDPL.E I....PiT[:NT L.CJAD (BTU/1 .. ·IF:/PEF~:::mN) ...... , ..... , .................... , ••• , , . . .I.'::'(' AREA PEH PERSON (SQ.FT./PERSDN> ******* SCM ENERGY ANALYSIS MODEL VERSIO!~ ~.0E******* ~( * * . ?I\ID GEt,iEF:AT Im,! !\![l!,!F;:ES I DENT J (-)!... 1:.::1\lt::.F::c-,:;y H ·1 (~hil)()F':.:nH l * * ********************************************t********* CLIM?'~TE ZONE BUILDING FIL.E BU I LD I Nl:i T'·-(1:::,E HUILDI!'-.!(3 TITLE 7 I TS .. HF'El DFF:· i:cE I TS (HF'·-E!) i:,n r-1::: ~ ·1 J: !-'IC~ F·(~GE ~ ElALf:\l\l(;!::::-----F·CJ INT TE:MP[nr-~TUF•:EH r,1··,ID :UEHPF:::E-----n(·1Y!::; I l'-IF'LI r _.,: ..... -= == !"--.. ,_ ..... ·-• ..:: .. .!! -= ..... ·-" ·-·· :::. : .... '": ... .: ... :: ..... : .. ..: .:: .. :::-.: :::: :::-.: :" .. "! :::: ::·:: :::.: ::::: ::::: :-".: ~-::· ::::: ::::: ::::: :::: ::::: ·::!:' ::-;: "::: ·:·:: ::: : ::-:: :--: ::·:: ::::: ::::: h! 1:(:JHT DPT 1. --t~:f;~. ~5c) 68. ':r!:::i "?3 .. ltl :Hr:·T J .... . 6Ei .. HEl :rn:::-·r:-.,~ .... . BF'T"::--- HDD CD!) r:Ji::,·r:::; .. .. 77·" 1././!, ,1:J07. :~;j_ l EiG. 42 HDD t::un E:l''-l'v'E:.l_OPE HEAT r1::~(-)l\lflFER FACTOHE3 ((ITU/ 1--ln-----F) =================~===========~~~===~===~~ OVERALL BUILDII\IG EI\IVELOPE HEAT l'RAI\ISFER RATE (WINTER) D'v'l::::F~:t~l.L HE1~)T TF::(..'.il\lbFEF~ FACTCJF~ , I<, . ( l•J I 1\/'l"ER) (1. ()() r.'•/.j.,~~~ .. ,·?· .. J ?(.'i _;· ,rr.: -.:, .. ) 64'7. H OVERALL BU!LDING ENVELOPE HEAT TRANSFER RAfE (SLIMMER> OVERALL HEAT TRANSFER FACTCJR 'K' (SUMMER> h'.5U. 1 l.':::iU4 .. :!. HE:(1 TI 1'!\3 COOLING AI\INUAL LOADS (MBTU"S) ====================~ {)Nf'-.IUPiL SI TE ENEl~GY F~:EG!U I r::Er-·IEl\!TU ( i'li::{TU '' U) 131 TE HEPiT I NG ~:; I TE COOL I 1,1G b I Tl:: L. I (3HT I NG ~====:========================~===~=~=== [:; I TE RECEF'Tt~1CLE t3 J TE: F r-,r,! HI "!'E HOT L1JPlTEF;: ANNUAL SOURCE EI\IERGY USE ESTIMATE (KBfLI/SQ.FT.) --------~W~~--~==-===~====~=====~==~=~======~~~ f~uui=::cE Hl7-AT :[ NG HDUF::cE COOL I i'!'3 GOUF;:i:::::E LIGHT I NG SOURCE RECEPTACLE i:;nui:;:CE Ft~!\! SUL:r,:cf.::: HUT hlf:~TE~: J f::! n •j [?II{::, :!. 'I J, th .. H P,NI\IU()L '.:;UUF'.CE CDND IT I UN I ND E::NEJ::GY I IHF ANNUAL SOURCE ENERGY USE ESTIMATE IS .f.!(}., '??J'.:!. .. ()'.,?/::·:: 4·1 .. U /:JJ I LI/'::::,.).,;' I. ?9, :I. l<DTU /9.), r;· r .. ..... .. .. ..... ..... ..... ..... ..... ..... ..... .... : ··= ::.:: ::: .. ::::: ::::: ::::: ::::: ::::: ::::: ::: ::::: ::·:: ::::: ::::: ;:::: ::~-: ::::: ::::: ::::: ::::: ::-:: ::::: :::·: ::·:: ::-:: :::·: ::::: ::::: ::::: :::·: -::·: ::::: ::·:: :·:·: ~=·: ::::: ::::: ::·:: ;·-;: ::::: ::::: :·::: ::::· :·::: :-.:·: ::::: :·:·: :: :· :-:·: :":: :, ... ::·:: ·. ·:: ·:·:-:-·:· ::.:: :··:· .... : ........ . < NUlE: 1 KWH= 10.239 KBTUS OF SOURCE ENERGY > ;t * * * * * ~:iCM l::i\lERt:3Y Pd\l(,L.YS 1 t:l r-·1cmt::l.. \)f.:::1-;:r::i I Uhl :>',, oi:::. t: ;J'. i: l t * ).·· i::1 I J::: ~ i .. \., J .... 1 ) •• ·:· !. ·:· f .. > _.: *** 2ND GENERATILlN NONRESIDENTIAL ENERGY STANDARD **f r·J:!'·il:::_!: 1.Y...::·T·'!•I';:::; *****************************************tt~*f******* FI L.E l\l{ii"i!::: f3l...l IL.DI f'.IG TYFI:::: DU I U) I M:1 TI TL.E {4F;:i;:h (SU. r:~T _ Y ;t:********>X*** ITS .. I-IP? C)r-::·F:rC:E r:•1:\ J M(2iRY D(~-! {'.i **********t* I Tf:l ( l··ff'···-c;,) E ?: TE:r~ I or:: i;J(.~l.L. .....••••••. , • " .......... " ., " ....... , ., .......... , , .. , ., .. " " :I. t/H WINDOW NORTH/NORTHEAST ....................... , ......... 70 f~A':,~"f" /fj[){_l .. f'~ .. JE{~f)"f' n a. 1; 1t n •1 11 11 ~ 11 = 11 't 1: ~ r-u n II u .s " 11 11 :r II n u !1 {) SDUTl·-1/f.ilJUTl·-li;JEGT ••••••• ., ... ,, •••••. , •. , ...... ,. .• • • • .. (i llJEST /NOF(rHt.<JE:HT RCJDF Ji .u 11 -. d II If If Ii n 11 11 II II n ff tt: II • 11 It ~ It n It II ff 11 ff II 11 II ti I ,, :1 II It '1 I II :, ,, •• "t ff '! ff II l 'I.::::; ri:2;l~ (7,F~~ C) lj f\~ [) FL.. [IO R • tr n ir • • 11 • • n tr II n tr n It 11 u 11 11 11 11 n 11 11 11 It n 11 -. •r 11 :1 1: 11 r: 11 i: :1 ff n Ft.=~; ,i-\ TOTAL CONDITIONED FLOOR ................................. 836 'R"-VALUE (EXCLUDING FILM RESISTANCES) ************************************** llJJ~~J...,L .. S u 11 1t II u n • u 11 11 11 If ;r II If n II n II II n II n 11 n n n u 1:1 :, 11 •n u tr If II ti n rt u tr u r: • n II n II t:) 11 /·,~~ 1,,J H.lDmlJ ( I NCL.UD I Nt:i I N!3 I DE FI L..M !:\E!:3 I ElTr-V,ICE) .... " .. , "--'' ....... , • -!:)D 1::;~C}()f: 11 u " 1, 11 ...... n 11 11 11 11 n n rr If n n II u II n 11 rr II II u n r: 11 II u 11 11 11 :• 11 11 n ,1 11 I/ r. 1• 1:1 :-ii 1• :I. F::! u './ :::; F.:·t. .. [)(:IJ::;; :t t. n u II u 11 11 u u a 11 11 rt • II :, n o n ,r II n 11 11 n n n ':r II n <: •: •1 •1 .1 11 II ti II n rt It II u 11 r: 11 () H'v'hC f;YSTEM *********** 1-·IE:hTING ETlUIF'ME!\IT T'{F'E ". " ••••••••• " •••••• " ••. , • " ....... HF(H r·ut-1i:::· CODI._ I NG EGL.I.[ F'MEI\IT TYPE ...... ,, .............. , •• " , .• , .••••• " (-HF: CON!) IT H:Jl·.Jl::J;; E c; C) f\.l {] f'1 I z E:: F\ II: u .. .. .. .. .. .. II II " n d u n " • " " II u n ti II 11 " n II JI n II ff II 11 " II ,, n II ff II n n .. {' 1::. ~::; FAN POWER (WATTS/SQ.FT.) ................................... 29 f'.)JF:: CI m:::UI..AT ! DI\I F~ATE (CFM/!3G!. FT. ) CJTHEI:~: ***** .I. " r:_,1 AZIMUTH OF NORTHERN BUILDING ORIENTATIDl"I ................ 0 :::H·11C'\1)If\lC:1 c:C)E-:r--f=Ic:Ir:::f'~Nr "."II. u. It" If II II a" n n II" II !I u II ff It n 1: u" n" n n n" ti ~=-r7 HEAT CAPAC!TY OF EXT .. WALL (BTU/F-SQ.FT .. > ............... 10. 1.5 i....IC:iHTING L..EVEL. (WHTS/St].FT.) ............................... , ... ?!".i i==-L..CH]F;: Nr\'F'E:: .. -II' II • n II' • h " • " n It u II " n II " " II n n " " II II It II ., II ~ " n II II " n II II u II fit..(:)t::{ c~: !.. . I , ..... ,{-~Mr t: .l C) I\! I~~ n Ir II II " ll • n u " II 1; II It II II " n " " " II II II II II " II :1 JI II n 'f ,, II II II r. 'I t: n ·7· * :¥. *)}; * * f::C/'1 F.::r,!EFWY {-ll\l;~L YS IS MCiDEL.. V[P\3 .I. u1,1 '..?., 1)E * t ::l:" ,t: :t: * **fr:: :?ND Gf·:]-.iEF;'.1~~ TI m,1 NDNF\Ef:; I Dl::::t,IT I ()I... FNF!~UY c;;-r (-W-!D(.:1Fi O ::< :~: :f'. r .f. t·Jr: l! (.1'/ !! !~~r l :: !_;·:~; **************************************t************** F'Al::"1E~ :::;_.,· PHYSICAL PARAMETERS t****************** !3ECU!,ID{:\f;:y Uh T (.) ************** .DC1C:jF.: P.,f~E~(~ ( f:)[! n r.:· .. r "I ) u II p If ., If " II •• II " fl ·: :1 It rr n fl :1 1: ., t: II 1• " ti 1· u Ir = II n " 1l II ·1 II !: t\ ti :-'I 1) DOOR 'R'-VALUE (EXCLUDING FILM RESISTANCES) ............. , .. , 0 l>JP,L .. i.. {4E~sc:i1::;!F:, .. r I\/ I 'T\{ u II :, II " II n " r: II ,. II II n ~ 'I :t 1: II II 1; :t II " :I' II II -: n ,. = II :1 n II ~ • , ... -: n 11 : :i '?" F~! Cl (J F-.. ;:) I·3 ~3 C) 1=~ F1 '"f' I \) I ·r ·y· II II II "' •• If II r: II II II' •• If n n u C 1l ., II I! ., :: II -: 11 r: :: ,. " :: II l :4 ., u n I" n ., ,: ... II ,. 'I '?' c.:r:: IL. I l\1(3 } .. !EI ~-3, ... ,-r ( F=-"r I\ ) .. n n II " II r.: n II n " II 1'I :: II II ' 1• :-" :-·: II II It II n It u " " II 'I .... II n 'I " " r._;-, !::iH(..:iDII\IG :jc:..j.'.i/(**** SHADING COEFFICIENT EhUT /bDUTl· 11:.::t.~HT , ., ., " ...... ., , ,. , ... , .• , " ., . • .. • .. ci f:iCJUTH./bCH . .JTl··li\lEf:3T .. " ., ... " ..... , ..... ., .. •, .. ., •• " • ,. • U 1:;:•·7 l>JE!:rf /I\ICJl:;;Tl··ll,1.JE\3T ..... " .. ,. , ..... ., • ., .... , ....... , ., , •• .,1 __ ., DDE;:-3 TH IS 1:~1 IT t •. n Tl\lt;:l H(-WC l,,J h,ll)U{,•J U'-/l:::r:::l···!(-1J\IC·:h::; • ., ., .... , .... , .. ., ... ., ., ...... , DDH:l TH I~:> Bl.JI l..D I !'-.!G l··l{."~\il:: ~·-.I IN Dm~_1 1:31 01:: ···F Hl!~l " • ., .......... , ., ., ., ••. , ...... , MECHANICAL AND ELECTRIC~/.... ************************* 1,.I:~ E~ F,/HED Hl'.:i!H H.!G EFT IC I ENCY ........... ., ., ., ... ., ......... ., ., .. ., ..... , ..... ,, • ., ., •. ,, ? • 0 r.:;~ P, T f.~~ I) c~ ~J CJ L_ I j\f(;J E~ ,::: 1:;; " :r :t II ff 1' tt II ti ,i ., "I n ·1 n :I -: n ·1 'I n ·t .. II II "t :f i " fl ,. II II •• II t'I n "t II II tl i: ll ~::~ II :~:-,,~ r ;<.;~ -:::~ ,:p TUTAL. Pi-!1Cl-<r:.)GE 1,1r-;ME F'LJHE nt-)T l NU ( 1-<l;J) .. ., " ., , ., .... " ...... ., , .... , ........ , ::,-;. h WATER HEATER TYPE t;;F:.Ec I f-~rl.. F:·EATUf-~:EB **************** Df~ YI... H:H·H I Nt3 ~rn:;:P: TE(::! IE~S ••••• ., ........ ,. • ,. ,. , .. , .• ., ., ,. " ., •• ., , .• ,. ., • • • .. • .. i··-.ID SOLAR WATE~ HEATING SYSTEM ................... """ .... , ............ NO * t: * :{< * * ~3CM EI\/ERGY hN(..)l... YS I b MDDEI.... \/E::i-:;:H .TC 11\1 :·.?. OF t * t * l ;t. Ll(i ! F ,: (,.;I·····'·,".:-:···· :l s:·t; 7 * * * 2ND (3El\1EF1AT I ON j\jCJJ'-mE:E, I D[:I\IT I (IL 1:]\il:~RI.TY-rrr f·)l"--lfll'.)h:D !k * l T "[ :.w '! (.1:.,! ;! ~::;,:··:; _! I l **************************************1*********t***t P(,GC :: ~:-f:! OVERHANG CHARACTERISTICS CFT.) ****************************** f'ICJl~.·TJ···l/NUFiTHEt1!3T :: l;J I NDCM HEIGHT OVERHANG HEIGHT FROM BASE OF WINUOW ....... 1f.6J OVERHANG EXl.ENSIUN FROM WINDOW ............ 2~ (;JII\IDCM HEIGHT ••••••••••. , •••..••..••••••••.. , .. r:1 DVEF:l··li:.-iNG HE.[ GHT Frn::w1 .l:k)!::)E or-:· (,JI I\II.)C:)l!) ., •••• ,. . c, OVERHANG EXTENSION FRUM WINDOW ......... , .. ,, SOUTH/!:3CJUTHl•JEE-;T i>JIJ\II)(]l,,J HEIGl···IT •••••• , ........................... , ... r) OVERHANG HEIGHT FROM BASE OF WINDOW ........ 0 OVERHANG EXTENSION FRUM WINDOW ............ 0 DVEF.;;HANG HEIGHT Fi-:,:UM Hm:iE OF (A.II NDOl.•J •••••• " il,. hi OVERHANG EXTENSION FROM WINDOW ............ 5 SIDE-FIN CHARACTERISTICS ************************ NCIF,TH/NDF(l"HL?~ST : l,iJINDCJ\.<,I l>HD:TH •• n ' •• n •• n" u •• " •••••••••••• "n". ("• suu·rH / t3UU'·1·Hl,JE~:lT !3IDE-FIN Difff(..':il\lCE FHOM OF'F'tJ!:3ITE l;JINDDL\I HIDE (i '3IDE···FIN EXTENDIUI\I FnC:WI l.1JINDtH\i-•••• , .•• , ...... (' [;J I ND CJ \.<J l•J J f)'T' l···I • n • n n n • ,. • • u • • n " n , n n • n n ·• u • , , • • • (_ 1 l:3 I :OE·--·F I 1\1 DI ff!""(.~I\ICE FnUM UF'F'UH I TE. [;JI r-.li.l(.Jl,,J El :I. DI:::. U BIDE--i:~·:tl\l EXTENBIDI\I FF~:OM l,,JII\IDf:Jt.,J .............. , ... i) l,~ I l\i I)() {,lJ i,.J J: J) "f" J .. ,j n fl rr II n :1 " n 11 1• n n -t: •1 tt n 11 11 n i: .1:1 •r r u r u II n ,. , .. ) ~3 I DE·-·F IN DI DT(~I\ICE Fr;:u!'! ,::q::·1·='(:J\:l J: ·n:: v) .[ i--.lI)C)l,1I '.:: I OE 1) SJDE·-FII\I EXTEI\IGIClr~ Fr::DM '-'.IJ/\IDCH·J ................ 0 i1J I I\)[)() t.,J i .. J I 1) ·r I· ·I i: ti :: II n n n : 't •: " II II II " n II II = ft 'I ti II :1 'l I' •: ~ .. ,. :? ::"! SI DE···F I 1\1 DI ff!" (.~I\ICF:~ FPU1·,1 UF·'Pf..Jf.3 J ·1 F \•.! I t··I.Orn•.1 H !: ui:::: ',:::'.> SIDE··-FII\I 1:::XTEI\IBIUN FHCWI i:.JINDLH•J ....... , ... " ...... ") )f.: * * * * * bCM ENE~:;:G\( (~!'!~:)I.._ Yf3 .[ D i•IUDFI... VFF,:H J Uh! '.? .. 01:::: ,r :t t ::!: t 'f j ),.'\ j 1_ ·, f. I _l ·: · 1 • .,: • ! ·:·'I .-*** 2MD GENERATION NONRESIUE~!l"JAL ENERGY Sl'ANDA~D *%* ]' .!,l•ll. ·. ~ r:·, .. '; '.'·'):: ! ·:. *****************************************t~****'***** ~~,CHE DUL I NG l*******)i(* 1;: I :::<En DPl I·r1 ·,q; :f * ~ct ~cp: :t OCCUPANCY LEVEL FOR OPERATIONAL Pt=S...: I DlY:~ ( f~·pr,CT I DN) Oi:Y/ ,, • , .. , .. , ., ,, • ., ,. .. ,. • ., ., .... ,, , • ,, ., . .. ,, ~.'.1 ·I:'., f'-1 I (3!·-rr~::, ll ,, ., n II t: 'I I I/ II II II ll q •1 II It q II ;' t /! :: 1.).~'./:~ AVERAGE LIGHTING AND RECEPTACLE LEVEL FOR OPERATIONAL PERidbS (FRACTION) !J)AY PERIOD ........ ., .... ,70~ :: I\!.[ UHT r=·F::i::;: l CJD ., , ,. ,, •• , • • _ .! 11.~1. ~LIGHTING (NIGHTS) .... ~~9 ~ l1J(-YrE::J~: !·-IE(YfEF;: •• , ••• " ., • .1. ?'J 1.:, 1,~Ui"lBEt:;; t]F NDN-··DPEH(~ TI ClNi~L. HCJUF;:~3 PEF: i1,IEEI< I)PlY F'EF~:!Q!) .. -.... H ......... -.... ., ........ ,. --., .. n II n :t" "11 n rt n:, rt II ir t1 II :1 tt n n r: tr n :::::::-~ NUMBER OF HOLIDAYS DURING HEATING SEASON •••••••••• " ••••••• ". 6 Nl.JM't::<f:.f.::: ui:=· l·-IDL I DP,Y~3 DUFU !\IG CCJDL. I NG ~3EP1E;o1,1 •••••••••••••• ,, • • • • • ·.-~ SET-.. PCJ I NT Tl~MF~·~::F~:r-n·1_n:;:E ( F) ·J..tJI NTEF;; ••••••••••• ,, • • .. • • • .. .. • .. .. • • • 7 o PHYSICAL PARAMETERS *f*¥*************** INSIDE FILM RESISTANCE WINTER SETBACK ....................... 40 E3lJfVJJ'r'fE::F~ tr It It 11 11 n n n 11 11 It tr n_,11 11 n n 11 :1 n r. 11 r: -r -: 11 '/f:1 HUMME:J:;: !3ETUF' ................ , .. • .. .. i:J::.'., r,:(JC.1F=-It n n n It n II II " rt Ir :r ir II II ,. I: n ., II If 1: II l! n a n i: ·: I! '1 n ~' (-:: f;:·1.. .. (]fJf:~ . 11 11 n n n II n II r. r. r. 11 n 11 -r II u " n n "t 11 ~ r. ,: 11 r. 11 -: n 11 .T~~·:) I J\!F I L.'n:;:{YT I C)i\l i:~:ATE DUR I I\IG NCIN-DF'Ef:uyr I C)j\j(-'.)I... , .. 1oui::;:!::1 ( CFl1 ./Em. FT,, ) .. • t):?Hl! f:31....Pi.E! F! ..• om;: :• lJ :• --\/{:1L.l.JE ( E:Tl.J /l·ff~--mL FT .... , .. F) ...... , ....... ,, •••. , ,, .. • • • • ,, f. lt!/:..1.? I l'!TEF-:N(~!... LDf4Df; (;ND ENEF(GY ************************* RFCEPTACLE PEAK !..DAD (WATTS/SQ .. FT.> ............................ ~ WATER HEATING (BTU/SQ.FT./YEAR) ... ,, ............................ 64 1:::·EUF'I...E f:;E::NSIBLF~ L..Clt-,D <I::fT'U/1 .. ·IR/Pl::::Fi'.HU!\I) ., ,, ........ , ,, ............... :;,.,.·:!/} PEOPLE LATENT LOAD (BTU/HR/PERSON) .. , ....... , ............... l~!1 f,Fd:::ti PEFi'. PFP~3ut,! (SC::!. FT .. / 1:::•E::Ji'.!:;Cll\l) ...... ,, ,, , •. , ,. ,, ••••••• ,, • ,, ., ..... , •. , .:.::'.·:;1) ******* SCM ENERGY ANALYSIS MODEL VERSID~I 2.0E*tt**** i!-'. * * 2!\ID GEl\lEFUYT I ON N(JNF~Ef:i I Dl:::.I\IT .I: (.'.:)I.... E::I\IFRGY HT()l'!O(WU)H ;J: t t: TI 1,·11:::. ~ (,-,:.::, ~: ' ·' .. 1 ~ ·:· -'.J. **********************************************'******* i::·AhE:: .(j.(.) CL. I Mr:·,T1~: ZONE BU I U) I NG 1=· r LE BUILDING TYF'E BUII....DING TITLE BPT:l. -·- BPT2 -·- l·1DD CDD 7 ITS.HF'C, OFFICE I TS <HP·-']) :.-r1:::-r-sr.::· I \,,.1 II .,::., .. , l·I I C:.il·I r ,UF·T :I. _.,. rq:::, r'? .... r:ir:· r ::':; k, l·IDD L::0)) {~:::l;l •1 (.l·:.7 '?? •: ~?t> 7·:,;·. 71.~ ::::06::::·7, ·7 ... :1. 0. (l() ENVEU::i,=·E HEr.::i -~r~f.-)N!:.)Fl:::1::;; F (:1CTCJRF3 ( ffT U / 1-H~:----·F) OVERALL BUILDING ENVELOP~EAT TRANSFER RArE CWlNlER) OVERALL HEAT TRANSFER FACTOR "K" .(WINTER) OVERALL BUILDING ENVELOPE HEAT TRANSFER RATE (SUMMER) OVERALL HEAT TRANSFER FACTOR "K' (SUMMER) ANNUAL LOADS (MBTU'S) ===================~= I ,' ~•1 .'1 (::)(.:} •• ) 11 '!· HEAT!NG 8.6 COOLING 3.0 SI TE Hf.-:.(~ TI NG f.3 I TE C:ClDL. I !\!L:) SIT[:: L..I[3HTING ===:========================~==========~ t3 I rt:: F:ECEf;'T t~cu: SI TE F?~!'-! SITE HOT \1!:::~TE~-::: (-)NNl.H-)L SDUHCE ENEF~GY UBE E:ffr I 1·,1t'.ffE (~:::I-HUI !JC!. Fr. ;, ===============================~=============== F30UF;:cE h!:::A r I NG ~:muF~CE com. I !\!G sou1::,:c!::: LI !3HT I NG SOURCE RECEPTACLE !3ClUHCE F{;N E:-1.:.11....1rn::E HUT l.1!{Hf:::F~ ii .. ·_7 :,~l ~ '/ () II t.., .I . .I .. , 7 .l.b. u :I.:.::;. ,:1. IJ,1? -=~~==========~==============•==========~=======c==========~==~~===~=== ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL SOURCE ENERGY USE ESTIMATE IS :::::7. 4 * :I. • o:;:~7== :~:-H., lj. ~<D !' l.J / f;IJ. r:-·r. 0'7.l !<F:lT!.l/HU,.F·1· .. ..... :.::. ::::-:·::: ::::: ::::: :::: ::::: ::::: :::;; = ::·:: = ::::: ::::: == ::::: ::::: :-.:: ::::: ::!:: ::::: = :::: ::::: ::::: =~ :::-.: =: ::::: = ::::; ::::: ::::: :•::: ::::: ::::: ::::: ::::: :::."! :·::: ::::! ::::: ::::: :::·: ::::: ::::: ::--: :::: ::::: ::::: ;:::: :·::: :::: :-::; ::·:: :·::: :-::: ::::: :·.:: :::.: :;·: :: .. ::::: ::::: .... : : : : .: :::: . : NOTE! 1 KWH= :l.0.239 KBTUS OF SOURCE ENERUY > * * :¥ * * :+'. HCl'1 ENE::REJY hNP1L. YU I U i"!DDEI.... \/EF~H .r UN '?" Ui::·. t: * * l l * nc,··11::.:: ,_i:1---(-,:: ··!'i'l.n *** 2ND GENERATION NONRESIDEN-rIAL ENERGY STANDARD*** 'f' J' ,. !F:: ~ I .'1:.? .; '.''.! :I. ; ,J •/ ******t*****************************************t**** PN3[:: ,1. ! F:· I U:~~ !'-!:(~!•!!:~~ BU I L..D I NG TYPE:': BU I I....D I J,Jt::J TI TU:: P,rn::~A ( SG.l,, FT. ) ************* I T/3-HF'lO CJFF I Ct::: r.:· F~ I 1•·1 f.~ i:;: 'r' D f..) T Pi ************ ITS (HP-:1.0) E::i-rE~F\ I [jf~: J.;._J;;LL. If .. II • :a • Ill II • JI u II n " n n II " II " II n II II II "I n r r, ll II ., If " II n n " n ., 1?:,? l>-JI!\IDC)I.'! h!Dffn-l/NDr.:;;Tl··ll:::r-1::iT ••• " " " " ......... , ,, ,, ,, , , " , , " • " , ., , ., t.-:,::;:: !30UTH/~3CJUTl·-l\.1JEST ...... " " " " .. ,. " ........ ,, ,, .... , , ,, • ,. , .... , ,, 0 ~ " n II II" fJ • II ff n a II II • JI ff " tS If ti II • II '1 II n tt :t U ti U 11 II ti II 11 11 l! 11 11 i: 11 If ll n -: tt n :: TOTAL CDNDITICJI\IED FUJDP •• ".,, ............ , ......... , ., ,, •• , ,, ...... :::w=_;,:1. "F~'' --VP1LJJ!::: i'.~~~'.CL..UDI!'!(:.i FI!....M F~:E~;I~:lT('~!'!LE~:!:1 ************************************** ~lJ {.~ I. ... LS 11 .. --.. .. ., .. .. .. ., .. .. ., n n n 11 n 11 n n u n II n 11 11 :t II n '11 ,: :1 " :: u n n n II u 11 :1 1: :t 11 11 :::~ •1 ·:? ::;:: RC)[)j::;' n u ........................ 11 n n 11 n n n n n n 1• 11 u u ~ u n ,. •1 11 :: •, :1 :: n 11 -11 11 ~1 = n n ,, n I.[~ :1 ·:;;·:::; H'v',.;c DYS"!"EM HE{f'!"INC:J EC!UIPMENT TYPE .......... "." •• ,,,, ...... ,. , .• ,. ,, ,, • , .... , • i .. 11::::fY!' 1··i/Mr"· COOL. I f,!(3 EC!U I PME~l\!T TYPE: .. " • , .... , • , •• , ., " , .. " .... , , •.• , , •• , .. , (1 IF~.: CC!!'-!D TT :i: Ul..,il-::.F: E~ [: f.J }\l Q l"'I I 2. f~ 1:~~ a II a n u a u II n II tt n t: 11 n " n n r 11 " tt 11 11 u •1 :-·, 11 -t = 11 11 n 11 11 ,. 11 n :1 t: 11 1, "-{ J:::. f:; FAN POWER CWATTS/SC!.FT.) ........... ,, .............. """""""" , 14 {.'~In c:u:;:CUL..P1TIDI\I Fi:1~TE (CFM/E>G!. FT.) •.,. ",,. .. ,,,.. ,. ,, , . ., • ,, ., "·'' ,, s·· DTHEf~: ***** AZIMUTH OF NORTHERN BUILDING ORIENTATIO~! ................... o ~31 .. 1,q)_~, I !'P:~ [:(JE::1:.-F· I c~ I E::t,i-r " a u " ,. " II • n • " " " n II " ,. i: :: :: !t " " " " " It :t I , :t :: , :i ;I ~:~·7 HEAT CAPACITY OF EXT. WAI....L (BTU/F-SQ .. FT.) ••• """ •• ,, .... 16 .. 15 i...IG! .. iTE·!G U:=.:VEL. (~,l(~TTB/!:3Gl.FT.) " ....... , ... ,,, ••• , •• , •. , .... ,, • F:·L_[]OF-: ·ryi:::·F.::: II II -.. -" • :I II ,. u a a II n II • II II If It " " II n Ir I" " '! ;t u II r; If ll It It l: II " II II ., l"''tr'"'t ~ "'j-7· ' (~i.. .. .I f"!~:1-rc:: ;-~ fjf\JE:: u • n " • :r " " 1:1 If II II " II II " II :: II If 'I If = II II " II I: -: :: 't ,, " rr II Ir " II " 11 "f / ****** SCM ENERGY ANALYSIS MODEL VERSIUN 2.0E *ttttt *** 2ND GENERATION NONRESIDENTIAL ENERGY 9TANDA~I> *** ****************************************************' PHYSICAL PARAMETERS ******************* SECDND(.~F;;y DAT() **********:Uli'<* J)('i i E ~ ,_ii/.-·--l'i ,:' .. ! c;·)::1.,. TH-iF~ !_i/; ~--;·1 :: ,_.;·:· P n c-.-+: :: .,., __ ,.:- I)C:I[)b~ p,;::~E~{-~ ( SQ tr F:--r = ) U II n ti • 11 If 11 • n II n • n II n n If n rr u ., ·1 n n ti r, n ,. n = u rt 1t n ll II n :t /I n r () DOOR 'R'-VALUE <EXCLUDING FILM RESISTANCES) .•.......•....... 0 ~1.J{'~L .. L {~1Et~J[Jt"{F:· .. r I\.) 1-r'{ u n u u n If a • n u If n It n " n II n n II n ., ,: fl ., n 11 II 11 11 n :: " II '1 ,: " II :t = II II 1: " ·:'··· r~ I] L.1 F P-: )::i ;:HJ F( r.:: -r I \.) :r ·r ·y· n n n n. 0 11 " n It u II n • n n 11 u u II II fl It ll :t II rt II n 11 ti ,. '1 n " u II I! I/ n n rl n II n C::E~ J. i ... I j\J(:3 HE:: I Gt-1·r ( t= .. r Q ) II n If n n II n If • " D n ff " " II n tr n n u ,, n n II II II r. n " :t II II n n ,: 11 ~ "I ., i:p SH{;D I t,!!:J :U***** SHADING COEFFICIENT I\IOF~TH / NDF~THE(,:i~:lT E(.)!3T /BOUTHE(-)f-3T 1tnr.n1111nnnntrn1111nt:~n1111111111 (l SOUTH/SOUTHWEST ••••••••••••••••••••••• 0 WEST /NORTHWEST ..•..••.•.•••..•.•••..•. ~7 DOES TH IS BU IL.DI N(:.i Hf-4VE l>J I N:OOW O'v'E::nl·U.~l\lm:, • ,. • • • • • • • • • • • • • • • • • • I\IU DOE~3 TH I ~3 BU IL.DI l\l(J H(..WE l>J I NDDW 13 I DE· .. --F IN!:~ ., ••. , • • • • • • • • • • • • • • • • 1,1c1 MECHANICAL AND ELECTRICAL ************************* i::;:{1"!"ED Hf:(.:,Til\l[:i EFFICIENCY ••.••••.••.•... , , ..... , ........... , .•. , ... :,::,. c., RATED COOLING ~ER ...•....••.•.....•..•..........•... -....... 8 .. Js7q9q 'T'CJ"U':iL f=·(~CK(;GE I\IAME PL.ATE Farr I 1,113 ( !{l>.J) ................. ,, • " ••••• ,. • :1. (l, ?-'l l.1.Jr~~·rE:F;: ~-~t::t-:--i·r;:::1~ T .. '{t:=·E ~ II n n .. II n " " " n " rt :: :I ti "I fl n II :: .. •1 1 ti :, ti II u 1; u 1• e ll :: -: ., .1 I :1 :1 ;" II (3(·1~:3 !:3F'EC I f-)L. FEJ1 TUREB *i************** D(1 Y!.... I C~Hl I I\IG ~lTF;:Pr TEG I Ef.1 .................... , ••••. , ..... , •. , .. ,, , • , ,. • l"-!U f3tJLJH~: '.•!tiTEH HE!':iTING f:lYffT'EM .................. ,, •• , ., ., ,, ,, , ., •. , • ,, ... ., , ",, ,, !·HJ ****** SCM ENERGY ANALYSIS MODEL VERSION ?.OE tttttt * :~ * 2ND GENl:::1:::{:i TI DN NUNF;;EG I DENT I (.~I... E::I\IE:.F(UY 13Tt:.)NPP1F:D >¥. "-Ii t 1·,r,·rr::;! ,~1~t ... ,~,:--·. _., , .. :11~;.: ***************************************t********t**** \~:CHE.DUL. I l\!(3 :t********l r:· IX ED I:)(-:1 T f1 **:*:******* OCCUPANCY LEVEL FOR OPERATIONAL F"EFUODS (FF:(.:iCTION) DPiY • ".",." ... "." •• "". " ••• ,, ,. ".,, • :'_,·_.11:~) AVERAGE LIGHTING AND RECEPTACLE LEVEL FDR OPERATIONAL PERidbS (FRACTION> ~DAY PERIOD ...... """'' .. : t,IJDHT FET<IUD , .......... .. EQUIVALENT OPERATIONAL HOURS PER YEAR ~LIGHTING (DAYS> ....... . ~ I.. J (:JH·1· I l\!b ( 1,1 I H~·ITE1) • " •• ~RECEP.rACLE ........... " NUMBER OF NON-OPERATIONAL HOURS PER WEEK -••••... I' 1: :·,_1.::- ,, J ii ll. .".?';' J. ~::; 4~.:~ :I. El 1 7~; 0 I) A'{ F:, ER I Q J) A n u u a n II a a ,r sr rr n u tt ll sr n 11 n 11 n u 1: 11 fl II rt n 11 11 rt n 11 n •1 11 11 11 n 11 • r: n 11 .:::; ~,:-:: !\! I ('Jl .. i"T' F.:·1::r:..: I C)f.) • n n • " II II n II It n 11 II n " • n " n If n n !I II II II '1 n n n r. "t n n n n ti II r. ti n n If lff.J NUMBER OF HOLIDAYS DURING HEATING SEASON'""""""""""'"""""""" 6 J\ll.JMBER OF HClL I DPJYE) DUR I 1\1(3 CDCJL l NG SE(~!:;;C)N .................. , . • .. • ::;;: SET···F'OINT TEl'1PEF~ATURE (F) ;l-'./INTl:::n • " .. "."."" "" .. ,,."".,, •• ".,, •. , .. 7c1 ~,JIN TER f::H:::TB(-)CI< ,, ........ , ,. " • " , .•••• " ., 40 PHYSICAL PARAMETERS *,***************** INSIDE FILM RESISTANCE l1J(~~L .. J .... ~3 n " ft u If II n n II I" n If II n II tr II II II n = II " II II II a 1: 1: " :1 c:-.f~~ f1()[JF.:' 11 n :t n n u n r n 11 11 n r :1 11 ,. '1 fl n n n n n ·1 e n 11 n .. u •: F:·1.. .. (:)()F;: 11 n n •1 n n 11 11 :1 r. n 11 ~ n 11 rt n " n II n .. .-11 ,. r 11 , •• , ,. INFILTRATION RATE DURING NON-OPERATIONAL HOURS (CFM/SQ .. ~T.> • m.P1D n.rJCJF~ 'l..!" ···-lJt:\l...UE <BTU/HR-·rn~.1,, FT• -·r-=·) •. " • , , • " , • , • " . " , • , ,, , , ,. INTERNAL LOADS AND ENERGY ************************* F<t:-:c;EF,·r;::,c;t_E:: F1EA~< L(JAIJ < ~"',1,!rr·rf:i/t1r~., 11 r--r :i > ~ II = ., =-" •• =-11 :: :: rt 1· " II ,: =-II II , ... " 1· ,: :-"t 1:.'.i WATER HEATING (BTU/SQ.FT./YEAR) ......... , ........................ 64 F'E:.ClF'L.E SEl\l1::;J BL.E !....DAD o:-rrU/l··IFi:/PE:RHCJf\l) " " .. • " • • ,, " • • • , • ,, , .. , , " , " • • • :? :·:;1_1 i:~·,:::m=·u~: i ... hTEl'-iT I ... D(f() (BTU./l··ffUF"l.~l?E:c.il,I) " •• "." ••. , • ' ..• " ••• ,. ". , .. , ,. ".," .l.'il(l AREA PER PERSON (SQ.FT./PERSON) ...... " ........................ 250 *-;t::~;,Jii** \3C!"··! ENf::F;;GY P1N{i!...Yf:3Il3 MCJDf:I.. Vl:::P::\ICli'i .?.,(i[~;y,*:y.;r:r:*::; *** 2ND GENERATION NONRESIDENTIAL ENERGY s·1·A~IDARDS *** ****************************************************** CL.lM()TE ZOi\!!: l'?.UILDIN(3 FILF_=.: BU I LD I NG TYF-'E BU I i .. J) I NC::• TI TU~:: I T3··-HP10 OFFICE I TL, < HP·-:I. 0) !)(\ I"!::.~ t)i! . (_) _..' . '· ;_~i·, . .. , I. !··H:~ :: U'./ ~ '..'i:.? :i ,:,'J F'(1DE::. ~ ,,·1 '!- ::::: ::::: :::: :-.. -:: ::~ ::-.:: :::: ::::: ::.::: :::: :::: :::: :-.::: ::. .. .: :::: :::: .:::: :·::: :.:::: :-.::: :-:: ::::: ::::: ::::: ·::·: :-.::: ::::: :-.::: ::-: ::::: ::::: :::: :::.: ::::: .::·: ;:::: ::·: :·:·: ::-:: :::-: ::::: ::::: :::·: :::: ;:::: ::: : ::": ::::: E1PT1. -·- BF·T:-~ -·· El F' ·r 3 M ... HDD CD!) Df)Y 69.77 74. 24· l~i4. 82 i\lJHl··!T PF'T:I. ···· HF'T2 ···- BF·T:~i; -· l··IDO CD:U '.::· ;'.'i rj· () , 4 I. o.ou O\.JEF::{:i!.-L f::U I LD I 1\1!3 ENVELDF'I;: HE(.~ T n-::Al\l!:3Fl·::J\ RA ri::: ( ~\) J: t\l TT:R) OVERALL. ~EAT TRANSFER FACTOR 'K". (WINTER> C)\)F:F~:f-.)l..L BU I L..D I Nl:J El\l\)ELD!='E HE(.'.) T Tr:::ANEiFEP 1;:r1 Tl::: ( f;UM!'·iEF:) OVEl::.:{)LL HUH TRANElFEF~ FACTOF~ , I<" ( Ell..lMMEFO ANNUAL LOADS <MBTU:S) ===================== :I b'.;;:.4 ,. ~:.1 HE::'iT I !\!f:') :I. H. (i CODLING 8.~ ANNUAL SITE ENERGY REQUIREMENTS (MBTU'S\ ~-=~~~============~========~=~===~~=~=== f.H TE l·-IE!::ff I ND :::; I TE COOL I !\!13 !:l I Ti::: LI C·?HT I Nt3 SI TE F::ECEFT (.)Cl._E '.:l I TE F (~!\! EI TE:: HOT wr-:~TEF:: ANNUAL SOURCE ENERGY USE ESTIMAT~ CKBTU/SQ.FT.) --~~----~---==~======~===========~====~======== sc:,uncE HEP1 TI NG f;OLJF,:CE CUUL I NG :::mUF~CE L. I (3HT I NG SOURCE RECEPTACLE i::n11p;-·r.::-!:::-r-il\l ~:\UUF·:CC HUT t,JnTEF~ i~" ././ :::i:F~ :t /.} l ') ., ~-.. ; 0. '/ ==~=~===========~===============~======~=~=======~===~===~=~~~=~=~~~~~ ANNUAL SOURCE CONDITIONING ENERGY USE rif\!!\!Ur-~L. !3C!UF~CE ENEl:,:l::JY USE EBT I MP1 TT:: I 13 :1.?" U* :1.,, o:;::7°,·, :1. B .. :.::: 1-:::r.n ! 1 /1::iu, F 1 , 6H .. 9 1:::8 r 1...1/:::li) ,. r:·T - .......... --__ ...... : .. ::. -: .. :: .. ::: :·:-: ::;.:: :,:;: ::::: :;::: _.,, ,._: -= ~:: ::::: ::-:. ::-.:: ::::: ::-::: :.::: :;::: ::::: ::::: ::.:: :::·: ::-:: ::::: ::::: :::-: :::: :::·: ::::: ::::: ::::: ::::: ::::: :::: :-;:: ·::-: ::-: :::! :·::: ::::: ::::: ::·:: ::::: -::;: ::::: ::::: ::::: :::·: :::-: ::::: ::::· ·::·: ::::: '":: ·: ·: "·:· ::·:: -:: . •. ·. :::·: ··::: :·::· :··: ( NOTE: l KWH= 10.239 KBTUS OF SOURCE ENERGY > t***** SCH ENERGY ANALYSIS MODEL VERSION 2.0E ****** *** 2ND GENERATION NONRESIDENTIAL ENERGY STANDARD*** ***************************************************** !·:· I U~ l\!f.))·,JE BU I l....D J !\!f:3 T YF='E BUILDIJ\.!G TITLE ITS-Hi='ll DFFICE i::·1::;:Ii"l(-)F:;y DhT(~t ************ I TS ( HF=··-1 l ) E: ):: -!-E: r~ I () F;~ l..AJ {-~ L.. L.. 11 t: I: 11 U. Q R O ti n II a n 11 1: II 1: ff JI 11 11 II :: 11 II II II :: : II r :1 11 ti :, I: = "I n n () WINDOW NORTH/NORTHEAST ............................. 0 E:f:,s·r / f3Cil.l-)"J ... IE:A~~1·r u " n 'I " u i:: " r: n II II n .. n , " II n " ,: " 11 ,. r " r: r " () '.:3DUTl··I/SDUTH~•JE:!3T ........... , ............. " ., •• , •. , • ., .. ,. .. 1~1 !>JEfH /NCJF::THvJEE:rr ............. " " ... ,. ,. " •• ,. ,, ••• " ... , " U ut,·r i.::. ~ 1),.! ····(_l .>·· 1. '">'H., T I l'·I [ :: I.).,·:'. ~ ~:'.i .. :, ~ ! __ l :-:, F' P1 I.:) F:: ~ ·'.I ;::; (~.; F;~ !] l.J ~~ I) r-l,_ C) () Fi n U n • U n a II ff tt r, II n U q n n II" 11 n t" II U " n n I ti tf 'I ti 11 :r ,, ~ 11 n 11 11 11 :· ~:?? 1.f. : .. :; TOTAL CONDITIONED FLOOR .................................... 5943 'F:'' --.. l,J{.~L.UE (EXCI ... UDI!'~l:l r:~11 .... l''I nEE:lIFlT(.."11\!CEH) ************************************** LiJ(.:11.. .. LS 11 -•• n n n h n 11 11 • n n n II n r: n n 11 " " " r n !t ':I n II tr n 'r-1• n n " -;-11 ., " 11 ., ·: r. 11 r. -() t•J I r,.IDDt·.' ( I NCL...UD I l\1(3 I NEl I DE: FI I....M F~:E'Fi IDT nl'-ICE:) •••. , , .• : ........ , ,··1 f~: C) C) F:" u 11 .. .. .1 • It n II n n II a n u n t, n 11 -. ff u n n n 11 11 11 n u 11 11 11 1• 11 •1 rr •• -: 11 " 11 :i 11 :· 1, ,. ,; 11 :!. f•l "' } -~;; 1:::·1 .... C)C)f~: , ... " 11 " n n " n =-ir :1 ir 11 11 111 n •t rt n n n 11 11 tt 11 11 11 11 11 It n 11 11 11 -:: r. -, n 11 " :, " ,1 11 r --i._) H'v'(~C SYSTEM ;j.'. ;jC¥, ;·pej: * ;f( * * * HEATING EQUIPMENT TYPE CODLING EQUIPMENT TYPE 1 ··I':::·(.) 1 · r::-u n r· t:': l r-:: l.. C)I\I)) l ·1 J. r.Jl-.iF::J? f:::c:()j\fOIV!I:?.:E~F\ ff II It fl If~ U Sf ff ff 1:1' II 1:1' II II n n ff ff II ti ff ft 1r r, II It U 11 "I•::. 11 I:: 11 n I!,;: n 11 11 ., ·y·r:.~:, FAN PLIWER <WATTS/SQ.FT .. ) ................................. 19 hIF~ C:IF:CUI...ATION R?HE (CFM/~-;GJ.FT.) ........................... 6 DTHl:.F: ***** AZIMUTH OF NORTHERN BUILDING DRIENTA·r10~1 ..... " ........ 0 ~3Hi-:YOI!\!C~ CCJE~:"F;'ICIENT •••••••••• , •. ,, ......................... r) HE{)T C/.)F'{.)C I TY DF EXT" l,tJ{.:)l..L.. ( BTU/F·····HGi" FT" ) " • " • " " •• n n ., " :!. (, ., j !:::; I... I l:.lHT I J\!G I.. E\JEL.. < L•Jri TTS / SG!. FT .. ) • • • • • .. .. • • • • • • • • • • • • .. • • .. .. l • l 2 fJ.. .. (j()j::;; 'f'\{F=1E: a II' r: :: 11 u ,; i; ti 11 • It • n II n a n n II 11 11 n 11 • n It :: 1: 11 •1 .; t1 1: n n n II r. 11 •1 1: 11 f:~J...,(~l ... ~ cy~L .. I 11{~-~ .. !::: 1~(]1\JI::-: " I! II ,: i; :i :I ... II rt 11 II n er II " II IT • II II II II II , :I ., •1 n II If II II II II 11 II II II II ·:_::'1 :f'. :t :Ii* :l<: :l< EiC I'! E~f\lEF:GY r'.)l\11'.'.)L YEi IS MCJDE:1.. 1/ERH J: U!',I 2. OE. >l'. ;¥, :t: ;t: ;t,: * ;~ ;\~ * 2Nf) Gl::NEnf'::;T I (JN l\iClNF.;:El:3 I DEl\iT I P1I... E:NEF;;iJY' STnl\l.l){)F;:D * ;f'. :i ***************************************************** F'!··IYf;; I C(=iL. F'(~l:(f~METEF~f::. ******************* ElEC()I\ID{~F;;y 0(-"i rri **********l*** u,.)J'E·::: ()·!.··(·'"·:-· 1,r;1i1_; T J 1-·11:::: :: '•>' :: '. :;:':· ~ :I .? FtiH!::. ~ ,:i.::, DDC:,F,: f~\F:E{:i ( E3Q., FT. ) , .. " .. " " , •. " " " •.. , . " • ,, ,, " " -. " . ,, .. . . . . .. . .. . . . . . . 0 DOpR "R"-VALUE (EXCLUDING FILM RESISTANCES) ....... ., .......... 0 l,.1J{~L..L. {1}'::E)tJF::F''T" I\/ I ·r'·{ ,. 11 II' u n ., n " n " 11 " " " ,, " II " '" 11 II n " r. II " " ll r ll II ft = 11 -:. I :-:: It n r. ., :: , • .. :.r }•"l:(._1{JJ•N 1~I:{~~3(Jf;~F1l-I\/ I "T"\/' • n :t n ° 0 n II rt II u u n ,: er 1r It !I it II 11 11 11 u 11 1 11 11 :1 11 11 ll 11 11 u ,, " "t r :r 11 11 11 o 11 :r / c;E~ I l_ I f\ll3 ~-iE: I Gl .. ·fT ( ~:-7·" ) If u 11 II II rt " ff II If n n II ff ff :1 II .. r; II I\ II II ti lf II r. II 11 J' II II II ":I: u 1: II ., I\ r· '°? t:iHP.iD I !\!(3 )!:::~q:**** SHADING COEFFICIENT NORTH/NORTHEAST,,., ...................... 0 E(.-~/3T / UCll..JTl-·IEJiHT •••••••••••••••. , •• , • • • • , _) SOUTH/SOUTHWEST ......................... 0 ~ l>JEB r / NDFi:THl>JF!:lT •••. , ..... , .... , ........ " • ,. • 0 DOES TH I~~: BU J L.D I NG Hi!WE l,tJ I NDCH1J CJ',/ERl .. lnNt.Jb ................... , ••••. , 1-.1i:J :ODES TH I f3 13U I LD I NG Ht.WE l>J I r,mm~i !:l I 0[~·-.. F I l\l'.:1 .............. " .... , • " • • .. • 11,ji ! MECHANICAL AND ELECTRICAL ************************* -f::{1TE:~D HEf:!TING EFFICIENCY , ...... , ,. .. ., .... , .. , .. , ., .. ,, ., ...... ,. ...... , ... _ .. : __ , r;:, Fi1()TED C.:DDL. II\IG EE!::;: ................... , ... , • , .•• , ., •••• , • , ,, ,, ,, ••. , •••. · r;, ::::,7r~1?·:jc. TDT{)L 1:::·AC~:·:r-iGE N{.'.)ME PLJ)TE F•:tn:n .. 1(3 (l<L<J) ., • "" · .. ,. "' ",. ,. " •••••. , • "' "' ., 'l.(1 ,, :/(.1 i1J{i'TE::F~ ~11:::r,·r1::~F~ ~r'tf=·r:::~ 12 II II ff II r. r. I" r. !I :I 11 ll II u ::I 1 ., •1 ., II :1 ,: • ,: ., .. ·r 1 " ,. " u !I ., :I u 11 .. ,. ,. .. •• i,)t::i;--~ SPECIAL FEATURES **************** J){f~'L.rc:n-rril\1(3 r:rrF~f'.,"f"EC:-)T.f:~f) 11 ft n "ff II II II r" .. I' :I .. r. -tT u ., .... II,."" H II:; II • 1 II II:, .. ". •• i-.Jr .. , GDL(.~f;: 1.1.IATE:F.;: HE;:)'T' I NG :=]Yf'lTFl"I • , . ., ...... , • ,, ,, , .• -•• " ., , ., .. , ...... ,, ..... , , .. 1·-1u -::·:.: ****** SCM ENERGY ANALYSIS MUUEL VERSIUN 2,0~ ittt~t * * * 2ND UENER?) TI CJ!\! NCJNF;:E~'.~3 I DENT I (\I._ ENF:J~C-J"{ UTt11,!D(l!?C t * * ).:,/) n::. :' f.>i!.. ·' i .:· ..... i '; ,:'. 7 TI l,.lr:: g (}:·1:'.'. :! '.":_;·:~ ·1 ! -~ **************************************i*t****i*t**t** 13C:.!-![::DUL. I NG *****l**** PER!ODS (FRACTION) FI XE.O J:)()·1·() *******':*;fl l)(.'.) \{ "l tt I -: 11 ., :: II II n /l !'l II ff !: ,. •1 II 1· ti 1: '1 I' r: I:~-· .. ;,.,<:. i,1 J GHT!3 , " ... , " ,, ,, " • " •• , ..... , ., .. ,. , .. · • • U.';~1 AVERAGE LIGHTING AND· RECEPTACLE LEVEL ~DR DF't:F;:f~ TI DN{.)L PEFn: C}D~> ( FF;:{~CT I Cll\l) :: nr:i ·( r-:·FF([ uu " . h " h ..... , " " " ."p·::: ~J'·,.\JUHT F'EFUCJD """"""""" ,J.q .. .:i ErnJI ~.t'(.)U:NT DPERAT HJNtil. l·-lOUF\f3 Pl::i:;: YE(..~R : f.... J (31-IT I t,lf:J 0.)(-flb) ..... -,. • :?''? .!. i.::i ~ I. .. I UHT J: l\lf:) < 1\1 J t:Jl·ITb) rt •• ,, ~:::~:-.,,.:;) ~RECEPTACLE •.. , ....... 3774 ; F('il\ll~) n n, ,. rt r r u r "ft , • ,. , r , ll'.: . .'i J H :: L1)(.YTER HEt1TER •• ft ,, • • • • • l ·7 /0 NUMBER OF NON-OPERATIONAL HOURS PER WEEK [) ;.~ \~/ F:1 E F~ I [l J) ia • c n n • n :'I n II rt n n r. 11 n n 11 :: 11 n 1• 11 11 f' 1: •1 n n 1, 11 t1 n n ., 11 ,. ,. 11 r 11 ::-11 .. 11 ~;~ J::·: f,! I f3t·~7·· f,'..:•l:,~F~ I CjD • ir 11 n u u " n n :r n :r n n n 11 • '1 'I n :t rt 1• .. " ,, = :: :r ., n n n " = :t n u i, r. ,. ., ,, ,.q•'2J NUMBER OF HOLIDAYS DURING HEATING SEASON .... ,, ..... •rt ........ -· .. A !\!U~1Bf::J~: i:JF HCJL. I DAYE3 DUR I I\IG CODI .... I NG ~3E(.:)t3Cll\l ., ,, ••• ,. ,, •••• ,, •••••• ,, • ? SET--PDINT TEMF'ER~)TlJRE (F) :LiJII\ITEn rt ••• ".,,., ••. , •• ,, •••• rt,, ....... :;(:1 r-=·HY'.3 I C(.~iL. i:=·hH,~l'·!ETEl::;:s ******************* INSIDE FILM RESISTANCE liJ INTER l:lETB(:.)C!=:: •••• ,, • " ••••. , •• ,, ,, • ,, •lO Sl..Jl··ll'·IE::1:;: E3ETUP • • • • • .. • • • • • • • • .. • • • • .. E,1::::, (,.&.j{.)L .. l. .. ~:) n rt II II ir ti II n 11 -: 11 n u :t n •1 11 11 n u u :: •t r. :t 11 r 11 •• 11 --: {::;l~~ F~:C)(Jf-:· n n n n II n !I n 11 11 ., n :r •r n 11 :1 :1 u n n II n -: ~ rt :1 n •1 n •: • ~//.J INFILTRATION RATE DURING NON-OPERATIONAL. HOURS (CFM/SLlrtFT.J •• 0?8~ f3!...(1B FLCll:m :•I....!:• -·-v'f.~L.UE ( BTl.1/HF::--l:m. FT. -.. F) INTERNAL LOADS AND ENERGY ************************* RECEF'lACLE PEAK LOAD <WATTS/SQ.FT.) ................................ ~~ WHEli HEf.H'ING <:8TL.J/\3G!. FT. /YE(..H:.::i rt ............. ., •• ,, ••••• , ••• , •• , , 64 F'EUPL.E SE!"!~3 n:iLE LO?'.\!:) <BTU/ 1··11:V PE:F-;:ElClN) ••• ,, ,, , ,, ,, ,, •.• , • -........... , • • '.:<;r .. 1 1::·1::::UPL.E LJYT'ENT LCltiD (DTU/l···IFUPl:::i::::i:1CJN) ••••• ,, ..•• ,, ........... , ft ...... ,. .1. ··~·() P,W:~{~ P~:F~: r·i::::f.:f}DN (E;E). FT u I PEF<ElCll\l) • rt rt C ., " " " " •• " • " ., , •• " ., • " •• " • ,. " ., • .'.:::!·';r:i :~ ;i; ;~ l * ;~ ;r. SCI"! ENE:}~GY (.)1\1(.~I...Yt:> I~~ MDDEl.. VFnH J fJI\I '.?, 01:: :{< ::( * ;~ * l * :t ;t, :¥. :j-~I) GEf,!~::F;:(H I [11\1 i'JDNF;:Et.1 I DEI\IT T {~I.... 1:::.1\IEYmY f3Tnl\l0iC)F;:r:i~:l t :t: :~ DiYl"E :• (_1 r:1 · r_/,._' i. '?':i.· r I Mr.::_~ (i .-: ·: :-;:::. :· :-: ,.; ******************************************t**f******t* J=>(~IJt~: -·H! C::L.IM,c\TE ZO!\li::. UUIL.DINU FIL..E fiU I U) I l\ll:i TYF'E Ht.I I L..D I I\JG TI TL.I::. ? I Tl:l·-HF' 1 :l OFFICE ITS(HF'-:l:I.) ::::: :::: :::: ::::: :::: == ::.::: :::: :.:: :.-.:: :::: =:: :::-.: ::::: ::::: :-.:: ::::: ::::: ::::: ::::: :.-::: ::::: ::::: :::: -.:::-::::: ::::: :::·: :-.::: ;:::: ::::: ::·:: ::::: ::::: :: :: ::::: ::::: ::;:: ::;;: :·:: :::-: ::::: ::-: ::::· :·::: ::::: ::-:: ::::: BPT:1. .... BPT2 ··· HD:O DhY 64-. 07 "7 :;~ • ::2 C:; . 78. 0:5 .3l4. Tl !··I I E.il--·!T ni::··1·:1. ... . :e1::,--1·::? ... . ur::--r::':: ... .. HUD COD '?11::~ ,. '/ .1:1 ·7 ·:l ,. lf. f:~ :::::24u, :1. ::~ (l,, 1)() Ql_i!::.F~:?~LL DU I LD I NG ENVELOPE HE:t\T ·n::;:,i"tNf:lFE::F~ F:r:Y1E (~,JI J\ITE~:r,::; .1 OVERALL HEAT TRANSFER FACTOR 'K'. (WIN-rER) U'·-il:il?r~L.L-BU I LD I NG EN\)ELOPE l··IE1:rr TF;:(~NE-JFE~F~: nPi TE ( EiU!•!l',fER) OVERALL HEAT TRANSFER FACTOR 'K" (SUMMER) CODLING JA.? =====~=======~=====================~~=== '.-3 :r. TE: HEP!T .[ r,m f.::; I TE COOL. I !'-!G <~ T -r1 .. :· !.. I !3HT I N(3 SI TE F(ECF.::F·Tr:=!CLE SI TE F{~l'--1 t3I TE HOT l.1/?~TEF-: ... o ..... ""' .. _ ,,_ °'"" HN• OMOo OMM ,_, ,_ --,,,., _., HKO ,,,., .. ,,. :: .. _ .. Oh .. Ooo,O .. ,. ........ , .... ,:: .... : ,.,!, 0 MO .. ,:: Hon .. ::: ::::: = ,: .. : :;::: ::::: :::-:;::; :::~ :::: ::•:: :::: :-:: :-:: :::-: ::•:: :::: c:;rn 11~;,,-·i::· !·--!Et'-) TI N(3 SUUF~CE cum. I NG c::ni 1~;·r'i:~ L. I ~:11-!T I M3 SOURCE RECEPTACLE i::;uuncE F r-:iN f3C.1UPC::E HUT f,J(1TE::~\ :I."?, i! :I.. 7 11" 7 .!. t:~" u f3,!J ().,) -----------------~~~====~================:==============~=~~==~===~=== ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL SOURCE ENERGY USE ESTIMATE IS :1. ~'-'i. 2 * :1. .. o:?7"" :1. !'..:'i .. 6 1-:::H·r1 . .111:;c)., F r .. :1()" I'~) l<Et'f'l..l / ~:3G! :t i:::·~,· •t -------~~~~~=~===================~==~=~=~~=~==========~~=~===~~=~==~~~ ( NOTE: 1 KWH= 10.239 KBTUS OF SOURCE ENERGY) :t ::i-: * ::+: * :t ~3CM EJ\IEHGY t~Nf'.'.)L Y\3 IS i"IDDE!.... \.!EF,El T CJN 2,, OF t * * *-* ~'. * * * :;,~t-lD C3ENEf·i:(ff I DN NDNr-~:,:::E, I DENT I (\l... El\ll::.l:;:uY ~n (11\IDtiPD * * :{( ***************************************************** FIL!::. !'-!!~~ME nu I LD I j\!\.':) TYF'F.:: BUIL.DING TITLE AHE:.h ( :::.:G·! .. FT. ) * * :¥. * ;jt:;-jq * * * ;j(* * In'.3--HP:l.2 OFFICE i:::-1::;: I M(-\1-~:Y D(i T () ****:******** I TS ( HF'··· :I.'.?) E: X ·rt:::F\: I [jF~ i.1Jr;l ... L.. 11 II n U ti • 11 11 11 11 n n JI n I) t: II ft I: ti II •1 II t: 'I 11 ., ., 1: :, :1 II I' ff II ·: :1 II II II f} NOffTl···I/NOFHHEAffT •• " • , , ., ....... " • " , , " , " " , , ., , • " .. .. .. t) 1:;;:{:.)fJT' /SC}l.l"'f'f· .. ff:.~~:~f3'f t: n n n rt n :r 11 :i n i: ., :1 11 11 1: •t :r ?I :: n 11 11 11 = n n II If () ~3(]lj"'f~i / ~3C)l.J7·1, .. !l1JE:':f;,:rr " It n n ': " :t ti n n " :1 t: I ,I II II :I II II II " II 11 II II II II ti () i,Jf:~S"'f /I"H.]F(T'f· .. 1\J.JE::':f.:,"'r "ti""" II n n r-" u .. u • If,: a"" I.~ II JI" n_-i ... , .. (} J..;l; I[:::• (_1,'!, .. -1_1/ ..... 1,::1_.·: :r r .I. !·IE·: ( ;·:,.:; ;5.,.~ :: .::::'/· F()C'-i'·:. C ii <-i E:iF~Ol.JJ\i[) F:L..OC)R U rt n n • • II W ff tt tt ff :: II 1: ti ti , .. rt • 11 I: II It tT ., ;1 II :• II II ,. It :: It !I II f" Z: U II ,.,.::r_.?f:? TOTAL CONDITIONED FLOOR ...... ,"""' ...... """ ............. , 4~78 '' F<' --\,'{.~1....UE (EXCLUDING F J I....M nl.:::D .[ BH~I\IC.EH) ************************************** l,\J~-~l.,.,L .. S 11 • u 11 n u II n u • u u n • n " n tr n II r II n II ti it :: n 11 :: r-• 11 11 :1 :• 11 :: ,, ·: :1 n 11 :: 11 11 •: 11 •r f=j f:~ [) (J F:' u u .. .. .. .. .. .. • 11 11 n 11 11 • • n II r: n II n II n :1 11 ,1 n n ti i: u 11 11 :: 11 11 11 r-11 :• 11 v r, •1 n It 11 •: t ~:J ::-'.?' :~:; 1::: i.. .. () (] f~ u It II II :i n n u u :r :t It n • I: II II u II " II t: .. II ti fl II rt :I' 't ti :1 " :I tr r: i: n :i I' ;1 t: II II I: II n •r () H'v't~C f:::YbTEM *****¥***** 1·--11:::{.-)TII\IG EC-:lUIF'MEJ--IT TYPE •• " •••••••••••• ", •••••. , , •• , ••. , • 1-!F:tY!' 1.:·1.n·-1r .. , C:-UIJL. I r--H3 EC!U I F-"MEl''-1 r TYPE • " ••• " • " " • " ••• " •••••••••••••• " • (l .i: !::;; ' .. :Ul'-11) I !' J: Ul'-.Jl:i:h: t:c:C)i\~[lf ... !IZEI::;: :I II Un It 11 • h II II a ff U ff ti tt W II II II U :1 It It II II n II tt 11 11 Tl II ti 'f 11 11 u 'f !I rt n 11 '·>/I::::'.::, FAN POWER (WATTS/SQ.FT,) "''""""""'""""""""""""""""""' .24 (HF~ cn::cuu.-~TlDN F:rHE (CFM/GC:.l. FT.) .. " ..... u" " ••• " " •• " ., "u DTHEf-i: ***** AZIMUTH OF NORTHERN BUILDING ORIENTATIOI\I ............... 0 ;;31 .. 1,q_C)JI\H:) c;cJEr--1=-:rc:r1:::1\J·r • "IC. Q tf u II II II" n." '1 11 11 It,. n II r. 0 11 :1 r. 'I:; II n :I" r n II () HEAT CAPACITY OF EXT. WALL CBTU/F-SQ.Fl.) ..... "" ...... , 16.15 L .. H3HTI!,!G I...E\/F::l .. (W-HTS/ElD.FT.) ...................... , ••• , .l. :1.l FlJ][IR "')"'{F='f~~ " ,. ,. -.1 JI II n • 11 a II n n n .u "' 11 ti u n II n n ti n It u •t !I n tt i: u 11 n 11 11 n II n 11 t· fH ... ()'7:{ i::: L .. I !"'! r:~ Mr E z C:) t\J E :r • II II .1 U II • q tt 11 II n II ti n n II ti U II rt II ff II II II II II rt ff II II :1 IT tr It n n l'I II / ****** SCM ENERGY ANALYSIS MODEL ur,Tr-:.?. r.11, ... r .. , . ..-' . 1 ·._,:,i:-! :,- ;j( ::< :¥ 2!'!£) GE]\IE~r;:AT I ON NDNFU::!:3 I Dl::::1,1T I r11.. l::i!°'if::.Fi:f.:1Y H'I nNDtir:::n :f'. * )~ 1· .1.1·11:.:. ~ 1_1::.-:~ lj'.l:i :.::·; ******************************f************t*****t*** Pi'V~)I:::. g :i?.> PHYSICAL PARAMETERS ******************* SECCJNDPinY DnTt1 ************** IJ C) ~:, f;: {-~ F: E~~ 14 ( E3 G! II r· 1· w ) II • • II ff C: " " n " n n rt If ., n II :: II II II r II " ll r ' -: II :: -: ., ;• :1 " r: II n II n •• 1• ;"") DObR 'R"-VALUE (EXCLUDING FILM RESISTANCES) ................ , 0 l;JP1L_L P1l':{S(JF;;:F1T I\.) IT'{ u •• n • II n ,r II n rt ff rt n • It r: n ., n II n u r n :: :i rt r: n n :: ::i n :: ., n :: :. :: r ., •: r. () F-1C)CJ!::... ?~I·3S[llif.:, .. r Ii..; I ·r-v·· " • u ••• " " " n " ,. " " " " n c " If r: " n ti ., " " " " " " • :: " .. " ,., n , :, " :r ., " ll ? ct:: IL_ I i\iG r .. lE I G~11·· ( F-r" ) :a n II n " fl n u " n n " 11 II :, " II I! II " I r II "I II " n II II t. ....... --..... ,, t? SHADING COEFFICIENT NORTH/NORTHEAST •....•.•........•...... 0 Ef-\ST /!:3DUTl··ll:.::Af:3T •••••••••••••• , .•••••••. , (1 SOUTH/SOUTHWEST ••••••••••••••••••••••• 0 ~lJE!3T /I\IDF(fHl>,11:~f::iT ••••• , •••••••. , •. , ., •• , • • • n DOES THIS BUILDING HAVE WINDCJW CJVERHANGS •••••••••••••••••••• ~IU .DOED TH H3 BU I LD I l\iG HAVE ~,JI ND0~1J · 13 I DE·····r-::· I l'li3 ••••••••••••••. , , • • • • 1:,JU l'IECHf-.)N ! C(.)L.. t--~1ND EL..ECTR I C(.)L ************************* RATED HEATING EFFICIENCY ........ , .......................... . lii:·~ ·r1::[1 [\Cl!]L .. I J\1(3 E~l:":F~ n ,1 II ., rt If II It 12 II II II II " :r !:I :1 tr II ·r II II II :1 .: :t It ., r. 'l ll ·r :t II II II II •: •• 'I ,l II ,. TOT Pd ... F'{)Cf,::tH:)E N(-.1!'1E PL.ATE WYf I l'IG < !<J1J) ••••..••• , .••••••••. , •••••. , vJi-=frEF: HE{~TER TYPE ••••• tt •••••••• ' ••• , •••• " • ,. " ' " " " • , •• " " " • " " •• " ., Sl<Yi .... I (~iHT l*****~~* ~--,. ·, .::: .. ·:· .!. () ., ·.,::.:1. [;KYl_ IGHT ;0i F:.: f.::: A" :a n • ft " ti u n 1:1 ft It u u 11 11 ff II n 11 11 n -, n i: n n : -t 11 :• 11 11 :: -: 11 n •1 u u 11 1l' •, 11 ,. u ~:;, fJ, . 1::;;--1.-'i~LUE t3!-·IADil\!C3 ~3!:=·!::~C I r-·~L F EATUm::s **************** 1,1 • • I: :t Ir "I U 'I' tr U fl II If : :t If :'I "I 1; :I' 'I I ff II ,: ., II It r, n i, "1 :1 :; ,: .: -· .\ ,• II • ,:c:)E:F .. "F:' I c:~ I 1::::,,1·r " ff n 11 ft :-II r, " :; r. ti fl II II II p II II u ff u II II " ' 1 ,: ·1 rt ::.·";· 11 __ 1_. DA YL. I GHT ! i'!G STPA'TEG I ES, " " •• " ••• " • " •• " ... " " ............ , .. , .. .. • • • . .. Mi) f.>01...(.)1::;: ~1JATl'.:.f°i HEr~TING SYf.-lTEM ••••• " •••••••••• ,. ,, ., •••• , , ........ , •. , f'!(:1 * * * * * * SCI"! f.:::Nl:::FmY r.:11\lf'..)LYF :r b MUDFI.... 1..!F::F?:::i J Ul·-1 '.?, OE t ;}'. .f '/: t t ;f. ;-t; * :;~!"!!) GENEF~1::fr I CJN NOI\H~E}3 .!. DF::l''-I l In,.. El'"-IEl?i'JY 1·:1 n:~j\Ji.){i!:;:n ;~ i< ·r. TJ'i·!F;: ·:·:?:: !.:··\" :l ·1 **********************************tttittt%tt*i***t*** t3ChED1..JL. I NG *'.********* FIXED 0(-')'rn ********:¥.* UCCUPANCY !.. .. EIJE!. .. FDR OPEF;:(.~T I Dl\f(.')I. .. PERIDDS (FRACTION) I)(..~\!': t: 11 :• u :, ,. :: 11 n ,, 1, .: •1 :1 ,: t' ., ·, u 1: 1 n 1: n 11 •r ~: •• 1 :"I /.'.· ,,1 .[ [:31-!TEl .... , .. , .. , -• , ........ , .••• , .. , .. (, YJ AVERAGE LIGHTING AND RECEPTACLE LEVFL FOR CJ i::, F:. i::~ r:1 ·r 1 Cj t~ (..~ !.... F· 1:: F~! I ci i) ~::~ < 1::· 1::;; ,:-~ c; · r I CJ 1\, ) :: r.1 r:~ · l F: 1:::: rt~ I c, IJ :t :t ·: " :1 i, :: :: r. ., _ ·1 ~_:: C1 ::::; ;NlGHr PERIOD , ........... 144 EUU ! \J?:iu:::NT DPEFUYr :rnl\!(-,L HCJUF:D 1::·1::::R Yl:::f-·~n ~ I..~ I Ul··!T H-11:3 OJ,'Y'!'l::) 1 .. ,. ff •• -)71. i::.=; ~ !....1 DHT l !\IU ( f'-1 J: L:H·f!' Ei) , ,. .. .. :y:=_,'? ~ i:::'(.)f\,f~'.) i~ u :1 11 n :r n n :, 11" 11 11., 11 11 11 i~~.JJ.f{ :: l;j(Yl"E!--.;: , .. 1Er.YrF::n .... " ... ff ... , • l -..=· /1.J I){~'{ F:•E-:J::;: I {JD n II u 11 :r n n n 11 11 11 n 11 n n II n U II II 11 11 II :1 11 11 n n u II n n II n 11 u :r 1: 11 -: n n II n n ~:!:.:::·: !\! I f3J·-Jl.. f:::1£~R I (JI) n n • :r a 11 • II ff 11 11 11 11 :r l'I " rt r ,r ~ n •1 11 = '1 11 11 ,, 11 11 11 n It = t: rs • 11 :i :1 11 11 11 tf.{) NUMBER OF HOLIDAYS DURING HEATING SEASON ........................ & NUMBER OF HOLIDAYS DURING COOLING SEASON., .......... : ..... , ... 2 SET--PD!!'H T[MPEPATUF~I?~ <F") .l•JINTl::~R ......... -.......................... ,. -;re, PHYSICAL PARAMETERS ******************* INSIDE FILM RESISTANCE L•J I I\ITEF;: f::lETB,'.)Cl< ...... , • .. .. • .. .. .. .. .. • • .. • • 11-1) f)LJlvJf"'IEF~ :r II n 11 'I n ,1 11 II 11 11 11 11 ..._11 n n 'I tt tt 11 1r n u 11 11 '"I :.l f~ !3UMMEI:;: f.31::::Tur:· ............. ,, .• ,, • • .. . • • . • f:i;:"i l.\Jf.~L .. 1.. .. £1 a: n II n II n II tt t: fl ,: :r Tl tr o 11 11 :r n r r. 11 n II n II II If ,: 11 1r (:,f.:! F::ocJ1== " " " n n " " • " " " 'I n , ., 't II ti " ti II II :, " " .. , " :i ., .. II ;:: 71.-:i f;.'"f. .. ,QC)R 11 11 n n n 11 11 Tl n " ,r ., 11 n 11 11 11 n n n II n 11 n II n rr 11 ., 11 ·, '} ~~:) !NF!LTRATION RATE DURING NON-OPERATIONAL HOURS (CFM/SQ.FT, 1 .... 0~84 bl...r:m FLDOF~ , U, -·V(1L..LJE ( BTLJ/f .. lR-·-m;i. FT., -··F) ., ••••• ., ......... ., ... ., ..... ., ,. • (lHh ".::' :1: !\! TE!::::!°'!!'..:1l... L..C)(.:)DS r-°4ND ENERGY ti*********************** RECEPTACLE PEAK LOAD (WATTS/SQ .. FT.) , ................. ff ..................... 5 WATER HEATING (BTLJ/SQ.FT./YEAR) ............ , .......................... , 64 PE:DPU:: ~,EMH BL..E LOAD <BTU/l-·IR/F'EF~E,01\1) .... ,. .......................... , .. • • .. • >::::-( 1 F'ECJPU:: UHENT LD{-m <BTU./1-U:UPEnElCJl'I) .... ., ., ., ........... ., ........ , ........ , •. , .I.',(_, AREA PER PERSON CSQ.FT .. /F'ERSON) ..... , .................. "" ............. ~~~ ******~ SCM ENERGY ANALYSIS MODEL VERSION 2.0F******* * * * ::,::ND tiE:::J\.IEF;:{-'i TI CJN l\llJJ\lf:;;ES I DE:I\IT I {.~L.. EJ,IE~F~:c,::,y ffl r-->:i'l/)()Fd/:3 lf: i< * *****************************************1**i********* CL I IT1?HE ZDl\~E BUIU)ING FILE :DU I L .. fJ I l\lG TYPE EJUI!...DI!\1'3 TlTL.E -, I I TS-HP1:2 OFFICE I TS ( HP--1 ::,~ > Dr-1TE:: Tll'·IE:: F'h(:-1E:: --~ ·---·---;_ ... 0-H --MO•-·-HOM HOO••• ONN .. , .... , ••• :::MOH ........ 0 • .:.: ,":: ::·:: ::::: :::-.: ::::: ::: ::::: :::: :·::: ::·:: :-::-: :: :: ::::: :.:: •:::• :::-: ::-:-::::: :.::: -:•-; ;-_-:: ::::: :!::: :::: :::•: ,:,•: ::: ::·: Df~V 'E!F'T:2 .... . 66.B<":r ·:, ~::; . ~=; t'3 ' DPTJ. · · BPT:.? -··· {)I?");:'.) '?i:J" i:lll, E~F1·r:3 .... . !--!:OD CDD llDD Ci.11) n1_J1::-i::;,c,1 '-· !.3U IL.DI ND EJ'-IV[::.U]F'I=: Hl::.nT THf.-"il\lElF.-f:T: F:,i~T[;:: ( 1 .. 1.! I NTE::F~) OVERALL HEAT TRANSFER FACTOR 'K" (WINTER> 1--11_J1::·1~;,L--.,1 _1__ BU I LD I N(3 EN'v'El.OPE HE~i T TF-<ANSFT::F: l-~1'.) !"I'·: ( St..fl··l!'·ll::F\) (l. 00 '),'.l-····.i .. ::---1. -·7H.: •' i ·-:,· i -~ ,· .,·:. I ·.,·,I:.::, OVERALL HEAT TRANSFER FACTOR 'K' (SUMMER) l6-'!·'·1,-b H L:: ~:\ T :: /\!!3 CUClL ... J:NG ANNU~L LOADS <NBTU"S) ==~=================~ ANNUAL SITE ENERGY REQUIREMEN'!S (MBTU'S> SIT!:: !--lE:-.:! TI M3 ~:; I TE cum .. I !\;G i:> I ·ri:: L.. I C:JHT I NG --------------~------------~----~--~=~~== ~:l I Tf:: F-1ECE::F'T t,CL..E SI TE F'Pil\l ~3 I TE::: HOT l,<Ji:"1 TEt\ ANNUAL SOURCE ENERGY USE ESTIMATE CKBl'LJ/SQ.FT.) ..... -_,. ..... --= ---..... -·· ..... -=--.. -..... -·----· ........ :: .. ,. ......... .: :::: =:::: :::!!: :--=: .. ::: =::: :-.::: ::::: .. ::: ::::: :::: :=-.:: ::::: =::: ::-:: :: :: :-.:: = !."!!!:::::: ::::: :::: ~3DUF{CE Hl:.A TI I\IG EiOl.JF(CE cum_ I r,I{:) ;3Dl .. lF;:n: L. I (3H r I N~3 SOURCE RECEPTACLE f.;OUHCE-: F P1!''1 SOURCE HOT WATER .I.'.?.:·,::: :I.'./,.~::; ... , " {:.) .l :, E~ :;;:4" ;_·; :I.,::)"'..? :~: ,. :! J. h" ~:i :l. l. :I. ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL SOURCE ENERGY USE ESTIMATE IS :I.·:?.<:> l .I. .. O'.?'/:::: 20 ,, '.? KH l"l...i/~::U .. ! .. : T .. 7 6 .. D !<BTU/ 13CL F"I ,. ~==~======================================~~~==~=~====~====~~~~~~~=~~-~ ( NOTE: l KWH= 10.239 KBTUS OF SOURCE ENERGY> f.)(1 ! 1::: :: (__1,1 . ,_.. _.:, ... .1. ;;:,ri t ****** SCM ENERGY ANALYSIS MODEL V~RSIUN 2.0E ****** '-!1 * ~-'.2!'!D C31:::l\il:.F:AT I UN N(JI\.IF-::t::f3 I Dl:~1,1T I t1L. [:l\!EF1.1Y HT (1l'-ID{1HD * ?I< l: !" .1 !""ii:::: r_,_,::, ~ '.'/_·; !'. <'I 1.1. *****************************************f*********** FI !...E !'!(2iME BU I LD I i'iG TYF'E BUIL.DING TIT! ... E {1nf t=, ( ~;GJ. FT. ) ************* I T~;--HF' :l ::~; OFFICE Pl:;; I l"lf."'.\F~Y D()TP! ****:U****** ITS ( HP-· :I.:~;:) E;{·rt::R I ,:)F~ L-'j(~f_.1._ II II ti II II Ill II n 11 rt If • i: If II ti 11 n ff tt n If rt II ti II n rt II rt 11 •• ti II tt ,: tr II n '• (.) NCJFCf"H / J\JUF(T!--11:.:.hST ................. ,, ,, ,, , , ,, .. ,, ,, ... ,, ., • U F.:::r1t)-1" /~)Ol..J-rl-·lEAf) .. r If If u ti II 11 ti ~ II n " II It II ti ,. II II • II fl II II n II " • II If () f::;CJUTH; 1:3rn..1TH~1JEST ••• ,, ,, ,, •• ,, .... ,, , .... ,, ,. ,, ,, •• ,, ,. .. ,, .. ,, ,. r) F·(.)t·.il::.; '..'.,:·:: RUDF :::::2.1. J. GF~C!lJi\l!) r.:·l_[]Of;! 11 II il U If II • SI a ,. 11 II • If U If II II II If II rt If fl rt II •t If II ll n n "l If :t 11 " II n II :: ::::;:,?l.J. :I. TOTAL CONDITIONED FLOOR ...................................... 324:1. 'R"-VALUE <EXCLUDING FILM RESis·rANCES) ************************************** L.1.J?-.)l .. LS n II a 11 " • u H • u " • 11 • Q u II n a o n n n n n n n n II n "·11 n u ,, n ,. r. 11 1: u n 11 :t n n 11 1• () 1.1.1 I NnD\1! ( I NCL.l.JD I NC3 I I\JS I DE FILM f~:EE; I STr-"'.\hlCE) • ,, ..... _., •••. , ., (l f~:C)CJF :: " sa • u ,i " i.t n u u n h u • u u 11 11 u II r. 11 tt n 11 11 n II II ., 11 ll 11 11 :: I' Jl II II u 11 "' n 11 :, 11 :1 ,r I. f~ •• ··.:.-:::; f=-1...(](JF.: H II It 11 • a u u :: n :a 11 11 If 11 • 11 n If D a n n ., rr D II ti i: 11 ,, 'I It 1 11 11 u u 1! n 11 " •: 11 If n :t ,: (_) HVhC E,YbTEt,·1 ********;U::¥ HEATil'-.!C:.i E[!UIF'l"IEi\iT TYF'E ............... , .......... ,, •• , • , .. , • l·IE(Y!" 1:::·! . ..IMF· CCJDL. I NC3 i:::GJLJ I F'MENT TYPE: " • " u " • " " " •••• " " ••• r. = " ••• " • " • u • " ,~n I;; crn,nn ., u.:H--iF:J·;; t":::C::[jl'JClf"'II :ZEF~ "·" U ,: ft n n II II II Q II 11 # ft n ff II Cl II II ti rt If "l t-11 I' 11"':;: 11 t" r-fl:, Cl I! I! 11 r n:;: .... ,.-,:=::r::) i::·r::)l'I F'(Jl,1.JEF< (i,1JATTE;/f3GL FT" ) ..• " ' . " " n • " ••• , ••• n " •• " " • " " ., " • • :I. 7 ··r AIR CIRCULATION RATE (CFM/SQ.FT.) "I II tt n ,. 11 11 '1 tt r1 11 1: 11 11 ff tt II ll 11 :: 1: / lHHE!-~: ***** AZIMUTH OF NORTHERN BUILDING DRIE~ITATJON .............. 0 tH-·ii!-m I !'!E·) CDEFF IC I ENT ••......... " , " ................ ,, ,, . " .. , . . 0 HE(ff c::P1Pr1CITY m:· EXT. !;J(ll ... L. rnTU/F-·\3(). F"T") ". , .• "", ... " ., .l.b. l.~:.i I... I G!-·IT HH:3 LEVEL ( WHT(3/ SGL FT. ) ................. , ,, •••. , " • • l .. :I. :3; f;;'L(JQF~~ "f')lf:1E~ • u u II n rr ., n :a a 11 11 u II cs II u n a u n n rt u n :r II i: 11 u 11 11 n 11 11 ,.. •1 t: rr II n II r1 f)J.. .. ()F.3 C~!.-.1r1t~! .. ~:: t:[]l'~I:'::: = = u :a :i u II II II Ir rt n n" II II II II n tt 11 ~ •1 ff I! r: "t I: r. :t II ti I' r: n It :r II" II II -~,· ****** SCM ENERGY ANALYSIS MODEL VERSION 2.0E ****** ;t * * 2!\!D CE~NEF~(.)T I DN I\IClNRE\3 I DEl\!T I (ll.... ENl::T~GY GTt1I\ID(lFW * * * ***************************************************** PHYSICAL PARAMETERS ******************* :3ECDI\IDAR'{ I)(..) Th *************t-: J.:l()TJ-'.'..~ r:·,.t.f.-··(l-.• .... ! (_.'H7 T J 1··lF ~ O'/ ~ -=;i·.-:; ~ '..'...-:':: F' f::i ~::; [ ·: :"; 4 nnnR 'R"-VALUE (EXCLUDING FILM RESISTANCES) ....•..•......... 0 LJJ r=~ L .. I.,. (.:)Eis C) F:~ F:1 ·r I \.' I -r 'r' fl • U a n II ff U n ff CJ ft tt ft n II r If ll fl It r, •• :: II If II If II I' If ff If II U r II :: ": fl ii" t' r {) !:.:cJ1JF-"' {f(·3:.3C.JF~F·"r I 1·) I -ry· OJ II " •••• n n :t u It n :t :t rt II II :I n n II II II r:: It = ff n II II II ~ :z :t :t :I' I: :1 n u :, n II ;:: .. )" r;~::: IL .. I NC:} !---11::~ I (:iJ--·l"'I"' ( F'l .. " ) • " n II • ,: n n II II n " n tt • II n Ir :: It :, !I a II ., II " n " " II It It It 1· II " "I I: -: t_;i ~:lH(:~0 I !'!G ******* SHADING COEFFICIENT NORTH/NORTHEAST ••••••••••••••••••••••• 0 EAST /SOUTHEAST •••••.•.•••••••..•••••• 0 SOUTH/SOUTHWEST ••..•••.••••••••••.•... 0 ~JE!3T /NCJF:;:Tl-·l~,IEEiT ••• ,, ••••••. , •• ,, ••••••• ., • O DUES TH I b Elli I LD I N(3 HP!VE i,J I NDfJlA/ OVE::Rl .. ·l(.)NGG ,, ,, •• ,, ,, ......... ,. ,, .... ,, l"I( 1 nni::q THH3 DU IL.DING HA~.JE t,,Jil\!r)()W !3IDE .. ··FINE1 .......... ,, ........... l"-ICJ MECHANICAL AND ELECTRICAL. ************************* H:YT'ED HEPiTING EFFICIENCY, ........... ,,, ••. ,., •. , ••••••••. , .......... , •. :.:::.·:_:.) f~l~.':j TE~[) [:fJ(Jj__ I J\.1(3 E-:f~F~ -s n ,r c r n It n 1: n tr n :1 n If tt 11 n :i •t -; :t :t ,I :'I u tt :-n 11 11 11 n 1• " 1: ,: :: n II t: :• 1• / ~ ~::j Terr P1L. F'{\Cf:::f.':iUE Nf.:iiviE PUYT"E F~(.'fl"' I NG ( 1,::i,,n fl " •• " ••••••••••• , • ,. •••••• , "? ., h l_\i?rr1::::r:: !·il::.r:: 1-Ef~ -r·yr,:,c-: II A n " n ,. n n It n n :, :, ti " tt It n r: ff " :: 11 ,1 II II tt ,. n II 11 II II II :t "t n •: I! :: !I .1 'I f3(~~:3 Ell<YLIGHT ;~¥****** EH<YL. I GHT (..)F~t:~{,:~, u a ic r: a h n n n n fl II n a: u n n n 11 :: II :1 •• n II r: 11 :1 :r u 11 r 11 " u -t II r• If -. 11 •, •, ,. -• ::;(_) F~ ·-· 'v' 1,::~ L l.J 1::: SH{-rnING qp~rro1_ FEATURES **************** :I. I' (}!:::~ CDEFF IC I EI\IT , • , ... " •. , •• , ...... ,, ...... , ..... , ., • -. ,. D{-\ '{L H:lHT I NG f:'lTF~?ffEG I EB ••• , •••••••• ,, •••. , • " , .••. , ......... ,, ..... ,, ,, • ,. , r-.!U SOLAR WATER HEATING SYSTEM .......................... ,, ... , ...... NO *****iii: SCM E:~NEh:C3Y r.11\lf.~L.Yf3I~:; !"IClDFL V[J::1::;.i:u,,1 ./ .. (iF i:.'f:.tlt::1: * * * :·2ND GENEl::;:,·:)T I ON I\ICJl\lf~:E:E:l I DEl,IT I til... ET,IERU·r' i::nP11.,11X1HD l i<: "-1: -r .r 1··if::: ;: ,_:r :-:: .! ::.= ... ::, !' . __ i , *****************************************1*********** r::•nr.:.il: :: :· .. ,,., ::3Ci·-IE:.rn..JL I NG ;~****:!<**** FI X ED D(YU) ********tf OCCUPANCY LEVEL FOR OPERATIONAL PERIODS <FRACTION) [) ;:~ \( U II II 11 !I Ir Ir " :: "I II :: :, :, 11 ff ·: 11 •: I II 'f tr n :J ! ~.-__ ; -:l ,:·, )\I I (:JI·~! rt:) II I! r. :1 It n 2 II U 11 II II II :I n "t ,: '1 ff :J >I n ff ():~::El :'."-:i/E:f~:P,e::;E LIGHT I NFJ f'.:1ND F:ECEPT(.:)Cl...E I .... Ei,-'EL FUi:;: OPERAT I 01\l/.~i-.PEFn UDE, <FT~(~CT I ur,n ~ I)()V ,.::·1::::r? 1 OD ........... , .. .. .. / \.l :=, ::I\IIf:iHT PFF;:IUD ..... ,. ........ .1.,.1.11 EQU!VALENf OPERATIONAL HOURS PER YEAR ~1-IGHTING <DAYSI .......... 291~ :: 1....-I GHT .[ i\lU (MI Gf··!Tf.:,) ...... .. ~ FU::.CE::F'Ti"'.~CLE ................ . ~ F=· ti J\I !~:) tt II II ,. I! II ft It ll II II r1 lt 11 11 11 11 •,11.:··1"') • .. :,. ___ ! .. :-· :y;.~:l"(.j. 4~'.'.i :I f:i :: 1.-\1 (..ff E:J~ !··II:::. f.Yf E 1:;: .. .. • .. .. • • •. • .I 7 l 0 NUMBER OF NON-OPERATIONAL HOURS PER WEEK I) f~) Y ,F• E~ F! I (.) I) 11 n • • u • u It ti n n "' ti n u • 11 ct • 11 n II u 11 11 n n 1:1 u u II n II n 11 11 n u II n 11 11 11 u 11 :,::;:r? P.! I f..'3ri'T" F-=·[::Fi: I CJI) • " " " " " " " ,. • " 11 11 " ,, ll • " :t " " " u " " " " II II " " i: " :I " " n " " ,. n " II 41.'.) NUMBER OF HOLIDAYS DURING HEATING SEASON ........................... 6 NUMBER OF HOLIDAYS DURING COOLING SEASON ............................ 2 E,ET···l::•CJJI\IT Tl:::.l"IPE::R(.Yrl.lRE (F) :l-\lJ:NTER ....................... ,. ................ /1.i PHYSICAL PARAMETERS ******************* INSIDE FILM RESISTANCE WI I\ITl:~f~ !3ET D(lC~::: ...... " ., ,. .. ,. ., ,. ...... ,. .1.J.(.i SUMMER ......................... ., . ,. .... ,. . .. .. . / H SUMMER SETUP .................. , ...... -85 4-'J {,:) L. J.. .. f) n n n n n :: n 1: n 11 11 u u n 11 1• u " n ,, 1: 1: 11 u •r 11 :t 1• •1 11 :• (.--. f~ f~[J(]j::• 11 11 t: " n :t n II u u 11 •1 t1 11 11 •: r. n :1 n n n :r 11 tt 11 r: 1: n " 1• Fl.,,.QQF~ 11 11 n II n 11 11 II 11 11 n 11 ., :n II t: te ,. rr 1: 11 n 11 :: .. :1 11 11 :1 11 --; ~ I! 1· , .. , INFILTRATION RATE DURING NDN-OPERA·r:i:ONAL HOURS (CFM/SQ.F·r.) " • 0-.:::!:31:i. .. OH<::i'./ ~:;L.t~D FLDDR '' U'' ·-V(.~U.JE (BTU/HH···f:>(7..1. FT.. ····F) .... , .. , ., ., ................. ,. • , ! r,IT!::F:!"-·!:-:iL. LDAD!3 (.~l,!D ENEF-:GY ************************* F\E:.C:EF1"'l" P1Cl,_E F1F...::f4~::: L..OP1I) ( J;Jr-:~ ·r·r~·3; ~:1G! II F""r t: ) " 11 II i: r: I! II It " "I r: II • :f n II " n II ., II " II :, •1 " ~:·; 1_.!(.:~T!::.f~: Hl::ATH'1C3 (BTU/\3Gl. FT. /YEf.~F~:) ............. , ...... , ., •. , ........... , ... , 1::i,:1. F'EUPL.E:: E::ENSIBLE LOAD (BTU/HFUPEF:~r::;Dl\l) ...... , ......... , ................ '/:::::(1 i::·crn==·U:: L.,(HENT LDAD <BTU/l··li:VF'E:.F~:FlCJN) .. ., .. ".,, ••••• , •• , ..... , ... .,..... l 1~?n r.mE:A FEf:: PF.J-~SDN WGl. FT. / 1::•E::f~:1::;oN) • ,. ......... ., • , .................... ,. ./:·.~o * * * :y. * * :r !3C:M ENEl'.:i:(3Y t;1,~101L vr::; :i: r:; l"IDDl:~:i.... v1:::i:;:u :i: UH '/. or::* ::r. l :r. * j,: w. * * ;j{ :::::ND C:iEI\IEF;:{fl" I DI\! Nl]l'\IF~Ef3 I DENT .I: til... El'IFl:;:uy HT n1·,J.onm)i:1 * :¥. t: *******'**************************************,******* CL .. IM?1TE ZCll\lE BU I l. .. D I NG i::· ::: U:~ HU I L .. D I NG "f'YPE (3l..iIL.Dil'-H3 TlTU:: 7 I Tf:3--HF' 1 ~3 C.JFFI CE~ I T'.:3 ( HF·-:I.~=-) BALANCE-POIN"r TEMPERATURES AND DEGREL-unvs INPL!'f =======================~===~===~==~~=~=~~~~==~~~ 1\1 I r31 .. 1 I" BF'Tl ... .. f.:d. 9::5 <:°JCi" E:1:'2 ·~, ~=; n () ~:; . UFT:J ..... . hU .. HU BF'T:;;! .... . BPT:::; ... .. HDD CDD ~529 = !::l~.:i :I. 7:::;. :I. 2 r::i-:·r::::: .... . ~)PT::::: .. . HOO Cl)O EN\./El_DPE HE{~ "F TF~f.-)i\lSFEF,: F ()CTUF'.i~'l ( n-1·u / l·{F·;; ..... i:::·) ·====================~=~:==~==~~~~~~~===== nu1:~~;·t:}1_.1,,_ BU IL.DI Nl:·) EN\/EUJF'E HE{H .. , .. 1::-.:r-iNf:lFEF;: F,'.{-':1 TE ( ~,J .[ i"i !"En) C)\,JEF~t1LL.. HEf.71T TF:?iNSFEF;: F'ACTCJF: '' K'' (IJJINTEF~) /7\,!l:::I:;,r.~I •.. 1. BU IL.DI NG ENVELOPE HE(.,:)T Tf::;(.~NSFE::1:,~ r;:nri::: ( '.::1Ul0 l!"'IEF,'.) OVERALL HEAT TRANSFER FACTOR "K" (SUMMER) (.~NNU()L 1...0(.~DB ( mnu ,, S) ===================== 0" i)() .I. !::{!j .. ( .. l J. ~.i ~-=~·i (l II f) COOLING 9.1 ANNUAL SITE ENERGY REQUIREMEN·rs (MBTU"S) =--~~~===n=====================~======== '.3 I TE-: HEr-:i TI NG ~:; I TE COOL .. I NG SITE LIGHTING SI TE f·~EC::f.:::F'Tt1CL.E '.3 I TE F:: {'.!!\! EI TE HOT [,Jf4TE::.I::;: P1NNU(1L. SOUt";,:CE ENEF::;GY USE EE;Til"lt:'lTF (l<DTl.J./i:lr~.1. 1-~·-1· .. ) c::ni_li~;·i-'1::: HEP1 TI NG ~3DUF~CE CCJ[IL_ I NG c:nI 11:;,n:::-L.. I CiHT I , ... 1(3 SOURCE RECEPTACLE f.;C)LJF,'.CE F~· A!\J EOUF;:CE HCJT l;J{:lTE::R 6 .. 'l 7 ., (_) fJ() -,·:;i .I.H. :I :.? ., .I .::;·7 r: r;1 l r.:, II 1::~ 0,7 -~~~=~:===============================================~==~==~===~~~~=: ANNUAL SOURCE CONDITIONING ENERGY USE ANNUAL SOURCE ENERGY USE ESl'IMATE IS :?o .. ::::;x-.:1. •. 027::: :;.-::o .. H f::J:n!.1/H(). FT., 7/.:1 • .I. l<DTU . .,.DP .. r:·r. M •o MOH MMO ... : ..... _., ..... 0 OoO .. .:. OOM: =-.......... :::-.; :.:.-: .. ::: ..... :·::: : . .!! :::;: ::,:: ::::: ::-.:. ::::: ::::. ::::: ::::: ::::: :::: ::::: =:;: ::::: :::: ::::: -:::: ·:·:: ·:::: ::·:: ::::• ::::: :::·: =::: ·:::: ::::: :::::: ::::: =:·· ":-: ::::: ::::: ::::: ::::: :·::: ::::: ·:::: :-::• ::•H :-::: ::·:: :: :: ::·:: :: :: ::·:: ::••: :••:: : o O ""! :•,;-••,:• •••;: *'***** SCM ENERGY ANALYSIS MODEL VERSION 2.0E******* -* ** 2!\!D (3ENl::.Fi:l-~T I CJN NDl'-IREl::1I DENT I (.~L EI\IEF~C:,Y UT()i\lJ)j:)r~:os * * * ·**********************************************f******* !-·!E:!·\ T :r !"!G COUL. .. [ 1\1(3 ANNUAL LOADS (MBTU"S) i.":il\11\IU(.'ll._ ~3·1 TE El\ll::l:::GY F;;EGll.J I 1:;:FME!\ITB ( M.1.:iTl..' ''fl) ~"::ITE HEt'!TING ~:; I TE COO!.. .. I NG ~'3ITE LI1:?iHTING ======================================~~ ~:; I TE RECEF·Tr--:iCL.E:: ::; I TE i::-(.~!\! ~:; I Tt::: HOT l-'JhTER !.)((I E:.: ().i! .... (_) >:··-:! ;' L1 •. "f .l ,,1r::: (\/ ~ ''.';.:;) ;; 4 •.J 1:::·r1L:iE; :.'.'.'.1'? J. :.':;(:,. :.·, ('\'.I' "T "}'.,:•II / {-'.il\iNUf,L SOUF:CF.=.: ENEFi:GY U!3E EBT I Mf.YlF (!<BTU./ HGl. FT, ;i c;ni i1:;,r··~:-HEf:i TI l'--IG m,UFiCi:::: CUCJL I l\1(3 qni_ 11::•('1::· !... I GHT I j\4G SOURCE RECEPTACLE qrH H~·n~.-F Al\! bOUFi'.CE HCJT t,,Jr::;TE.:F: .!. ·,-:: • ~:·) ,.:., " ·_-., _,. ,._ ·--........................................ ·--·-..... ·------·--.. :: :-.. -:: :::: •• ;:: ::::; ::-..-: ..... ·--:::: ::::: :.!.":: :::: ::::: ::::. ::::: :::: :::: ::::: ::::: :::-.: ::::: :::: ·:-.:: :::: ::·: :·:·: :::: ::-:: :-::: ::-:: :-:: :::: ::: : :-:·: :::: :.:·:: ::::: ::·: :-::: ·:::: "":: •• ::: :·::: :'":: ::--: :-.::: ·::: :·:-:: ·:: ::·:: :-::: -:·: ANNUAL SOURCE CONDITIONING ENERGY llRF ANNUAL SOURCE ENERGY USE ESTIMATE IS :? 6 , n :-f'. 1. • u 2 '? , .. " :-:: ·,:.:--_ t, 1-::: Fn 1 , / i? i.) _ r .-"'l , u::::;" 6 1-:.ri·1-!.J/ HU, r:· 1 ,. :::: ::::: ::::: :::: ::::: ::::: ::= :-.:: ::::: :-::: :-::: ::::: ::.:;; ::::: == ::::; :::.-: :::: :::: == ::::: == ::-.:::::: ::::: ::::: :::;: ::-: ::::: ::::: ::::: =~= ::::: ::;:: :·= ::::: =-== ::::: == ::::: ::::: :·::: :·:-: ::::: :·: .. ::::: ::::: ::::: ::"' ::::: -:-: :·::: :-:-";:: :::·: ::::: ::::: :-:-: :":: ::;: ::·. :·.:· :· .. :: .. ::": :::·. -:::· :. :: . · ...... Montfi .... , ..... -.......... ,_ 1 ,:Jun ,Jul Jul .J'un f'..)uq May Piuq Jul ,Jun :1.0 .J Lll"l MAX. LOADS: 2DNE 1 (SPACES 2 ·-7 > Hour· :1.11.00 1400 :1. ~~:;oo 1.::~;00 :!.400 :1.400 j_:3;00 1 '.:iOO :l.!:'iOO 1200 Zone Sensible Lone Total (Toni,;;.) 4. :I. ~:i 4. :1.0 4. o::~; .c~. Ob /j.,, 04 ::::-JI cr·~i i"l'ons> Lj." .ct.::::; 4.::::;H 4. :.::-::i .ll-•. ':,?: i/ ,. ::::,.? ·t, :.:5 :I. HP-I ...c .• ,:'. ;r ?)i.l,;:' _! '? i~~~ {:, 11. [l I Nf:::LE HOUH I.. .. U(,H) cf..:\l .. CUL.f.'1T 1 u1·,j OU TT'U T ,:Jun 1,(1.(H)h: ZONE: :I. (t3i::·n,.::F=:U :.,:: ..... ·.ti ,JC)D I\IAME: I, T,.S. (HE:L.M) nr1·1·1::: i;:·nFPf·'lRED:: o·::::···:?0-·-:1.'?H"? SI~E NAME: CARLSBAD OUTDOOR DB/WB: 81.0/ 67,.0 F C,::\1 :i. + C.)t'"J') :i. r.:\ INOU(:JH i)U:: ?~3,, 0 r::· I:) 0 !'5 t) .I. f::J':.::i:/ " :i. 1::;;H ~ 49 ~~ *********i*******************************~****************tt Z CJJ"l c.;J L..c:iac:I ~:; 81. By•;;; t: E~m l n f 1::.11•" rn,,1 t. .i 01·1 !::lumm,,·.,r·· y p c.1 .I. LOAD COMPONENT SENSIBLE(Btu/hr 1 LAT~NT 1Btu/hr) i:30L.<=-~R l'3f°4 IN GLASS TRANSMISSION WAL[ TRANSMISSION F~OCW TF~f:1Nl3l"'i I ~3!3 I ON .. TRANS. LOSS TO UNCOND. i... I GHT I I\IC:, SPr'.)CE [.1.J TCJT(:iL) "OTHER ELEC. 708 W TOTAL) PEOPLE ( 10 PEOPLE TOTAL) MISCELLANEOUS LOADS COOLING INFILTRATION COOLING SAFETY LOAD ElUB-·· "!"OT P1L~1 NET VENTILATION LOAD ( SUPPLY FAN LOAD (BHP= ROOF LLlAD TO PLENUM LIGHTING LOAD TO PLENUM lOTAL COOLING LOADS TOTAL COOLING LOAD •or 4.63 Tons ZONE TOTAL FLOOR AREA ZONE OVERALL LI-FACTOR :I. ~5::5 C·F m) o .. ::::;) ::::; .f:j. 1! f:~ 7 t;> ::?!, :!.r)H 0 0 "l ri 7·7:1. 2!, 4:1.h 0 0 0 !::!'/El () 0 '.':.'.i::i~ 6:1.1 Btu/h, .... ~::,0'.:.:i ., {, c:; q1: t. / TDrl i;s :l"4:l.6,00 f:,;c1-ft () (i ('l 2 !' :I. :·.~: 11- () 0 2,l:?f.!. :I.!' 4?1J u 0 (') 0 .. l!./~:.'.i B·l·.u/h, ... ,·· •;:;qf t /F. ****i******************************************************* GL{;Eib !....UPJDS: I\IE E::. f3E f3l;J L•J l\ll_.,\l fl.~ H 111ci1 __ 1_. , __ nt.::, r',q" j\lE:: !:::. :31::: (..)nE?) ( s qi: t:) 0 0 0 0 0 0 (.l :.:'i l E:l 0 i) 0 1) Cr 0 0 :I.HO Solar Gain by Exposure TRANSMISSION SOLAR GAJN (Btu/hr·) 0 0 (: () 0 (.) () :l. !I :·:::-: '-? () i) 0 (.) () u I) u (:Ul·.1 • ..1./hi'") 0 (! () () 0 I) ~3 I ~-.ii.7)U:. HOl..Jf,;: I...Ci{U) CJ1I.. .. L:UI...A!" J: UI\! 'ut.JT 1::·uT Jun 1400h : ZONE 1 <SPACES 2 -7) nn·, .. 1:-:: r-·i:;:EF'hl·{EU~ 0::::---:?u .... -:1. \;'1:J;' ,JOB iWWIE: I. T .. S. (HEI....M) SITE NAME: CARLSBAD Cal~fornia 6050:1.852.1 OUTDOOR DB/WB~ 81.0/ 67.0 F I I\IOOnn OH:: ..... H" () F nH ~ /~',i) '.:~ ************************************************************ Coil Selection Par~meters C::CiIL .. ENTE~F-dNG ('lif-~: TEMF'. <DB/~,JEl) CDIL .. 1....E:P,'v'INC:.l P!IF: TEMP.. (I.1B/l,1.IB) COIL SENSIBLE LOAD CO I!.... TOT{1L L.CJ?~D CUDL I !'-IG t3UF'i·=·1.... 'r' (.:1 IF<: 'TEl'IF'[fo::1 TUI?[ TClThL COOL.ING Cfm (,,,1.c:tu,;;\J.) TOTAL CODLING Cfm (std .. air) CCiClLJl\!i3 Cfm/s;qft RESULTING ROOM REL. HUMIDITY COIL BYPASS FACTOR !:: ; •:J. II t, / ~.:::; .. ::; ,: t:p ct c-:·· c1 r .. i=.=i:i, ,, ? •:;;> :::: B t u. / h r· '.~:i ~:) !I ·'.::, :I. J. F3 t ! .l / h , .. - '.'.?5 .. 0 d "·-'Cl F :? 1, uu::::: C-f rn 2 1,000 Cfm :I. .. 4:1. C·fri,/~;;q-ft. --'.!,:::: ·;.;, () .. 0;::',,0 ******************************************'*'*~*****?*~·***** HCJYf I NC:1 !...U1~:ll) c?:·11.. .. cu1....n ,. I I..)!\! Lil.I I P1....ll ZONE 1 <SPACES~ -7' ,.lDB i\lic'.\l"·IE::;; I. ·r. '.:;,, (HELM) Dt\TE PF•:::::F·~-\FiF-::D:: !i .. ·:,···>:(:i---· 1. ,:;,H·;;-- SITE NAME: CARLSBAD Californis 60501852,,J WINTER DESIGN DRY BULBg 38,,0 F INDOOR DBIT /0,0 F ************************************************************ HEATING LOAD SUMMARY Nc2t E? :: Hf.'~f.,\ t :L !"l q 1 Clad :1. '.,'3 c: ompu t f::~c:I ,::\ t ~·.1 :'r. n t c;i,--cl (?1:5 it.~ n c:: on r:I 'I. ti. on ,, WALi.... TRANSMISSION ROOF TRANSMISSION GLASS ·rRANSMISSION Tl·:::(,:'i!\]f.;M I E3S I DN 1...mm TD UNCDND" SF'("1CEE, '. INFIL"ff::f=,TICJN 1....us:3 131..(-)fl FL.CJCJf~: HEATING SAFETY Btu/hr t1UB-··TDTr:!1L NET VENTILATION LOSS TOTAL HEATING LOAD HEATING SUPPLY Cfm (actual) HEATING SUPPLY Cfm (std. air) HEA"fING SUPPLY AIR TEMPERATURE HEATING VENTILATION AIR Cfm ~-IE(:.)T IN[3 SEhSDN ROOM nnY BUL..H TE:.l"!r::·,, :1..,f:l/8 :r. :1 ~?lff.:} :? ~:? !I lf. f.~ () 0 1.) 0 () ~:? ~::_:_i !I {~;) ~:~j ll, ~-'i:, 4,f.):I. :.:::.1. !I j_ j_~5 ~'5H.:::: L:-f m ;5H2 L>f m :!. .I. 0,, 0 d ~:,, i r·· :I. '.::.il.::i r..:+ If! 7 (.)" ') c.1 C~i•J f7 ************************************************,**********~ !'-ICJ II j_ 4 6 7 E3 ? 10 i"lcll7th _ ..... _ .. ,,. ... _, Jul Jun Jul Jtm (~U\~ Mi::t··;l .Jul aun r.:,u~J ,Jul Hour· j_.q()() :1.400 .t :300 1 ~~:oo 1400 :1.400 1.::'iOO :!. 500 t:::::oo :1.200 l·J(..~X ., I....U{~DEi Z ci n f,::, H E·i n s:; i l::J J. (;? ( Tc:in~;) ? ".!. :I. t.:) fl<:_;>:? '~>,. H(:ii (:;~ n f.::.7 6.6H {:) II {:,.l.f, {:) II !:;r:~ l:, 11 !:i'/ :/[)!\ll::: '.,? :.:: C)f'l f::) rot i:·\ :i. ( 'j",:::)l"lf5) 7 .. 4:1. '7 .. 11.u . " .-~-, ,~, I II .,:: •• -::. /" !. :I . ? .. :1.0 '/ 1r ()!] 7.06 H-F-2. F:! . .',pp]. ··:' (i:i !"' ( L-f rn :· --~; !" () ~~! l ::-:;., C:l\,S ~3 I NGL.E HUUI·:;: L..U{,'.)I) Cf'.~1.. .. LU1 .... r-:1·r I UI\I uu T j .. :·uT auJ. :I. i/.i)()h ZDI\![ '..'.:: ,JOB /\~fil'IE: I • T .. S.. ( HEl. .. M) UtiTF:. r,r-;:EF'(-~J:.::E::T.1 :: u:.::; .... .I. U··· l r;:·n;: t3 In:: Nr-:)ME ~ C{~F.;:1...r:;B(.)D C>11 :i. ·f cw n .'!. ,:'.l. !:1U'.5U 'I. !Y:/2" .I. UL.rrnocm DB/\.-tJB: fl2.0/ 6/.0 F II\IDUUF•.' D.U:; 70.,(.) r::· r;:r1~ ,.).';' ;, .. ************************************************************ ZonE~ l....c:ro:1ds; ;~~ byr:5tPm In·fcw·mal.:i on SunH11,;,\1--·/ P"i1 ·1 LOAD COMPONENT SENSIBLE(Btu/hr) L.Al'EN'f(Btuihr) ~301...hFi: Gf~ I!\! GLASS TRANSMISSION WALL TRANSM!SS!OM ROOF TRANSMISSION TFi(-'rNS. L.f..!SS TD i 11\lf~n,\in _ ~:iPfiC!::: i.. .. I UHT I NG ( 3, 606 l~J TUTPJL) [)"f'I--JE/~ El. .. EC n ( 1 !I 1 '72 W TC)T{-:)1....) el:::UPL.E < :I. 6 F'l::DPL .. E ··r OT(~L..) MISCELLANEOUS LOADS CODLING INFILTRATION CODLING SAFETY LOAD r:;uB-.. TClT1~LS:J l'-IET 'v'ENT I l.. .. f:\T I ON LD?~,D ( SUPPLY FAN LDAD (BHP= ROOF LOAD TD PLENUM LIGHTING LOAD TO PLENUM 240 C·f rn) 0 .. f.J) ::.'i:, :I. 1 '/ 0 ~::i 11 ,:;-,:/f3 ·:::; :1 (~;:· :·? () () () (t El~,? !1 ~::~ :~:, r_t :I.!' (l'.':.i4 :1. •. ,r:::-7 (.) 0 I' i .. • , ! !) () u i) :~) ;r .'2{Jt) :·;;~ !I ()!':'.iFl f.) 0 (_) ------..... _., ·-· -· --· -............ ---· --..... -------,._ ..... -........................ ·-· ............ _ ...... , ......................... _ ..... ·--.......... --..... -·· ..... ··-· -·-.............................................. -....... , .. . "l'DTf:)!.... COUL.. I NG L.D{~DE3 TOTAL CODLING LOAD 90, 66El B·l.u/h1·--· or '/.56 Tons or 310 .. 1 snft/Tons /ONE TOTAL FLOOR AREA -2~343 .. 00 sqft z.u1---11::: D\/Ef.:;:AL.L U-··F·AcTDF,: -· o .. 4'.?::~; Bt.:u/1"!1--/f;tq+ !:/r=· ****************************************'******************* Transmission and Solar Gain by Exposure LOAD COMPONENT AREA TRANSMISSIDN SOLAR GAJ~I 1/.J?)I....L.. I....U{iDS: NE E f:lE f3 St,J l..J NW N H NE E" SE ~~; f3liJ t,J f'-1~\) (sq·ft) (Btu/hr·) (Pt:u./hr·) 0 1. o~~: 0 0 0 0 () t.'il,s> ElOO 0 :L j :or, 0 0 0 0 0 () 0 0 0 u '..2:, .I. :I_(} ~~~ !I l:) ~.:.:; {:) () 0 () 0 ,_) u () :I. !I /'..:., l 0 n () 0 i) :::::, H'.:;· :1 .. 4'i, ]:::,(·, N 29:1. 95 **************************%*************'*******f**********r !:, I f\lGLE HCJUH LC)(-'H) CJ.)I ... CUL..P1 f 1 CF-.! u1 . .rn:·uT Jul :!. LJ.()!)h ,JUB NP1MEr. I.T.El. (HELM) SITE NAME: CARLSBAD California 60501852.1 C)UTDOOF: DB/\.JB~ B:2 .. 0/ ,~>7 .. (1 F HI.OUCH:;: DE::: /CLO F Fi:I·!:: ll-';~· ;.; ********~***************************************1*t********* Ceil Selection Paramete~s CCJ IL Ei\lTEF~ I f\lC:1 r-:~ IR TEl"IP ,. (DB/ i,1n) C:::fJII .•. 1...Ef.~'-./II\IG P1II::;: TEMP.. (DB/IAIB) ODIL SENSIBLE LOAD COIL TClT!:·~L. L.[)(-)D ·· COOLING SUPPLY AIR TEMPERA·1·uRE TOTAL COOLING Cfm (actual) TOTAL COOLING Cfm (std. air) CC.:DL.ING C·!~m/s;q-ft. F(E~;ULT J NG RDDM F~EI..... H(JM ID I .. l.'r' COIL BYPASS FACTOR ') ~::l r. ::::; / {::) ::::: r l I tJ I:•:: q r: !::!LI 1· (::i/ :.=;:·~;II··? d1::~:(,} 1:::· (3!::i, ::::;.:::;,:i J3t:1.t:"10l}1·· 90 !' l.-hU B-t::.u./1·11'· '.'5'..'.'.i ,. (.) d ':2i.l i::· ::::;!I'./-;?!} [:·f (TJ '.':-1, :,;::-;.:-f.!. C·f m .I. ,, 4 0 I~:·/: fP / !'" l'.'I + l:. LJ.:~:: '/·;, 0, O!::iO .JOB N1~11'1E ~ I_ T .. f3" ( HE.I_M) .Of1TE:: F'1",'EF'(1f-~FD :: o:::-···· .I. H-·-:I. 7P / s1·1·E N~ME: CARLSBAD California 60501852.1 l.1 •. I I l\iTEF: DES I GN DF(Y BU! ... H ~ :.:::fl. 0 F .[ j\H.)fJUH no~ 70 ., () F ****************************************ti*****************t HEATING LOAD SUMMARY j\jc:,t e: !-·!i?E•c:\t :L n q l Oi::1c.i i s c: cimp u t ec:I f,\ t 1.,<1. n t E-iv--cl i::1!'5:1. q n c:: on di ti on • WALL TRANSMISSION ROOF TRANSMISSION .GLASS l"RANSMISSION TRANSMISSION LOSS TD LJNCOND. SPACES INFILTRATION LOSS·· SL..P1B FLCJOH HEJHING i:.W-)FETY Btu/hi•·· SUB-· TOT 1~~/... NET VENTILATION LOSS TOTAL.HEATING LOAD HEATING SUPPLY Cfm (actual) HEATING SUPPLY Cfm (std .. air> HEATING SUPPLY AIR TEMPERATURE HEATING VENl.ILATION AIR Cfm HE1~iT I NG f3F.{~ElOI\J nDDl"I DF{V ··Bl..JI ... Ei TEJ,·IF'_,. I ... Ui'-"-1U ( .Htu./hr .l 4, '? l ~.:'i ~::':~ !l ~5 :~;:: !'.) 4() !I <:t:~;·7 0 (l r) 0 47 !' 676 E~ !I i.J.::;, ~.::i '.7:i6 !I :I.:!. J. j,Of:3-':I Cfm :l. , OE!2 Cf m :J. J.0. () dE:<.:) r·· ******************************************,****r**********f* l\!r:i. MDnth -· ··-· ------- :1. i::iui;) :;:: ciul ~::: t,uq 4 (.~Uq ~7:; cil.ll (:;) Jul 7 r.:'.\uq f::J ,Jul 9 ,Jun :lO Jun !.. on<-:-~ HPn r."; :i. b 1 '·'·: Hc:)LU''· ( T C:•f"l S:i) :1.:.200 :1.200 1.::~;00 :!.400 1. :300 j_iJ.()0 l~SOO :!.500 1200 1:::::00 :.::: .. f:l:!. ~1~=~ tf )' t:~ :;:~. ]0 ::? .. 67 7. r::1n ,,2 Tot -::1 . .I. (Tcmr.";) HP-3 ::::l.[!)j.) I.'/ ')'!_ F ( C/ ,r!) :I" .:'.;1.:·:!. .I.,,::':-:!: .. ·· .I.".?/ .1. ! .. , ·.,":'/ 1. .I ~ ·,:'. 6 (::l I !I .-~ l~~ ~:.-_; J. (I ~? ~~:.i (~) 'I. ;I'./:·_-;~:!; .I. !t .?7 .::. :i IJ ::? :~:;,{,, El I M3L.E HOU!'~ I .. .Clf.'.11.) cn1....cu1... t:iT T U\\i Ul .l'lF'U !" {\ u g l :;:~ 0 0 h ~ :o::H''-H::: ::::, (F.::X !' F: n: .!: Cl! : .l ,J UP Nf'.'.1ME ~ I • T. [:;. ( HEL.1'1) DA H::: r:·r:. [J:•(.'!1FJ:::O !: i.\:~ .. .I H .. :!. .-:;;H·_: .. ~;In: Nti!"iE: C?~r::U3B{.m L ,::1 . .I. i ·f UI" r1 i ,,,1 6U~.:'.i1.:1 :I. H!:·:,;.:: ., ! ClUTDC1(JF~ DB/\iJB~ '?(-3.0/ 66.0 F Jl-,IDUCln Di3~ '?H .. (.1 r:· RH; ~i? 'X, **********************************1***11tttt****t*t********t Zcinf2 LCJ,i:~ds 8~ !3yi:; b;:rn1 I n-f Df"fllt,\'I.:: .'!. nn :JurrHn,,,1.ry pq :I L.D?'-1D COMPDNENT SENS I B!...F:: ( Ut.u/ IF" l l...?Yl"E:!'.IT ( Flt i_t/h!'"; ~mL/~R CJ(.~ IN GLASS TRANSMISSION WALL TRANSMISSION .. ROOF TRANSMISSION TRANS. LOSS TO UNCOND. SPACE LIGHTING ( 2,802 W TOTAL) OTHER ELEC. 858 W TOTAL) PEOPLE ( 19 PEOPLE TOTAL) MISCELLANEOUS LOADS CODLING INFIL.TF-:ATION CODLING SAFETY LOAD E;UB· .. -T DT t1,L!3 NET VENTILATION LOAD ( SUPPLY FAN LOAD (BHP= 1:wrn=-L..,C){.~l) TD F'LEl\ll.JM LIGHTING LOAD TD PLENUM 2~12 C-f m) 0.2) () 0 '?, ~5l:, :::i :-:: !I c:p ~~;~ ~::i 4!, '76~:l 0 () 0 0 !:::, ?(~) 0 0 .. u () () (! r) (l () () u 2!1 :1.46 u 0 0 ---------------------------------------------------------·--- '!"DT?'-,L. COCil.. .. I ND LOADS TOTAL COOLING LOAD or 3 .. 32 Tons ZONE TOTAL FLODR AREA ZONE OVERALL LI-FACTOR ~':i :l 6. '.,;:~ f;; q·f t /Tons :I. !1 7:1.,~1. 0 1) sq-ft: 6, :1.::'::6 0.230 Htu/hr/sqft/F ************************************************************ lransmission and Solar Gain by Exposure L.(.J(.'.1D cc:n···:r::·CJNEI\IT l(~Rl:::r-~ n;;(.)Nl::1M I !:lEi ,[ CJj\! HClL.tir-~ (;)(1 I l'.l Gl.. .. hHS L..Dr-~D!:3: NE E ~-;E ~3 S[,J w l\l~·J N H w·· I:::, E !3E:: s E;~\! t.<.J N!AJ N 0 ~~;er::::: 0 (l 0 0 0 41 0 0 4::::;:5 0 :I. :I.(::, (l 0 0 :,?~:5 (Btu/hr") 0 (! (.) 0 () Ci (• () () () 0 u 0 ..... 1.1. :I. (.) J. :I. !1 D'-/4 (l u (! ,:-1 0 .-·1 c::· .. ,. 1:: •. _.! / (' ******************************************************\ttt*t ~.:; I j\lGLE HOUP LUtiD C(.:.\U:;u1 ... ,{-) TI un UUTPUT F-n.1.~J l. 200h ZONE :5 ( E: X TEF'. I Oh'.) a DD N(~ME: I. T. S. (HELM) D(\"'l'E pr:.:EP(\F::i::::D !: o:::.····· :!. Fl-·· J. 9p~; SITE NAME: CARLSBAD California 60501852.1 UUTDLJCJF~ .DB/liJB: 7EJ. r)/ 66 .. 0 F :i:,,,nuui:::: J)B~ '!H. 0 F RI··!~ 1lC:-' X. *****************************************1f****************t Coil Selection ParametGrs COIL.. f::l\!TEf.:.:H.IG f.-HF< TEMP.. (DJ.::!/i1JB) CDIL .. I....Ef.-)VING P,IR TE::MP.. <DB/l.i..lB) COIL SENSIBLE LOAD CC) IL TC)TAL. 1...0{~,D COOL I N(3 !3UPF'L Y r-:) I 1:;: TE:t··11:::·Era:) TLH:;:E TCJTtd .... COULJ:i'.!G C-Fm (ac:t:uc:d.) TOTAL COOLING Cfm (std. 2ir) COOLING Cfm/sqft F:E:SUL TI NG f~:DDM F.;;EL... HUMID I TY COIL BYPASS FACTOR ?D" 0/ 64 .. ::~; ch,iq I·:· ~4.6/ 54.0 d9q F '.Y2:;,, I~'L:; J::it1 .. \/h1·- :.::;9!' r-lH9 .Utu/!·11··· '.:'.i~5. () c:I E:'IJ r:: :I ;I ::;;; :l :I. [ ·f Ill 0. 'T? L+rn/1,;;q-ft *t*******i************************************************** Hf:~rYr I NC:) I....Df'.'-tD Cnl.. .. Cl...11...(.) I' .I. UI\I ( ''·' r F'I.J T ZONE 3 <EXTERIOR) ,..Jon N(..~ME:::: I u Tu ~:l.. ( HEI.. .. M) D{.':i'T'E F·r;;F:.P(~r:;:ED ~ (/}; ... :I. H-·· ., i:pu _,-' r:q Tl:.: Ni~l··iE ~ CP1RL.BBP1D C>:":\l i h:ir· n :i. ,:,,i. f.:10!.'.:',(_ij_ H!':::2. :1. 1,i! .r f'.iTER DES I GN DF(Y Bl..ll.B ~ ~~;8,. 0 F I l\lJ.)CJ(Jn ))J:-5 r ](l. 0 r:· *****************************************************,*****t HEATING LOAD SUMMARY Note:i:: He2c:1tinl;J 1<::iac:I if.,; c:c1mput:ec:I ,:1-l.: ~,1:i.nt:<::J1··· der:;;.iqn conc:!:i.tiun .. WA~L TRANSM!SSIDN ROOF TRANSMISSION GLASS TRANSMISSION ' TRANSMISSION LOSS TO UNCOND. SPACES I NF IL TF(hT I UN LDSB .. SLP1B FLOOF: HEATING SAFETY Btu/hr !:3UD-·-TDT ('-tl_ NET VENTILATION LOSS TOTAL.HEATING LOAD HEATING SUPPLY Cfm (actual) HEATING SUPPLY Cfm (std. air) HEA.rING SUPPLY AIR TEMPERATURE HEATING VENTILATION AIR Cfm l .. l '1::.::· ,,)_, -,-·.1·. l\l l:-::,· c--[,::· A i:~ n ".! c, 01 ("'1 lvl P 1::·," '1::l l I I 1:.\ .. , .. f::· 1v1 r::, r ._) .. , . __ -· 1 • r\ _ w \ T .... _ -·· .. .... ." I....D{-fD rnt:u/h,, .. ) !.::; !I i:/·'lt:5 :·.;~ ,, l ff l:, 0 0 0 0 :?O, 06'1- :I. () i1 :·;:: ~:; r:;i 4 ':.?.:i C t: m :1. :I. O .. ,=-, c! £')•;J F :~:'.?:,;,·: !:>f m 70 .. c, c:IE~·q r: ***************************************'*******"*********** MAX. LOADS: ZONF ~ :Z: on(:::? 13c;;in !"; "i. b J f" !'-!c~'-!"ic1! .. !-l.:h Hc::ur ~T~:!"!!,,,_i H :l.(l -:._r •_i l ~ru.1 Ju.11 ,::)uQ ~r u .l ,Jun (-~\(.l(;) (.~i_,,g Jun 1 f.~1)(1 t700 1 f.~(ll) 1700 1.600 l '.'.'500 :1.500 :1.700 1 S(1(1 1400 t.1-.. '..?El i.!, -::,::U 4 .. ::::,0 i.j. 'l :::~8 .f.,." :?.1:1. 4 .. 50 l!,. :1. 7 HF'(~LF <? ) Z:01·1(;,, I r:)t,::11 ( ·ror·1 ~:, _) ~5 II ()() ~:; .. ()() 4.99 11 ... <:;'!/ 4 .. ?H '-1-.?6 4. uc_;i Hu.i::ip ! './ (..:, r· ( i .... + •I)) ·'·!"!ii]/ 1 ... ,:_,'.<!t:, :I. " \~' tl.1) _! ,. ';l/,!j' !:) I NGL.E H[Ji..m l..._(J(.'.)[_) C()L.CI..J! ___ i'::iT .I u,.,, Ul.JIT'U r Jul 1600h: ZONE 4 ( SPACE 9) J CJB Nr-4ME :: I .. T,, El. ( HEL-M) P {-\TE:: i:-:-1-:: 1::y:• (.:~I::: El) :: !YI-----0 :s-----.I. ':il Fi 7 SITE NAME; CARLSBAD C,,t .I i -;: r:w--n :-,_ i'.l. 'h0~5f) l n~:i?. !_ OUTDOOR DG/WB~ 82,0/ 67 .. 0 F J:I\IIYJC)!? DE!~ :nJ. 0 F PH:: ll-'"? ;:, *~*********************************'***'**~i**tttt*******i*t i.: on f:J L ci a cl f:",-~~ !3 y !:; t !crnl I n + CJ,---m ,,d:_ :i_ 1J ri Hu i!Hn ":tr--'/ p r:;i :1 ! __ ..C..if-)0 CUi'--iPDNENT SEJ\lf::; I HI.S 1, 13 L: u ,-hr--) L./:i Ti::=:NT ( F:H:: u. /hr--) HCJL..(..;R G(=i IN GLA38 TRANSMISSION WALL TRANSMISSION ROdF TRANSMISSION TRANS. LOSS TO UNCOND. SPACE LIGHTING 7,929 W TOTAL.) DTHCF< EL.EC.. 2 1 l 1!5 LiJ T!JTf.)I ____ ) F'EOF'L..E ( :;~:7 1::·EDPL_E TDT,~1L.) MISCELLANEOUS LOADS COOL.ING INFILTRATION COOLING SAFETY LOAD HUB--T"DT,:.iL..b NET VENTILATION LOAD ( SUPPLY FAN LOAD <BHP= RUGF LOAD TO PLENUM LIGHTING LOAD TO PLENUM 1-0lAL COOLING LOADS TOTAL CODLING LOAD C:)f'-::_i. 02 ·r ons ZONE TOTAL FLOOR AREA 40'.::i Cfm) Cll'" :1.02 0 ~:i !' :'::u:=:i ~:':~ ·7 !' () ,S . .::, 7· !' ~::":'. J. ·7 0 0 u Ei~:)h i) u 60~ :I.fl:!. Btu7hir- t~4::::;,, ::;;; i::;q-f !::/Tons -lj. !' 22C?,, 00 \::, C:I ft (: () () r) 1) 0 u 0 1) () ~-i :' !:::i::::;::5 ·,;~ !' /, i-;1 ·? ZUl'-ii=:~ 0\/EFi:f~LL U-· .. F(~CTDF-~: ·-_ 0. 0 1l6 Ht.u/hr-·.if:,,_qf-1::/F *********~*************************************************i T~-· :;'1n i,=-m i ss;; i on an c:I f.;o l ,::\t-(:.i,,:\ i ,·i by E:-; p c:i!,;u.v .. f:,! L.rn.:,n CCJl"ll::,C)l\_iENT ,:.:if~Eh T1:;;(,:~1,1EH"'I J f::)D .[ Cll\l E,UL..t1r-;: U(i I 1'-1 , ... N H ~~r:~1L.L l..D1:1m3 ~ NE ~:- SE ,::~ Sl>,I '-'-' l\il>J (;;qft) 0 0 0 0 0 0 0 0 0 0 0 0 0 (> 0 <Htu/!"i1 .. --) 0 0 (i 0 () () 0 0 :I_O? 0 1) 0 i::1 C, 0 ~) N O 0 ( ntu/ h, .. -·) (.) f) 0 (, 0 0 () 0 *******************************************i**************** SINGLE HOUR LOAD CALCULATJON OUTPUT Jul 1600h: ZONE 4 ( SPACE 9) :! OP r,iriME ~ :r .. T. E,. ( HELl"I) Df:YTT:: PRi:::T"()l:~:FD: ().f.!-·-··0:::!: ..... 1, ,;?ff/ S!TE NAME~ CARLSBAD OUlDOOR DB/WB: 82.0/ 67.0 F INDOOR 08: 18 .. 0 F 1*******************************************************~*** Coil Selection Peramet~r~ c,,,;i ::? CDIL. t:]\ITl=:r;;::i:Nc; An=:: Tl::.MP. <DB/lr)B) CUIL .. !....Ef.'.WING t-UR TEMP. (J)BhJD) CUlL SENSIBLE !....DAD CU IL "I DT{)L LDPiD cbOLING SUPPLY AIR TEMPERATURE TDTAL COOLING Cf~ (actual) TOTAL COOLING Cfm (std. air) CODLING Cfm/sqft RESULTING ROOM REL. HUMIDITY /E3. f:l / 6 ,:1." .'.J. cl 1::::•q r:· :511·" 6/ :-.:i4" 0 dEiq F '.:'.il ,, 9~:i4 !.:~tu/hr- 61'..l !' :I. H 1. Bi:·.1..1 / h ,, .. ~j !:5 r. () d 1:.:, ... , r::· :i. !' C? ~:.::.i ~,? (.~ ·-f fr1 l .. 949 C.f.m (.l ., 4h c.:+ rn ./ :,, r:i+ +· ll-'.:.'i '.%, COIL BYPASS FACTOR -0.0~0 ******************************************************tt**** HEAT I NL:.1 UJ:C)I) C{~tl....CUl....(·1 T J (Jj\j uu rT·u r ZONE 4 ( SPACE 9) JCJb Nf..~,ME::: I .. T. S .. <HELM) Of.'.)T[ PHFPf'.:\f-?EDn 04····():::::·····:l.'-?Fl:" s11·E NAME: CARLSBAD California 6050:1.852.l WINTER DESIGN DRY BULB: 38.0 F INDOOR DB: 70 .. 0 F **t*************************************************i******* HEAlING LOAD SUMMARY Note: Heating load is computed at winter desicn condition. LUAD CDMPONENT WALL TRANSMISSION ROOF TRANSMISSION GLASS TRANSMISSION TRANSMISSION LOSS.TO UNCOND. SPACES : INFILTF;;?)TION L.DSE; · 3l.{-)B FL.UC)!~~ " ,. HEATING SAFETY Btu/hr ~:! I.J F:1--·r lJ T (..i ! .... NET VENTILATION LOSS TOTAL HEATING LOAD HEATING SUPPLY Cfm (actual)· HEATING SUPPLY Cfm (std. air) HEATING SUPPLY AIR TEMPERAlURE HEATING VENTILATION AIR Cfm HEP,T I I\IC:l flE{:\mJI\I F~:ODl"I Dl:;;y Bl..11.. .. Et TEl"IF., L.ur-:.)J) < Htu/ht· .. > 0 5 ~ ~:::f:{r:) U:I.C,' !) 0 0 t, " !~. ~:.:.i ~5 :l4~ :z.::-::::: 1.47 C+m :1.46 C·fm :I. :I. U .. 0 c:IE,~1;1 F .,1.1)'.'::i i:::+m *************************************¥********************** 1 .ll. 6 "7 I iO Jul i,'~ I .,I ,::~ ,Jul .:..,r, ... ,.n Jun i"it,\Y t3E?D (.-~'-'-'-::~ ,Jul 1AX. LOADS= ZONE~ Z on e:i DE-in~" :i. l':J .I. i:;i Hour (Tons) cl,)(' r:,,oo 8(ll) f.300 (:?(ll) DOO 900 900 :!. ,:1 (ir:1 :1.000 :2:; n fJ<? -:r. J::1 .. :;, :s, Bi. ::~;,, 60 t l:;r:•(.'.1C::F:~H :I. ..... :J :i /C)f'l(·:.l '!"CJ l'. ::-,.1. ( "j" C)f"l r."; ) 4. :I. "'i' 4. :I. "::.i ,:1.,, :!. 0 .t,. II f)~? :.:::fl(:;:-/:} HP-5 Hur.1 t.J :!. ,_ i::1 ,. 1,· ( c:-r ifl: L,, ht:! :I _! ,. FJ-ll (') '!. !' E-! .l u :! ,. l;:l('·;-' .!. !' ·:'f:"-;.q. :i u 7.<.j.!_::5 .I.!' 7?1'5 .I. " "/ <.1·::=; SI NGI....E l .. ·!Ol.lR 1 .... 0(.:iD Cf.)I....Cl....11..JYT 1 Ut'-1 OUTPUT (-1u\;) 900h ~ Z UN[ 4 ( SF'r'.~1::En :l ····· H) JU:i:~i !\!Ai'!!:::.: I .. T .. ::1 .. (!-!EL..!'"!) I.>()"fE r::-r::!:T·'f.:;i::::E.U~ (Yl·····'}~:1:·····:l.?D7 SITE NAME: CARLSBAD 1:;c·:\ J .i. -f C)I' .. r1 :i. c:\ bO~."iO :!. D:::!2. :I. OUTDOOR DB/WB: 75.0/ 65.0 F I l\lnUCJI:.:: DD:: 7H ,. 0 F rn·I ~ rte? o/~ :Z: Drl c01 Lc2<:°:\c:I ~,; ~,. Elvi,;; t f:::m ] n f nr·· m,,,\ -1:. :i. (·:n Ui..1 mm,::1r-· y i:-1 q I ! .... UP1D CUMF'UNt::I\IT 81:::Nf:;:[F:!L..E (Ei-l..:u/h1,·· ·' I....P1 r1::.1,n rntu/hr-;, SUL.AF~ Gt~ IN GLASS TRANSMISSION WALL TRANSMISSION ROOF TRANSMISSION TRANS. LOSS TO UNtDND. SPACE LIGHTING 2r804 W TOTAL) OTHER EL.EC. 822 W TOTAL) PEOPLE ( 11 PEOPLE TOTAL) MISCELLANEOUS LOADS COOLING lNFILl.RATION CODLING SAFETY LOAD ·--:I ,. 6 ·1. '7 ..... :.:::'-)4 ··-·.<'.!-'.:'; 2?H04 :.~'.? U•)E! 0 0 I) 0 0 1) 0 u 0 .. _ ................... ,-... -.... ,_ .. ,_., .... _____ , .. , .. -......... -.,·--·····-..-............... _ ....................... :., .................................................................................. _, ............................. _., ... ,-... . i:3UB·-·TClT{~1l..f3 NET VENTILA.r!DN LOAD ( SUPPLY FAN LUAD (BHP= ROOF LOAD TO PLENUM L .. I: GHT .[ NG L.fJr::lD TO Pl..EI\IUl"I TOTAL CODLING LOADS TOTAL COOLING LOAD 4. 22 Tcms :l.72 Cfm) 0. :~!;) o,, .. ,'.J.6. !.:.'.i l U HU7 0 () :;~: !' :::: .q. i/ :i i; !:5·7t:p (_) C 0 46.751 3?928 ~:.i () !' f'.) ·7 t? J,) 1::. u .. / I··, r· :::;o,._,i., 0 •.;r:1ft/Tor1;;; ZONE OVERALL LI-FACTOR -0.279 Btu/hr/5qft/F *****************************************************ttttttt Transmission and Solar Gain by Exoosure LU(-":\D COMPUf\.lENT r::,,F:E{-) TRP,N!::;M I f:3~3 J: Cil'-1 SUL..(:ir:: f.3{.:) I I' I (3L;=4f3~3 UJM)S ~ l\lf::: E~~ SE m,J l.1! N!J.J !\! H l.1/(-~LL 1 _nt.'.,ni::;, !\!E E 1,1 (!'.;;qft) ,:::-l ,.J(.J 46::::: :,;~7 !:iOO .I"\'::, (J.:fl:u/hr·) --· :I. ~:'.i :1. ····.I.Sl (1 0 () 0 -·-:I. l2 u ..... ::~;-7 ·J .-) ·I ··-·f::?:.::i !:'i 1 ,:J. ::?B!. "/71 l !' H:::::1. () 0 t) () :~;.I.::·:: (l *************************'*********************************t f3 I l\i(3L .. E HCll.Jn L.Wrn C/,il. .. CUI...J-'.) TI CJI\I u1..rn:·u r Aug 900h: ZONE 4 (SPACES 1 -· 8) J ClB NAME: I ,, T. S,, (HELM) DP1TE r·r:::1:::T'f.':,i::::ED :: 04 ..... (:i:-~; ..... i. C/i::!7 SilE NAME: CARLSBAD California 60501852.1 OUTDOOR DB/WB: 75.0/ 65.0 F INDOOR DB= ~8 .. 0 F RH~ 49 % *'*************************************t*************~-tl***t Coil seiecticn Paramet8rs CDIL.. ENTEr:~II\IG f'.ilF:~ TEMP. (DB/i1,IB) COIL U:AVn.lG {Uh'. TEMP. <DDn1.JD) COIL SENSIBLE LOAD CCJ IL.. TDHiL L..0(-:iD CCiClL I NG SUPPLY h Ii::: TE~~'IF'E.R(i TURE:. TDT?'.)L. CDDLihlG C{m U:\c:t:w,,1) T1JTAL CCJOL.ING C-fm (std .. ,,:iii'") COC)I.... I NG C-F m/ s~q-F t RESULTING ROOM REL. HUMIDITY COIL BYPASS FACTOR 77. ;.: / h.::::" 1:/-c.!~i··.') i:::· !.'.:)4" 6 / '.54. c, d r::-"::, F 4h ~ '?~':i .I F:t '··'·,: h v·· !~j()!= fS~;tt:_? .B-l::t..tih1, .. ::=.:i;:::i ., 0 cl eq F l !' EJ.t.j :!. C-f!n :1. ,, n:.:::u L·( ;n :I. .. :!.'.::' C·fm/i,;q-ft (} :t () ~:.=; () ************************************i*******t*******tttt~ttt JOB NAME~ I.T.S. (HELM) t3 I TE Ni~Mi::: ~ Cr:1F;:I...SH:C)O C,,,t.l. :i. f or .. 1·1 .i. E1 60'.':)() :!. H:S2 .. .I. (1jJ NTE~R Dl::.~:;J GN m.:;:v BULB:: ::~:El" 0 F I l'-.!.OUfJI·:;: DB:: 7U ., 0 F ************************************f**********************i HEATING LOAD SUMMARY t\lote: Heatinq loacl is c::c:Jmputec:I .,,t ~\1inl:.E~t-dPis:i.qn c::01·1clit:i.r:·,n. WALL TRANSMISSION r::CJDF ·rf·;:{-)NSM I S;:3 I ON GLASS TRANSMISSION TRANSMISSION LOSS TD UNCDND .. SPACES INFILTRATION LOSS ~,1....~::1E1 r=-LDOf~ HEATING SAFET1 Btu/hr l:lUB··· TClT {.!iL NET VENTILATION LOSS TOTAL HEATING LOAD HEATING SUPPLY Cfm (actual). HEATING SUPPLY Cfm (std .. air) HEATING SUPPLY AIR TEMPERATURE HEATING VENTILATION AIR Cfm HEATING SEASON ROOM DRY BULB TEMP. I .. Uf.'.)0 (Htu./111, .. ) I) 0 0 ·::~ (.3 ;1 '1, ~2 :2:; 6:,04:1. ::::;2,, C:)6.fl. 604 :I. :I. 0. (l ·-;;o,.o C:·f rn C-fm ****************************************t**********t**'***tt Z on E! H1,'2n 1::i :I. b J. f':' No. Month Hour (fans) :I. 4 .. ,T / 8 c_;, 10 Jul (.:)u,.;1 Jun (\uq .:Jul May .:Jun S)fap P1pr M,;:1y 17(H) :1.700 1700 1.600 1.600 :!.700 l(~iOO :1.·100 1.700 16()() 4. CL':: l! .• u:.~. 4 .. 70 ij, II l:,i:'.) i.l, 11 (~,~5 i!, .. 6U ,, .• '.52 f.j. :r ~:)iJ. /or·,r.,,· ·1 c:,-1::e.1 (Tun!=,;) (C/ !O) .·, ,• .... , .,·:. !' ,:: .1::. ~ ! .:.:: 1• '· ·~;· i-::~ _::,II .I =:;:·:·; ::::-., :1 t!H .::' ., ·' ;_ii::: :>: ... l.J.":: ~IP-~ SI NC3LE HOUF( 1.. .. 0:!.)IJ L()IJ;UL..t1T I ON Lll..JTF'Ll"I Jul 1700h: ZONE 5 (SPACES 3 -10) J DB I\IP1ME ~ I , T" S. ( HEl..M) PA ·rE r,r;:i::::r:·nPFI.J ~ o::::.-··· .I.'/ .. ·· :I '/H7 SITE NAME: CARLSBAD Californi2 00501852.1 OUTDCJClR DE!/l>JB: (:l:L. 0/ 67. 0 F I I\IDUUF? UH !l /H ,. 0 r:· r,;:H i 1r-:? \ ~*****************************************~*****ti**',****i* l orH:.' I ... Dr.:\c:I :;;; g~ f:>vi·,; t 0,irn I l'l + n, ... n1<::1. t:. :i. on Hurnrn.,·.1r· y f'.l tJ I L.CJ(:1L, CCWIPDNt:NT F:iF:::Nfl I Bl....!:::! D-1::u/h!" :; LA! f::_l',!T 1: B+·. u/h, ... ) GLASS TRANSMISSION WALL TRANSMISSION i::;:rn:::q::: TF::ANSM I f3S I CJN .. TRANS. LOSS TD UNCOND. SPACE LIGHTING C 3,084 W TOl.AI....) OTHER ELEC. C 823 W TOTAL) PEOPLE ( 16 PEOPLE TOTAL> MI f;CEL.l...,~H,IEDU!3 L.O(.H)!3 COOLING INFILTRATION COOLING SA~ETY LOAD SUB--TDTAL .. E1 NET VENTILATION LOAD ( SUPPLY FAN LOAD <BHP= RDUF LOAD TD PLENUM LIGHTING LOAD TO PLENUM '.,;:'.'-1·0 C·F m) 0.4) :1. !' (;::=,;u ~:5 :r (; ~:;; ~~; •""t ... , .. _ ..... :, ,,::. !I .,·: .... ) / () :1.0, :'."i.:?'/ 2,DO'? (l (l 0 '/9:1. 0 0 () i) (.) (} (~ .... · () ::.!;!, ?fl\) () c, 0 :::::., :?~JO u r:,i 1) TOTAL COOLING LOADS 57,984 5,482 TCJT(~L. CClCJI...ING L.OAD .. ,.. 6::~;!, 466 Bt1.t/l·1r er 5.29 Tons or 3:1.1.0 sqft/l'cns ZONE TOTAL. FLOOR AREA -1,645.00 sqft ZONE OVERALL U-FACTDR -0.234 Btu/hr/sqft/F ************************************************************ Tl'"·ansm:i. !5::;i cm and l:'3ol .-a,,· Ge~.:,. n by· E:-:prn;,.;ut'"E! LOAD COMPONENT AREA TRANSMISSID~I SOLAR GAIN NE E f::lE C.' ._) Sl>,I f;J l\iW N H NE F ~3E s m~ \,<J N\.-<J N (sqf'l:) 0 0 () 0 28 ~::-61 21:1 () 0 0 0 0 0 ~2l\ ~5:3;c; ~26 167 (Btu/hr .. ) 0 0 0 0 70 El?? 70 () 0 0 0 0 0 :l95 .t!J. !I ::~;<:1::~: .I. 'I.? (Df::u/hr) u () r) 0 Ell4 2E3, 460 1. " ::::f~ l () 0 E> I l\iC:',L.I::: HOUF~ UOr-'.iD Ct-~l...CUl .•. r-:'.'\T I Cil\i OUTPUT Ju.1 1700h ~ ZONE:: ~:i (i::/Pt)CE:D :}: ···· :1.0) ifCiB l\l(-)l"!E: I,Tul:l. (HELM) Df)TE PREP(;RED:: o.:::-·· .. ~-·:,, ..... :l.?H"? SITE NAMEn CARLSBAD California 60501852.1 DUlDODR 08/WB: 81.0/ 67u0 F INDOOR DBn 78.0 F nHn 49 % ******************************************************t**f** Coil Selection Parameters CU IL. EI\ITEF::I r-lG {) IF~ TEMP.. <DB/I,.,IH) C:OI!_ l...l:.(."WINC:i f-:)IR TEMP.. <DD/l1-,IB) COIL SENSIBLE LOAD ClJ IL TD r PiL. LW:1D COOLING SUPPLY ~IR TEMPERATURE TOTAL COOLING Cfm (actual) TOTAL COOLING Cfm (std .. air) CODLING Cfm/sqft RESULTING ROOM REL .. HUMIDITY COIL BYPASS FACTOR ·7 E:? " :::; / l, ::::; II ·7 d f:~ (I r:· 54 .. 6/ 54.0 deg F ~5'7 1, '?Hi.I, B t.:u/1·11··· 1::1::::: 1, 41~,6 D l:: t.1. /hr ~'i~'.)" (l rJ (::) Cl F' :.~:~ , :? ·2 ,!:> c; + ,n :· .. ~ ~r :? ~? ~.~:: c; ·f fil .I. " .:::::·s C-f rn / '.'5 q-f t if.::::: 'X. (J II () ::::i () ***********************************t********************'*** ZONE 5 (SPA~ES 3 -10) ,J CID N,~~ME: I. T. b. <HELM) D(i fE !:-r:.:Ef'(.)!·:;;El.) :: C1::r.-... 1. ? ..... !. 9Fl 7 SITE NAME: CARLSBAD California 605V185?.1 WINTER DESIGN DRY BULB: 38.0 F INDOOR DB~ 70.0 F ***************************************1****************t*** l··IE/Yr I NG L.CJ?H:) ;JUI' l!"lf.;ny Note: Heating load is computed at winter desiyn condition. LOAD COMPONENT LOAD <Btu/hr) WALL TRANSMISSION ROOF TRANSMISSION GLASS TRANSMISSION TRANSMISSION LOSS TD UNCOND. SPACES INFILTRATION LOSS su:m FLIJCJR HEATING SAFETY Btu/hr HUD·-TDTAL NET VENTILATION LOSS TOTAL HEATING LOAD HEATING SUPPLY Cfm (actual). HEATING SUPPLY Cfm (std. air) HEATING SUPPLY AIR TEMPERATURE HEATING VENTILATION AIR Cfm HEnT I NG t;;E(.~SDN RDCll'I DF~Y BULB 'l"Ei"'IP, ? , c_:>()'7 :2 !' :I Ot.:~ :l.:l.!,076 u 0 0 0 ::2:1., Of:l9 i:1 , 4 ::::: ;::,i 47? C-fm 479 C-fm :l:I.U.O cl~:;Jq F :.;~40 C·f m 70" (_) c:le2q r:: ************************************************************ 1 4 . .., I 10 Month ....... , .... -..... ,_ f:)u•.;J ,Jt.tl Jul (-)uq ,Jun f:ll..l(;) Jun ~Jul Jun (-)t.tq l"lf:.)X.. I .... Uf~X::if3 :: l:i.:Jt··-IF:: ~=_:; UF'(iCE:f::i :I.,,::,::, .I . .!./ l '.? Hnui-- :1.600 J.600 1700 1700 :1.700 :I. ~:iOO :1.600 :l.:7500 l!:500 :1.400 Z on ri l3f::~n i,.; i b .I. f,-i (Toni::;) ::::! II ::::;~~ ~:~.t :i ~:;!5 ::_:_:,i rt :.::;l:! ~73 II ~,? ~;) ~::;" ::::i::~; cS .. ~:!;() f:., n ~.? t:? (~) r :·,?i:;;,, 6., :.:::6 6 .. 2.1. 6 .. :I.~:, HP-7 r;tJD[!.!. ··., {:l ! { (."-} !P ) '/· .. : .. ::.r·';, ,.? ,I? II ::::; .7 (:::• • '1 ... ,. ·-. : .::: t( .·,; {'.:"I ::::: ~ :_:;1:-,.:::: :"?:, :_:::l'.i:l r; -.:· 1·,·;1• .,:·. !' • .. ·· :·". •,.:i SINGLE HOUR LOAD CALCLJLA·rroN uu·rpu·r Aug 1600h: ZONE 5 SrACES 1.~.ll/12 a C)J3 t\.l{:1ME :: I • T. ~). (HELM) on TE r.:•i-:;:EF'(H~J:J.) ~ o:::::·····.:i:O····· :I. '-i1:3·;-:- s IT E Nf.'1f'·iE ~ c;iRL.SBP1D i.>:1 .l 1. -f (:)I'. I"'! if:\ {:()~:<(.) :I. f:?~:'i::::" :!. DUTI)()(JI? DE!/t•JB:: f:l2 .. 0/ 67 .. 0 F INI.1DCJF,: DD:: /H.,U F 1:~:H:: <!.(;: 1'.. ********t***************************t*~*tttf***1**********t* ZcinG~ l..D,:J.cl ~5 /:\~ ~;yi;;t F.,im 1 n + 01• .. m,;;d:: ion Hi JHH'1ii·', .. V 1·1 ,::i I L..t:PiU cu,·,F·[..ij\j[NT HENE:i1BI....E (EH.:u/h1·-·) I..,.() I EJ,J"! (Htu/hi'") ::::UL..PiP (:i{-) IN GLASS TRANSMISSION [,.J(..:)i..L "fR?~!\IUM ISSI ON F~:ODF TRPii'-IGi"'! I Sb I UN . TRANS. LOSS ·ro UNCOND. SPACE L!&HT!NG < 8,647 W TOTAL) OTHER ELEC. 2,306 W TOTAL) PEOPLE ( 40 PEOPLE TOTAL) MISCELLANEOUS LOADS COOLING INFILTRATION COOLING SAFETY LOAD l cj. J. ;::: 11 E~r?:·:.:: ~=:=; rt ,~:} f1 i!- J !I :l.60 :·;;::(:;) ir ~:5 :l. tl ·7 !I f:3"?() 9!, fl()() 0 (l (..) . . () () D!,:?<Y.> (l 0 ') ------------------------------------------------------------ SUB··· TOT r'·~Lfl NEl. VENTILATION LOAD ( SUPPLY FAN LOAD (BHP= rwrn::: LCif.~D TC) PI..EI\IUM LIGHTING LOAD TO PLENUM TOTAL COOLING LOADS TOTAL COOLING LOAD 600 Cfm) 0.4) {!')() !I E3 :I.::::; ~.:-~ !1 t, :~:; ,~:) :I. •! ()~::_:_;!:.::i 0 0 7 6 !' ::::: ::=:: !:.'i Btu/ I· i r· u () n I. :I.,, ffY,,:'. or 6.36 Tons or 725.0 sqft/·rons ZONE TUTAL FLOOR AREA -4,612.00 sqft ZONE OVERALL LI-FACTOR ~ 0.074 Btu/hr/sqft/F ************************************************************ Tt-.;;HH~mi ssi on and LOAD COMPONENT AREA (sq-ft) NE 0 E () SE 0 s 0 f3~\i 0 ~~ 0 i\ll-1/ () I\I () H 44 I\IE () E 0 SE () f1 ~::::::::El filiJ (l i,i :I. ::::::2:- NW 0 Solar Gain by Exposure T"f~(.'.:iNf.:11"1 I f313 I UN E3!:JLf1F;: UP1 I 1·,1 (Btu/hr··) 0 () n 0 1.) 0 0 0 :1.4:1. 0 (l 0 0 (Bl.:.u/h1 .... ) () 0 u 0 c, (! 1\1 :I. :I. .I.El ************************************************************ SI 1\1(3L..E HCJL..11::;: I....Or-~D CJ~I....CUL.JYT" I Ul'-1 DlJT PUT Aug 1600h: ZONE 5 SPACES 1,2,11/12 ,:,, OD Nt::r1IE ~ I .. T. [3. ( Hl:::U1) Dt~TE Pl:·~ET'(lF?f:::D :: •.Y::;-... 20-.. t '::>fl'/ b I TE N,~:,1v1E :: Ci.'.\f~;LE-H:l{-lD Cc,ll i ·f 01·· n :'I. r.·~ 61):::iU :I. Fl~:i2 .. :I. OUTDOOR DB/WB~ 82.0/ 67,0 F INDOOR DB: 78.0 F RH= 49 % *******1******~***************************1***************** CIJII.. .. i::.NTl:::F<ING (-iIF< TEMP. (DB/~1-.IB) CU l L L..!:::J.:iV :!: NG A 1 H TEMP. ( DJ:3/WB) COIL SENSIBLE LOAD C~D J: L TOTP1l... Lor:~[) CUD!.....[ 1\i(::) f:3UPF'L Y ~:~ I 1:;; TEMF'EF::f.-~TUF:E TOT{4L CODI... I NG c:;.-F m ( actual ) TOTAL COOLING Cfm (std. air) COOLING Cfm/sqft i:.::1::!~1UI.... TI 1\1(::) r-~ClCiM i::~EL. HUMID I ·ry 79.0/ 64.7 ciRg F 54,6/ 51.0 d~q r f.:ill., ::504 B!::u/1·1, .... '76,, :::::~::-!5 Btu/hr" ~:; !:) II () d c;,~ C.) , .... '.? !' -~l-i)'/ Gf m '..?, 40-'+ C-f rn 0. ~.:i2 C'fr,1/:,;;q-f'i'.: COIL BYPASS FACTOR -0.050 ***'******,'************************************************ Hf.f1T J: NG UJ(1D Cil.'.\l ... CUl. .. i'.·!T :( ut,I 1:.iu TT'U f' ZONE 5 SPACES 1,7,11/1~ ..._; U.l:-3 i\jf:)f'!E; I" T,, ~;;. ( H[L.f'I) U(\TE r,:: PE:Y·nr,:FP :: u:~:; .... ,:/c .. ·, ..... !, ·--;:a/ SIT~ NAME~ CARLSBAD Califor~ia b050l8~2. L WINTER DESIGN DRY BULB: 38,,0 F INDOOR DB~ 70,,0 F ****************************************,******************* HEATING LOAD SUMMARY Notc: H22tin~ load is computed at winter d~sign condition. L.Dt~D COMPDNEl\iT l,Jf-'.'d .... l... 'TTU-t\lSM I bl3 .!: ON ROOF TRANSMISSION GLASS TRANSMISSION TRANSMISSION LOSS TO UNCDND. SPACES INFIL.rRATION LOSS HEATING SAFETY Btu/hr SUD···TDT?-;L.. NET VENTILATION LOSS TOTAL HEATING LOAD HEt'-)TING SLIF'F'L.Y Cfm (,;;\ctuc:11) ·. HEATING SUPPLY Cfm (std. air) HEATING SUPPLY AIR TEMPERATURE HEATING VENTILATION AIR Cfm HEATING SEASON ROOM DRY BULB TEMP. I... [i(.')l:) ( I:-:.t LI/ IF" ) !5, f:l4'7 :!. ~ :l.:?6 () 0 0 1. ::::; :,·~.=5l:)~; 2 :I.,, OE!i~i ::::01::1 C-f m ~50!:3 C·fm :!. :I. 0 " t) d s-:·! c, i::: 600 ci:m ********************************************************t*** Hf'-6 MAX,, LCi(H)S ~ ZC:l!'-lf.::: \'..I" ·'.~;;F'.'(1CEH J. ·····'::'i ?,i / :i ...... J. Znn<,,i U(-,ini:iibl(,01 ZCJnEi Tot,,,1.I. i3t.!1JDl.-...1 (1,,, .. l'--io. Month Hour (Ton!:5) (Tcm!'5) (Cfm; :I. '·i· 1:::-,.) 6 7 E' '-1 10 P,ug ~Jul E>i:.::.,f.J a u.n l"!i::l\l P1!:·,1r f..)uq Ma,,· ,.Jul 1"/00 1'700 :1.700 1700 :1.700 1'700 1.600 :I. 700 :1.600 :1.600 .(,j. II :I.::? .t! .• r::i4 4., 01 ::':: .. uo 4. 1'.':.i.',·.'. <"I. II .t.j. ~:- .4 .·.:::-~/ 4,,::::::':: ij. ,. 1 (:,' 4 .. :1.U 4. l '.,:'. ~,. ,. :I. .!. 4.06 4 .. O:? :i_ 'IF!';'.(·. I. .. H~.:;u :I." ·7·.,•.5 I.,,/ .1 ·;,: 1 !' 7r:~3 t1 I NGl_E HDUR L.Q(.:~D C?H ... CUl....f.YT' I Ui'-1 UUTPUT r-~ug 1700h ~ ZONE 6···BF·,~~CE::::; :I. ··<:i ~'.i Z J .. ·· l ,J iJE: Nf'.'.)l"iE ~ I • T" s. (HELM) ) )(.) TE F'REr=·ni:-::1::::D = SITE NAME: CARLSBAD C ,,,,.1 :i. f CJ, ... n i i,~. OUlDOOR DB/WB: 81.0/ 67.0 F INDOOR DB= 78 .. 0 F 0 :~:: ·-· ·:? 0 ..... :!. 9 H ·.:: 6ci:·:'i1) I. El::52 .. :I. rn .. ! !l 49 "i': ****************************************·**l***************t Zone Loads & System information Summ~rv pq 1 1...or-··1.D COMI=:·0NENT SEl\l!:11 BL.I::: ( Bt 1 .. t / !·1 ,,. ) 1.. .. /:l TEl\I·1· ( Pt u / h,, .. ) ;::, U i.... t-·~ ::~ ,::::; A I ,,J GLASS l'RANSMISSIUN WALL TRANSMISSION ROOF TRANSMISSION .. "!'F~;(.:)N::l. l. .. 0138 TCl UNCCJl\iD. !:3P{~CE LIGHTING ( 3,068 W TOTAL> OTHER ELEC. 848 W TOTAL> PEOPLE ( 14 PEOPLE TOTAL> MISCELLANEOUS LOADS COOLING INFILTRATION COOLING SAFETY LOAD ·::.tUD·-TDT ?~L.~3 NET ~/ENT I 1...h ., .. I DN LDPiD ( SUPPLY FAN LOAD <BHP= ROOF LOAD TO PLENUM L. I C::iH T' I NC3 I ... CJP1D TO PLENUM :.;:~ :I. 0 Cf m) (l,, ::~;) :I. !It;)/'\ :J. ::::; :1 :!. l:, :I. ~1? !I () J. ·:;:i :1.(1!1 1.1 /:I. :·? , (;~ 1.:p ; ·:; ::::: !I /f :r?!5 0 () 0 47., E:l!::l? fl?: I 0 0 () (l :·::::!, El6h (.) () () 2!' H/:!6 :I. ,, ;? :I. ~''i 1) (l 0 -~,. !! lfl :!. TOTAL COOLING LOADS TOTAL COOLING LOAD ~.:iii.:• .I. '?1) Btu/ h , .... or 4.52 Tens or 375.3 sqft/Tc:Jns ZONE TOlAL FLOOR AREA -1,695.00 sqft LONE OVERALL LI-FACTOR -0.286 Btu/hr/eqft;r ***********************************************************~ ·1·1r· ,?.n s;mi S~::-i Cll"l 1::\l"lCI l::lol ,:\f" (]21.:1. n bv· I:::;•( p t:i!:;UJ'" f:! I....UA.D CUMF'Ui\JENT (..)F~E(.) Tn(.)NHr•I I Elf:; I Ul\l !:lUL(.:,r:;: [.-)(.:\ .!. l'---1 (sqft) <Dt:u/h1• .. > · <Btu/hr·;, ..... ··-..... ·----.......... _ ....... -·. --· ..... ---·---.......... ___ ., ..... _, ................. _ ................. --................................................ ' .......................... , .......................... ·-..... -·· ................. .. (:.il_t-,G\3 L .. OP1iX3: NE E S!,<J l>J NW N H l.iHH .. L. LC){:',Db: NE F f::1E 0 0 0 0 0 :::::79 0 1.2:L 141 () 0 0 0 0 () (i u u 0 9"i'H (l ::~:::) :!. 1) 0 0 0 () W 371 3,024 NW O 0 i\l 70 :1.::::] (:1 () n (' () :;;:o, 4El ti. 0 (~)~5/) :.::;!1 :l:?<) ************************************************************ SINGLE HOUR LOAD CALCULATION OUTPu·r Aug 1700h: ZONE 6-SPACES 1-5 & 21-1 JOB NAME: I.T.S. (HELM) DATE PREPAREDrr 03-20-1987 SITE NAME~ CARLSBAD California 60501852.1 CH.!TDUDr? DB/l>JB:: 13.1.0/ 67.0 F INDDDR DB:: "/El.OF F;:l··I:: ~I-? 1/., ********i*****************************************'********* Ceil Selection Parameters COIL Ei\!TERIN(;:) 1:',IF~ TEMF~·. <DB/l,,IIJ) COIL. 1..1::r-7:i\/ING i4IF: TEMP. <DBnt.JB) COlL SENSIBLE LOAD en IL. TUT?~!... I...Di4D COOLING SUPPLY AIR TEMPERATURE TOTAL COOLING Cfm (actual) TOTAL COOLING Cfm (std. air) CODLING Cfm/sqft F;:ESUL. TI I\IG F:::OCJM REL.. HUMID I TY COIL BYPASS FACTOR '7Fl,, ~:::/ 6::'::., 7 df'.iq F ;'::i4.iS/ '.':)4.1) c!f."iq F 49!, -lU9 ntu/1·11· ... ::54 !' :I. 70 Btr ... t/hr" ;'.'5:'":.i. 0 c:IF-iq F :1.,096 Cfm 1. !I F:! (:_ii:·=:; C.:-f ill l ., .I. 2 C-f m / ~:: q ·f !:. O.,O;·'.:iO ******************************************l***1************t HE{:fr l Nl3 l,_J)(:11) CtiLCUL..(..1 "i° i. CII-! i.JU !TUT ZONE 6-SPACES 1-5 & 21-1 J r:1 r:-:~ 1\! t-=1 !"'l t:: ~: I _ ·r " f-3 It < 1-Mi EL. l"i ) .o t:1 ·T 1:::: i:::· F'. r: r::1 t-~ i::;~ 1-:: I) ~ c, :~:; .... :2 c1-. 1 <? f:} ? ~3 I TC !\l(-)Mi::: J CP!HL~:;BAD C,;;, l :'I.+ c:>1···· n :'I.;:,,. 60!'::.iO :I. H!'~;_,;;: ., .!. l!../ I l\!Tl:::F~ DE~1 I E:il\j DRY BULB g :~~:r::). 0 F J l\lnUCH;: DB~ 70, U 1=· i**************************************************~******** HEATING LOAD SUMMARY Note: Hf2,,1tj. ng l Dii:\d is computr,ic:I .,,t 1tJ:i. ntr:~r· c:li,,ir:;;.i. qn cunc!:'i. t:i. or1. L.DP1:0 CDMPDNENT WALL TRANSMISSION ROOF TRANSMISSION i3!...f4Eif.:1 n;:;~1,isr,·1 I !:.1S I ON TRANSMISSION LOSS TD UNCDND. SPACES INFILTRATION LOSS ~3L..i-~B FL.DOR HEATING SAFETY Btu/hr SUD--TO rr~L.. NET VENTILATION LOSS TOTAL HEATING LOAD i·-IEi!ffING EH.JPPLY C·fm (,::1<::tL.ti::\l )·. HEATING SUPPLY Cfm (std. air) HEATING SUPPLY AIR TEMPERATURE HEATING VENTILATION AIR Cfm HEATING SEASON ROOM DRY BULB TEMP. 1 •.• CJr::1{::i (B!'.:u/ht'") 4!, 60.1. '.?!, U.!? j_ ' _ _l !I ·7 .!. l:> 0 0 () 0 :·,~~ .f.f. !I :~:i :·~ ./'.j. ?' 11 :_~;l() !:.:r!.T3 C·f m ::'.'.!~)2 C-f m :1. l(i., 0 d~,-iq F '.,2 :l O r.::+ m 70" 0 c:l!:,;1q F **********************************************1************* No. Month Hour l ::: :::=.i '7 i (i {-)U~l .Jul ,Jun ~:;ep r-1uq l"la,/ ,Ju.l ,Jun ;::,::Jr· E)t~p l'700 :1.700 :l.'700 :1.700 1600 :l."/00 16(.)(l :l.600 1700 1.600 ZonF! Eif::.•n!=si l::i 1. e ('!"uns;) '.,:::" f.j,Fl ·"'I ":r ,/ ,t::. It •,.) (:) /i')f"I(·:·? rot.:€~, ( Ti::)n~:;) -~.,• I:"" r.::· ._:, "t •• J ... J :::::,, :!.? ~~!," :I. '.j ::::; " i. ) HP-9 '.:·;1..1j)p ,i_ ·~ i I J f" { C-f-rr,:, ! " .!. _.:· ·1. :I" :iJ.=) J. I' (_lf:J';:, .l. ,, .!. .. ",(.• '· ,, ·) I <'i (.,': I :1 / .. .· ·•.1 !. . i, _l :::: J , 1.1·,? I_ SINGLE HOUR LOAD CALCULAl"ION UUTPUT Aug 1700h: ZONE 6 (SPACES 6 -9) JOB Ntif'!E ~ :f. n T,, Sn (HELM) Df..HE: pi:;:i:;::p(.)Rl:::I) ~ iy~; ----:?1)--· :I. <:ii El"?' SITE NAME: CARLSBAD Californla 60501852.l LlUTDClClf~ DB/~1JB :: El L 0/ 67 .. 0 F :rnDDC!f~ DB ,1 7!'.l .. r.) F r-::1··1 :: .il-9 ::: ************************************************************ Zone Loads & System Informat~cn Summary pq 1 L.Of1D COMPONENT SENS .I: HI .... E ( B l:.u/h1··· :1 l...()""!'ENT ( E-:t u/1·11··) SOL..(_.)iF::: t::){) IN GLASS TRANSMISSION WALl TRANSMISSION hUOF. Tl·;:;:,NSM I SG I ON .. TRANS .. LOSS TD UNCDND. SPACE ! .... H:1HT :mG < 1. !' ~'540 ~,1 TU rn, ... ) err HE;:-\ EI....E.::C" ( 6:2::::::: l,11 TUTf'.)I....) PEOPLE { 42 PEOPLE TOTAL) MISCELLANEOUS LOADS COOLING INFILTRATION COOLING SAFETY LOAD E;;un--TOTf,LS NEf VENTILATION LOAD ( SUPPLY FAN LOAD <BHP= ROOF LOAD TO PLENUM LIGHTING LOAD TO PLENUM TOTAL COOLING LOADS TOTAL COOLING LOAD or· 6::::.'.'5 C·f m) o. '.?) CH'" b \I 'I.,,. :I. .I. !i li-~j(:;; l ·1 (:~ ·.;:~ ( i () !:~i 11 ::::·:!:;;!::.i :,::'. 11 :f. ,.:·:~ fJ :I. .I.,, 6U::::; () () (.) ~,?E:l !I ~:.::_:·/'() .,::: !l (_){::"":::, u 0 ::::::1. !' .l.!:'./j- :::::::'i'? ., :I. !,;;.qf t /Tons I., 266" rJO i:,-q·f t 'l :!. () :1 ,:_;>~::;r;: 0 1) u C, u ZONE TOTAL FLOOR AREA ZONE OVERALL LI-FACTOR 0 .. 111 Rtu/hr/sqft/F 1*********************************************1************* ·rt·· -:::1n~;;m:i. ss;:i. on 1,,1nr:i LOAD COMPONENT AREA (s.q·ft) DLA!::lEJ L.UP,DS: NE 0 F 0 SE 0 t3 0 m,J (l t,J 11 :;:, ,,,t,J 0 N ~;Z(> H 0 !\IE 0 E~ 0 !3E 0 f:3 () l::H•J 0 l,~ 17:2:: I\IL•J 0 f:)Dl ,::'lt"" (:),,:Ii n !.:) V E::>( j.! CJSUl•"' f.0 Tf\fiNl:Wl I DD I DI\! f:;CJI..AI~: f3f..) I I'-! (Btu/hr) (Btu/hrl (l 0 0 (l (:, ?(:3 :!. 0 ~')() 0 0 0 (l 0 (r :I. i, 1.f.:I.O 0 () 0 0 0 (l 6, 00.1. 0 :1.40 0 N 25 49 ********t*************************************************** t3 I !\l(3L.E HOUF< i....Cl?1D c.:(.)1 ... CUI... (-)T J C!t'-I ciu·r i:::-t.1·r Aug 1700h ~ ZONE 6 (SPACES 6 -· 9) JOB i\lAME: I .. T. ~;. ( HELl1) DtfT[ F'f?E::P()r;:f·:.D ~ 1) .. ~;----:?U···· :I. ':?!T/ i:; I .. ,.E N{1ME~ cr-:,1::::1...i:iBr-1D Ci::11 i + Dr·n :i. i.cl. (~)(i:::50:1. El'.:·'.i'.;:::. :!. Dl .... !TDIJDf< DBn,JB: tH. 0/ 6 7 .. 0 F" I NDCJUF;.: DU:: "/fl .. 0 i:=· FH !: l/J_;-, '.t'.. ****************************************************i******* Coil Selection Parameters CD I!.... l~~NTEf;; I NG t:i IF< Tr;:.MP. (DB/ L1JB) CDIL 1....EhVINC:i {1IF~ TEMP. (DEi/l,~H) COIL SENSIBLE LOAD i:·~o IL.. TDT P1L. LCl1:'..1D CODLING SUPPLY AIR 0TEMPERATURE --rurr-:,L COCJLII\IG C-fm u,,c:tuc·:d) r~-:i--1·(:!!. .. CDCJL.INC-:-1 C·fm (std. r.:l:J.1'·) C:CJOL.. I i\1(3 c+ m Ii;, q-f t RESULTING ROOM REL. HUMIDITY COIL BYPASS FACTOR /9.7/ 66.5 JRg r ~:.'i4. 6/ ~ji.) .• :I. dr-2q r::· ::::: .!. :• :I '.:'i (? D t u I h r · i!:2,, !jt.1-2 E!+:.u./1·,r--· ~::) !:5 :i () cl F~ q F~ .I.:• J::::,J. C·Fm J., .I '..?9 c-r: m 0 .. H9 r:;-fm/1,:;.r:·1-ft. t*******************************************************t*** HF:~(fT'H•.iG 1....Dr~,D 1.:nl ... CI .. J!.J-'.1 t .[(!!'-! UiJ I 1··u r ~ONE A (SPACES 6 ... 9) ,JCD NPiME: I. T. 8. (HELM) :Un TE i:::·1::;:i::J':'{)F;;r.:n :: ()::!: ... :,::':(!-.. :1 ;;··fl',i' ~3 ::: TF:-: IW-1MF :: C{)F~;L.ffOP1D C,,.,.J :i. -f c:Jl''Ti :i. ,,,\ 6')""iU I. 1:1!'.i'.?-:I. ~,j I l'-ITE1=:: DEH I GN .DF:Y BULB:: :q]. 0 r: J: /\ll.)UUI';.: I.lJ3 ''. 70 .. !) i::· ***********************************************************t HEAT I 1\1!:) I....CiPiD r;u1··11··J?1F~Y Note: Heating load is computed at wint~r desiqn conrlitlon .. WALL 'fRANSMISSIDN ROOF ·rRANSMISSION GLASS TRANSMISSION TRANSMISSION LOSS TO UNCOND. SPACES · INFIL..TF:;:)TION LCl!::>El m_J:) D Fl .. DOI:;: HEATING SAFETY Btu/hr HUB .. -TOT t1L. NET VENTILATION LOSS TOTAL HEATING LOAD HEP,TINC") SUPPLY Cfm (ac:tur.:11) . HEATING SUPPLY Cfm (std. air) HEATING SUPPLY AIR TEMPERATURE HEATING VENTILATION AIR Cfm HEATING SEASON ROOM DRY BULB TEMP. I ... D()J) (Dtu/hr .. '1 ::;·~ ~ ,:)t),s :I., f.<.?O 0 0 0 () 7 ~ 2:1.H ~,2 :·.2 11 :::; :~:r 1 :l.64 Cfm 1.61.f. Cfm l :1.0. 0 ch•q F (~) .~; ~5 r.; -f ,n 70 .. 0 deq I"" *******************************~**************************** No. 1 .1. ~.?. 6 7 lO Month _ .............. __ ,Jul ,Jun Jul ~Jun Au,;,i Piur;] ~1ul .Jun (1uq ,Jun Hou,,- :l.700 :1.700 :1.600 1.600 :i.700 1.600 1:::;00 1. ~7i00 l~.500 l400 M(~X.. ! ... Ut,PF Z cin f?. Elf.~n 1:;; ·i. I.:) l r;i ( ·rc:ini;;;) :.::: .. 01.1. Tr:lt'-11:::: 7 l.nnEi 1·c,ti'Il (Tnn£·,.) 4s (:(")" lj., (?{:, 4 .. ?'./ -4. c_;,o 4, (~19 4 .. g-; HP-to ( r..: j: f\'l .' 1.,. ·:<--:·::!, I.,. 71. -_;, :I.., ?(_>fJ :! .. , ; (·:·:,.: :I. . -'<;,·:: :1 ,, t/T-7 .I. :' bd:.::· :!. !I (1· ... ::::. .I. II {:°;)l~ l::i 8 I NOLE HOLm 1...CJ(U) CAl....(.::I...JLJfl' I UI\! OUT F·UT -:.1u.1. :l.700h ZCJNE:·: 7 ,.JOB I\Jf1ME :: I. T" \:3,, (HEU"!) J.)(.~i'T I::. i·=· i:;: E P n RI::: D :: ()'.2:-..... :I. D ·· :I 9 fl :; SITE NAME: CARLSBAD California 605U:l.851.1 OUTDOOR DB/WB: 8:1..0/ 67.0 F I 1,1:ourn::;; DD:: '?t:l,, 0 1,:· F~H ~ ,q? /., **l********************************************************* Zone Loads & Systam Information Summary pg 1 L..0(.H) CUMF"Oi'-.IENT ~:lEl\!f.:; J BI.. .. E < P+.:u/hr· 'l L..(1TEN'!' ( J.:{ tu./ I 1r .. ; r;oL..P1F:: f::iP-1 I I\! GL~SS TRANSMISSION WALL TRANSMISSION. ROOF TRANSMISSION Tf·U.;l\lf3. l .. DflS TU Ui\lCOND. f::1Pt,CF LIGHTING 5,448 W TOTAL) CiTHEI:::: EL.EC. :I .• 9~i5 i,J l UTf.)I...) PEOPLE ( 48 PEOPLE TOl'AL) MISCELLANEOUS LOADS COOLING INFILTRATION COOLING SAFETY LOAD r;uB .... ·TDTf4L~3 NET VENTILATION LOAD ( SUPPLY FAN LOAD (BHP= ROOF LOAD TO PLENUM LIGHTING LOAD TO PLENUM TOTAL COOLING LOADS TOTAL COOLING LOAD or 4.98 Tons ZONE TOTAL FLOOR AREA 7:1,:::5 C-fm) o. ::n 0 0 (.1 0 '?,, :::::4!:3 ·, 1:. 1:: / ,_J, .. J () 0 ~:'i'?" ?E/1".I· Dt.u/1·11"· '/!:VI, !::l ~; q-f L / T<::HF::- C? 1t 7 iJ.() :.:::, 4:1.El r) () u ZONE OVERALL U-FACTOR -0.057 Btu/hr/sqft/F ***********************************************************~ Transmission ~nd Solar G~in by Exposure L..tJ(.iD CDf'!F'iJI\IEi\lT hr\E::r-1 Tf-\{.~l\l!:3M I !3!:l I C)I\! !301....r:.:ir;; (3{.~ I 1· .! (s;q-Ft:.) NE 0 E 0 l::it'. 0 E1 0 Sl>,I 0 w 0 l\l~•J 0 N t:.<::o H 0 NE 0 E 0 C' .... ,.11=. 0 ~) 0 f:31.;,J 0 l;J 0 r,H\J (l N :~~:;·~ (Btuihl'") 0 () 0 0 () (J 0 20H 0 0 0 0 0 0 0 0 43 ( Dtu/1'11 ... ·) 1.) i) 0 0 i) 0 u 0 ************************************************************ . ,. BINGLE HC.lUF-~ I...Dt!tD C(.~! .... CULf'.~-,-I [lj\j ou·rr-::·u·r Jul 1700h ZONE 7 ,J DB Nt;!•1E :: I • T. S,. ( HEL.1'1) ).)(..Yfl:::: FF;:EP(:)F/EO ~ t::i'.:':--··· .!. El···· .I. ''i-'!:i? !:3ITE l\!hi"IE~ Ct~F;:LSBAD Cr.:\l i+o1'--n:'tc:1 60!'.50:I.El!'.5:?. J. Di . ..JTDODR DD/\;JB: B:I .• 0/ 67. 0 F II\IDDUn DB~ 7D. 0 F r:::1--1~ -'l-? o/,', ~~********************************************************** Coil Selection Parameters CCJ IL Ei.'-iT[I~ I Nf.-3 ti IR TEMF'.. (DB/ ~~B) C::CJIL L..EP11v'INt:l P,IR TEMP. (DB/lrJD) COIL SENSIBLE LOAD COIL TOT th.. L.O{YD .. COOLING SUPPLY AIR TEMPERATURE TOTAL COOLING Cfm (actual) TOTAL CODLING Cfm (std. air) COOLING Cfm/sqft 1::.:1:::GUL. TI l\l[i 1-,:rn.:w1 [·\l::L. l-·ll.Ji"'I ID I TY 79.2/ 65.6-deq F !:,:_-_; ,(.J, 11 t) / ~.=,i .<:j, 11 (.> d f?. f,::.j r:• 46 !' 6'.,:~1.-:i Btu/ht· !::',9!, ?fl.It Dt.:u../hr· :::-i!:.i .. 0 dE!lJ F :!. , ·7:·2:2:; C::f ,n J. !' ·7:·.;.;o c-f ,n 0 .. 1.1.4 Cfrn/~;;q-ft. ,!J.EJ ½, COIL BYPASS FACTOR -. 0.050 ************************************************************ HEiYI'" I NC::i 1,., U;:)/) L/ii .. 1:.,1..11....n ., .11.!!·1 UlJr r::·1_1T /UNF '/ J DB I\IP,ME ~ -I • T, 8,. (HELM) .un ., !:::. Pi·?E:::F·Y:,r;:FI.:.r :: (\5· .. :!. F!-··· 'I. C?H"· SI TE !\U~l·,.;E :: C()RL..SBr-~1D Cc:l.:I :r. .,: c:i 1• .. ·rit ,:·,1. ,'::i1Y.':.'.i0:I. FJ'."i::? .. I. hi I N"l"E:}\ DE:::E;r GN :OF~Y BL.!L..B ~ :::;H" () F J!\IOUC.,P IH:.! ~ /0. 0 F **********************************************t*****'******* HEATING LUAU SUMMARY 1··.Jot c~; 1-i~:?,:l tint;) J. D21c:i j_ s; c: c:1mp u t (:71cl ,,~t. \.-'.J :i. 1·1 t C-:'!!'" r:I F.·1!::i :i. (1 n c:: nn c:I .i. ti on., LOnD CDMF'Dl\11:~NT WALL TRANSMISSION ROOF TRANSMISSION GLASS TRANSMISSION TRANSMISSION LOSS TO UNCDND. SPACES INFILH;:ATIDI\I LDf.3S ,. f:iLr~B FLCJDH HEATING SAFETY Btu/hr SLJB·-TOT!:)I.... NET VENTILATION LOSS TOTAL 'HEATING LOAD HEATING SUPPLY Cfm (actual) HEATING SUPPLY Cfm (std. air) HEATING SUPPLY AIR TEMPERA·ruRE HEATING VENTILATION AIR Cfm HEATING SEASON ROOM DRY ~ULB TEMP~ ! .. C.1/.:1 o < nt,.t /hr·) ~:) !I ::::: !~) 4 ~I? ? ~I;·:~ :f. t.:J () ('1 0 0 '/1, BO:I. :,?~.), ().if.~) :.::;2,B47 :I.Ti' Cfm 117 C·fm :I. :1.0. 0 cit::iCl F' 71::~; C+m 70" 0 c:ltiiq F * ;j( *** * * **** * ;~* :J< * ** * *** * * * *** * ** * *** * *** * ** * * ** **"* * 4< ** *·:U * * * * 7 :!. .-:, Mr~;-:<.. L..Clti:c,r::; z Cl n E' u f:J n !'::· j I::' l E-~ Mo~th Hour (rons) ,Jul ,Jun -Jul ,c~uq (-~i_~-~ ~J Ufl .],_,_}, P1U\~l -..7~1.n ,Jul 1700 J.700 1600 1.700 1t>00 :1.600 1'500 1~500 j_ '.5•)0 1400 ~:::, •. r:;' 1-;, !::.i., [:~~-=5 6 .. n:1. ;5 rt <)<=? ~'.) .. ?O ~~) fl ()() ~:_::; JI </ l !:'.i. 1:3 :I. ;~ C)!\!I:::: f.:l ;:: C) r \ (-'.,) r ("") -1.. <:). !. 1.·r! . .1n,,.i /. 'i-H ? .. q.u 7., 4(:s '? II :.,.f, 7 .. 40 f'.~1..1. !-:~ r:> J. \ .· (, .I ! - ( f.:~.f (ii·, :/ !' (,!)f_) .:::: II !,::;{:;'1,:r ~P-f] SINGLE HOU!:~: LOAD C?-)1....CUL..(.'.\T JUN DUTF'L..1·1· Jul 1. 700h .JOB N{-\ME~ I. T. S. (HELM) SITE NAME: CARLSBAD OUTDOOR DB/WB:. 81.0/ 67.0 F DATE PREPARED~ Oi·-03-1987 California 60501852.1 I I\IDCHJF;: DB:: 7D .. C1 i:: f";:l· 1 ~ .i/.t? 1~ ******i************************************************i**** Zone Loads & Svstem Information Summary PQ 1 i.._C)(.H) ccw1eC)NENT f.i[::I\IEi I BI .... E ( t.l-1::t..t /hr··) l ... f.)TEhlT ,: Bt. u/ h I"" ;i '.3UL.AF~: [ii:'.·~ I i\l GL~SS TRANSMISSION L1JiV.'..L. ··fT;:A!'-!f3i'·I I 3f:3 I ON ROLlF TRANSMISSION TRANS. LOSS TO UNtOND. SPACE LIGHTING ( 9p612 W TOTAL) OTHER ELEC. 2~972 W TOTAL) PEOeLE ( 66 PEOPLE TOTAL) MISCELLANEOUS LOADS COOLING INFILTRATION COOL I NC3 !3f~i=·ET\' I .. Dr1D (:~U Ei --TC! T !~~! ... !3 t,!E:T \Jf~~!\!T I! ... ?:: TI [I!',! L..C!(..~D ~ SUPPLY FAN LOAD (BHP= ROOF LOAD TO PLE~iUM LIGHTING LOAD TD PLENUM TOTAL COOLING LOADS TOTAL COOLING LOAD (lfl4 C-f m) 0. '.5) 7. ~.i2 Tcms;; rJ1'· u 0 u B .. OEl:? 0 :I.U!, "1.4'.? :t t, ~ (,)(~~.:i 0 1) 0 :::; .. :·:,~.1:1. :I. J :' :! ,!:i4 0 0 ·7 l If ~:_:~ () :I. 7?0. 1. 1,;c1·1~t/Ton~:; ZONE TOlAL FLUOR AREA -5p943.00 sqft () u 1) () 0 0 (l .!. :::!; p 4 4 :-:~ () 0 (.) (_) () l.D!, ?b.i. ZD!\IE DVEF•:(-~L.L U·-·Ft-1CTC!f-~ -·-0,. ().ii.() D l:".u./hr / ;:;;qf -l.: ,11:: ************************************,*********************** Tl"·a.nsmi!ssicm ioi.nc:I f3olai' .. Ur::1in by E;-ipc)::';1.w·f::! IJl,:~1_1 Ci~J!"!f;·Q!\!E!'!T (-.)t,I:::() TnP1Nl::Wf I f:lH I UN ~:lUl....(.)P El{'.\ J hi l:HJ1!3!3 1...i:!l~.DS: NE i::·· "' H 1,JL1i __ 1 .. 1_i-11..~n~-J\!E F- SE s 53!,) (E.;q-ft) (Dt:u/h1··) (Otu/hr} 0 0 0 ,::1 () r) 0 1) 0 0 0 0 () 1) 0 (l ,:) 0 u 0 0 () 0 0 0 0 u u 0 () 0 (l (l 0 () r) () 0 () 0 N O 0 *~**************************************i************'*****f EI i\lGL.E HDl.JI::;; l...OnD C(-)1...CI . .Jl..(.:ff I UN OUTPUT .Jt.•.l :!.'?OOh ZDl\11::: 8 ·.EE.~ !\!(-:if-'!~:::: I • L S. ( 1-!ELl"'I) D(;TE Pl'?EP?~RED :: 04 .... 0::::; ... :1. (r87 S!TE NAME: CARLSBAD C~liforni2 60501852.1 OUTDOOR DB/WB~ 81.0/ 67.0 F INDOOR DB1 78.0 F RH: 49 % ****************************************************t*t***** Coil Selection Parameters f"'f"l T '-E:::!,!TE!::;: ! J\!(;3 (~ :!: 1:;: TEMP. (DB/ I;_!!:~) CDII... LE{:\VII\IG (-)If-:; TEMP. (DB/~1JB) COIL SENSIBLE LOAD c:o IL. TOT (.~L l..CJ!:\:() COOLING SUPPLY AIR TEMPERATURE TOTAL COOLING Cfm (actual) TCITP:L.. COCll...Ii'IG C·fr11 (stcj. air) '79.1/ 65.4 deg F ~54. 6./ ~54. 0 c:!Ei(,1 F 7:1.~~:)0:I. :etu/ln .. r;l()., 2l12 EJt I .. \/ hi'" ~:.);5.0 dt:-iq F 2!,1S'.:.'.i/.-) Cfm 2 1, 6~52 C·F m COOLING Cfm/sqft -0.45 Cfm/sqft F:Et=3UL. TI NG F(Cl()M nEL... HUMID I TY --4 7 1~ COIL BYPASS FACTOR -0.050 *******'****************************t*********t************* i"'·'l.:.f·;f I .I. h1l:i !....L.1(-lJ..! 1.... ;--ii. ... L..!. .. l•.:, 1 .:. ,. , '. ,_}• •••• ! i l I I <;:; J T~:. !'·!:-~ME: C:(::r::!.. .. '::;E_l(.:!i) C:,::\l :i. ·f u1 ·n 'i. r'\ (-,r:1'.5U :I ~:i/.i~/,, I L1J l i\!TEF~ DE~::) l GI'-~ Di=(·( DUI.. .. El ~ ::::;H. (l F .1: j\l).)UUR DH:; ·_:;o · (' r:· ***~******************************************************** HE{~TING L..U(~D' Sl..li""ll"'"l()nY i'k!t ~i: He:::'. t. in ~1 1 o,::tcl i s c.: c:Jmp u t: eel ,,,\ t h' i i-1 t ;:,-11---· d i?.-11;;; i ·;~ n c c:mr.l :'i. ti 011 .. WALL TRANSMISSION ROOF TRANSMISSION GLASS TRANSMISSION Ti::::Pd\JSl'"I I S!:3 I ON I .... Clt:1Ei TO UNCUN.D,, ~,F·t)CES I i'lF' I I_ T!:~::!-":1T I DN 1 ... 08!3 !:;LriB F·:·L..0CJ1:~: HEATING SAFET~ Bt~jhr f3UB .. -TDT f:)I... NET VEN-rILAlION LOSS TOTAL HEATING LOAD HEATING SUPPLY Cfm (actual>· HEATING SUPPLY Cfm (std. air) HEATING SUPPLY AIR TEMPERATURE HEATING VENTILATION AIR Cfm HEr::yr I 1·--iG E;Ef:)SC!N rmm•1 Df;~y BULB TT:l"IP .. I .... Uf.21.0 ( Ht.u./h1· .. :> (l 7!,607 0 () 0 0 0 4:2:, :1./:.::; :1.7~~; C/'.m :I . .I. o., 0 cir:iq r:: ~?f:l4 c+ m 70 .. 0 c!r:-~~-t F ************************************************************ ···-••.11..• i\10 .. Month HCJLll'" ---·--.. __ .. ,.,, ___ _ .. _ .... , ..... :l ,Jul :l.!::iOO :;;~ ~Jul :I. 600 -_::-.J, . .-1.n 1 ~3(1() ,:~ Jun 1600 5 f~' ... ~ ~~ 151:,1) 6 f1u1;) U:iOO ·7 -}!..tI 141:,1:1 E3 J1.Jn 1400 9 .J ,_\J. 1. -:;,,:,,:1 10 Q aun 1700 iv/(.:~ X. I n ·, ···· c·, . . ....... f-1.l.) •. , " , '1 t , ... ,.., Zone Sen;i~l:-·L 7 ("Tunic:) ................................ ·:~ ........ 1./." .l'.j . .i./. 4 .. :·:~9 l!. ·· ::::~E1 i.~ •: ::::;::~; ij, II ::~:(:t 4 .. :::::1.1. t:J.11 ::::;::::i l:1." '?$·:~ -~1-.. --::,1,, 4 n './(l ( __ HF'····· :I.:.::: ) LLll""lF'! ·r Dt,s,\J. ( ., .. DI l 'c:-) ................................. :.5u :?:/ ;;;in? :l i_:,::_i :· :·:?() ~::_i :t :L ~? ~':i., .I. 7 !:5" :!. f./. ~:) n j_ .f.!. !.75" :f. :·,~: ~:.'i • .I. J. ~IP-IZ- ~:J!.ll.Jf:,.!. '·' n:i , .. ([-/:Iii 1 _i, I' •:. l:,.j::~ :I. II (?{1.::, :I." '76:1. :I. :' '? ,1 ,,,_ "I.!' 7,'.,. i. I ~ r:-::::, ,1 .!. !: .:?::~: .. ::; !. II ,•:p ':~ 1j .I.!' 91. / '.:3 I NC:JLE HOUF~ L0(.'1D CPil .... CUI..JYf .I: Cll\l CH..ITFUT Jul 1500h ZONE 9 ( HP-12 > JOD !\!AME: I. T. S. (HELM) D(.:)TE p1::::J·:::P{)R~:::D: 04··-·0.::; .... !. r:?H7 SITE NAME: CARLSBAD California 60501852.1 OUTDOOR DB/WB: 83.0/ 67.0 F INDOOR DB= 78.0 F RH: 49 % ************************************************************ Zc:ir·1 e l....cl.-::,cls 81. E:;yst E~m I n·J: m-·mc:~ t: i c:m Humm,,,11'" y-r:i q .I. L..CJ(.)D CUMPDNl::NT f:lENSIDL.E <Htu/!·11--·) l ... r.t·l"EJ\IT ((·:1t:u/h1.-·) SUI ... P1P (:)(:)IN GLASS TRANSMISSION WALL TRANSMISSION ROOF TRANSMISSION --ri:~:(-'l!\!~~ _ L .. D'.:1~~ TD UI\ICCJND. L_ I C!HT I MG OTHER ELEC. 1?866 PEOPLE ( 33 PEOPLE MISCELLANEOUS LOADS COD!._ I NG I J\.IF I L.TnP:!T I ON COOLING SAFETY LOAD ~:1ur~~--TDT (.~!-~3 NET VENTILATION LOAD ( SUPPLY FAN LOAD <BHP= ROOF LOAD TO PLENUM LIGHTING LOAD TO PLENUM f:,Pf.)CE l;J TOT f.:)l. .. ) ~\I TO ·u.:iL.) TCJT(.~L.) ~50:1. C-fm) () II ::::r) u ,q !I f)[ll:) ?:I.? 7Hd i'~) !I :::::t:){:;> 0 !.,J-'? !' 7 :I. :I. 2, /;·.'5:1. () 0 1) r) 1) (i 6. H1fh (··, ... · 0 () /:," H.f.!.h :?? 4::54 0 0 (l -··-............ _.,_ .............. ----··-...... _, ______ .... ,_,._ .. _.,.,,_, .................................................... -........................................ --~···• ... ,_ ........................ _, ............................ . TOTAL CODLING LOADS TOTAL COOLING LOAD ZONE TOTAL FLOOR AREA 1::i~:'. .. <~:?.I.I. Btu/hr' .. '/:1.!:'.'i. :I. !=,;q-ft./Tnn,a; :Z C)I\IE C)l/EF::tii....l... U-.. F tiCTDr-, ,_.. u .-Ub? EH.:. u / h , ... / !,; c1-f t / 1:~ ******************************************t*********t****~** Transmission and Solar Gain by E~posure L..CJ(-H) COMF'C!NENT P1F~E{-) TF~t)!\IEM I DD I UN f::,UUm [:i() I I\I ULP1SS U.l?~DS ~ I\IE E !:lE If/ J\.IIA) !'-! H r,..JAL..L LOi'.-)DS: NE E ,.., ;:J S'."·' (!5c1-ft:) (Htu/h1··) (f.Jtu/hr·) 0 0 () 0 0 0 (_) 0 (l 0 0 0 0 0 0 !) 0 (.') () () 0 u 0 D • .1.96 N O 0 ************************************************************ SINGLE HOUR LOAD CALCULATION nu·rruT ZONE ? ( I· IP····· :I.::;~ ) DATE PREPARED~ 04-03-1987 SITE NAME: CARLSBAD California 6050:1.852.1 ClUT:ODUF, DB/1;,IB~ El'.~:,. 0/ 67 .. 0 F ]:j\H)C)l:Jn OB:: 70 .. 0 F m-·I:: V? ?. ************************************************************ Ceil Selection Parameters C::::Jli.... FNTEF<ING AJ.F~ TEMF'. (DB./i\lB) CU I I.... LE(-'1 1v1 I r,JG /'.\IF•: TF.:::MF'.. ( DE</il/D) LOIL SENSIBLE LOAD CL] IL. TCTP,L.. L.O{~D CODLING SUPPLY AIR T~MPERATURE . TOTAL COOLING C~m (actual) TOTAL COOLING Cfm (std. air) CDClL.[ND C+rn/s;q-ft RESULTING ROOM REL. HUMIDITY "/'S),, ::::;,.-·· 1::),:1. u ·;.r c:IE·~O 1:::· i:5 /j .• I::, l ~:) .lJ. • 0 d (,;, o r,:· :''.) :~:. ,. :.::: ·;;;-: 4 B t t .l / I ·i r· 62 .. 621.!-Bt:u/h,,- ~::i5. 0 df,'C! F :1. ~ c?6E:l c-r: m :L 1, ?b::'i C·f m O .. ::5:3; C-fm./is.qf l: COIL BYPASS FACTOR -0.050 ************************************************************ HE(i TI NC::i L..Ur--LD cn1 .... LUI .. J) 1 J. un Ul. i IT·'I..J"! Z Df\lE c:? ( I· !P··· :I.:? ) ,J C))J Nf~,·IE .: I • T,, !::. ,, ( Hi::L..M) !.)(1 fE r=·1 ;;!::Y:'?'iRFU :: 1) l/ ..... 0.·:; ... , :1. ''?H / ~:; I TE N?~iME :: Cf'.:1F:LSBc--;D C,,,d. :i. + 01 .. ·n i -c:1 6cX.',i!) !. r;:i~::;:2., .!. t1i:f.l\iTER DE-:SH3l\l DF:;y Bl.ii .. .B: ::::.El .. 0 F INOOUr:;; DE!:: 7C1,, (1 != ***********************************************************t HEhT I NG I...Clf,:1D f:31.Jl''!MP1f-f{ I\Jc,t e: H1'2c:\ t j_ l"l (l } Clc:\d :i. S C: Dmp U t ec:I <::\ !:·. 1/·J :i. n t E•J•"" c:l Ei!::; :J. rJ l"l C: ~:Jf'l di I.:. i, 01·1,, WALL TRANSMISSION ROOF TRANSMISSION GLASS TRANSMISSION TRANSMISSION LOSS TO UNCOND. SPACES INFILTRATION LOSS ~,Lt1D FLOUF, HE(:1 TI NG E;P1F~ET\·· Bt: u'i h ,, .. r.-;UF3 .. -TCJT hi ..• NET VENTILATION LOSS I .. Cll-'lU ( Ht: u / h 1···) () ~::~ !' 7 :211 :I.!' ff?:!. 0 0 0 c;!,::U:A :I. 7 ~ t,()il -----.------------------------------------------------------ TOTAL HEATING LOAD HEATING SUPPLY Cfm (actual>· HEATING SUPPLY Cfm (std. air) HEATING SUPPLY AIR TEMPERATURE HEATING VENTILATION AIR Cfm HEATING SEASON ROOM DRY BULB TEMP. 26 .. 86i:l 21 l C·fm :.;~ 10 C-f m :I.J.0.0 d<,:~t1 F !':50:!. Cfm 70,, 0 dt;,~c) F ***********************************t*****t****************** ZorH-:-i G1::inr::;i b I. c-:~ !''k::. !''!e:nth Ht:1 •• \r ( Ton!r:,.) 4 -~! ul Jul Jun t~w;,1 Jun ,Jun ~Jul ,~)ug (~~--~'~ ,:iul J.6r)(l 1700 1'1:>00 1600 1700 1500 l. ~500 1700 ;l 5,:H) :1.400 t:J." ():,? (:,. II ():=.=,) ::::; II <:;.'lJ .,~,. It ()~;t 1.1 .• O? :~:; II C?j_] :2:cinr.·? Tnt,"\J ( ·r Dl"l!:i) l.f.09 .q." fl7 4 .. ff/ 4 .. H7 4. i:r'"i 4 .. l::l:'? . 4. 7t3 \::lU!'.)D J. V (,).J. !" ((...-{:in.1 .I.., H l.'·-i" :1.,,H.1.5 I. !' El!.:::: :I. .. f:1(17 .I .• 5:/(1; :I. !1 7r?r·? !. ir ~=~ I) ~:, .I.!' /'.:;,7 :I.' "i 9:}, :I.~ '?7 I. ::;; I MJL.E HClt..Jr-::: U:J(.rn C(.!1L.CUL.(~ TI (]!',.I LJl.J!TUT Jul 1600h ZONE 9 C HP-13 > ~JClB NAl"IE: I. T. f.i. (HELM) Df-'\TE Ph'.ET'f'.)Ft'.E.D ~ o.r.~ ... -o:::. .. -:I. (:i-'f::r.7 SITE NAME: CARLSBAD California 60501857. l CH..ITDDCJf-~: DB/WB: 8::2 .. 0/ 67 .. 0 F H'-II:JUUR DO:: /U., 0 F~ f~'.!·I:: ,1.'/ ;.'., ***********************************f********************t**« Zcini::~ l.02~c:ls 8~ f3yst<'::>1Tl .[n·fn1··mc:1t:i. 01·1 du.mrna!'"'/ !:l(:) :!. 1.. .. IJ(H:J COi'-'(PCJNEl\l'f f.H::J•lf-:iIE<I. .. E(f:H':u/h1· .. ) l.. .. (YTl:::l--.1'1' (l;'-1l:1 1/h1··) 1:3 DLJ:-i r,;: i:1 (:i I N GLASS TRANSMISSION WALL TRANSMISSION ROOF TRANSMISSION TRANS. LOSS TD UNtOND. SPACE LIGHT I NG ( 7 !' 003 ~,J TUH)I....) OTHER ELEC. 1~867 W TOTAi....> PEOPLE { 33 PEOPLE TOTAL) MISCELLANEOUS LOADS COOLING INFILTRATION COOLING SAFETY LOAD :1.:::::0 n 4~ '/4'.? () 1;::: ~::; !' "-? () ~2 t:, !I :~;;7•lf, 1:/., Of:V!· 0 u 0 f) il fl 0 (~ ------------------------------~---------------------------·-- SUB-TOTALS NET VENTILATION LOAD ( SUPPLY FAN LOAD (BHP= ROOF LOAD TO PLENUM LIGHTING LOAD TO PLENUM 49!.:'i Cfm) 0 .. :2:;) .f.f. ~:i ?' cy ~:5 :::;; 2!' j_';'l!, 0 0 (:) !' "/:{)t.j. ::~; !I {) ,(j. :::~ (l u (': TOTAL COOLING LOADS TOTAL COOLING LOAD ~5f:l .. 7:~::o Bt: u. / 1·1 , ... or 4 .. 89 Tcin~,:; or ?63 .. 2 ~sc1--Ft/·!·cini,=; ZONE TOTAL FLOOR AREA -3p735 .. 00 soft ZONE O'v'Ef::ALI.. u--FACTCJH ..... (),.(li.l,U Btu/h1·-·/i;;;q(t.1r:· ****************************************************'******* Tr~nsmission and Solar Gain bv Exposure L.Of-)D CUMPDNENT GLP1EiS LClr-ms ~ I\IE E t,,.J !\![•.I 1\1 , •• 1 ~~(-'.\L.L. t..ur-ms :: NE r SW If! Nl1.J. Af:::E:A (sq-ft) 0 () () 0 () 0 0 0 :30 0 0 0 0 0 0 0 (Eltu/h1•·) 0 0 0 0 0 u () :1.::::/.l 0 0 u 0 () u u N O 0 !3C)l .... f-·ir:;: Gti 1 hi (Btu/hi·-·; 0 () (l () ************************************************************ d I NClU:": l··IDUF~ 1....ur-rn C(.:11...CUU-) 'T .I. Ul'-1 ULJ!PUT ~f u l l bOOh ZONE <-:; ( !··!P ..... :I.::~: ) .JC.!B 1,1f'."~l"!E :: I. T" ~;. ( HE~I....M) D(Yr E F'!?LP(-)! :.:ED r. c).t! .... O'S ... .I. ,:_;:,p 7 b I TE IW:)l"IE ~ Ci¥~U3B(:iD C,,·d i ·F 01'" l"l i ,,.,\ l:)!Y'.:-iU :i. H:::'i2. l DUTDOOF~ DE1.11.,/f:l~ El2. 0/ f..1'/. 0 F JI\IODCJP DD:: -::''H,, 0 F i::::f·I~ 1F.,' '.\ ************************************************************ Coil Selection Parameters CD IL ENTl::.F: I ND r:) IF,: TEl"lr;,.. ( DB/i1 • .IB) COIL. L.Eh'v'ING (.)IF~ TEMP. (DB/~~B) COIL SENSIBLE LOAD COIL TOT:qL LO{~D COOLING SUPPLY AIR·T~MPERATURE TOTAL CODLING Cim (a~tual) TOTAL COOLING Cfm (std. air) CODLING Cfm/sqft 1::~EtlUI.. TI N[i F{OCWI m::l.. HUI•'! I .D_ I TY '/9. :I./ l:!4 .. 7 ,::1,:-:·!t:l F ;'.':iii • 6 / ~:'i4 .. () d f'.·:!O F 4l:l. 9.?4 Fl-!:u./h1•" ~:5f::l !' 7::~;o D-1...u./hr· ~::.i!.:5. 0 d !',1Cl F :I.!' El :I. 9 C-f m :I.!' l::l.1.6 Cfm 0 .. 49 C·fm/!'::.qft COIL BYPASS FACTon -0.050 ******************i***************************************** HF.::Jff" I !\lb l.,_l,i('d.J C C--:,1...U __ II.JYJ :1 UI\! 1-J)l I j F !.,Ii zu;--,11::: ? 1--1i:::-----.1. ::!-) J DD N1:::1Mr::: ~ I " T" ~3" ( HEi ____ M) U(-H f::-Fl ;:FrY:.F•-:FU :: i_.l <-!-----€)."::----_!. ,-:lE{ / ::3 I "l E l\l {WI E ,:: C {.".i r,:;: L.. E TJ AD C/~ 1 i f cw-rt :i ,-'-(~~ U ~:~ 0 I_ El'._:,:_;? --I_ t,,1 I l'-!TEF;: DEE, I GN Dff'r' DULB :: :},Ei. 0 F I N!_:1UDP DD;! 70 .. n F- * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * * f i * * * * * * 1 * * * * * * * * * 1 t l t Note: Heating load 1s computed at ~inter-d8siqn condition. WALL TRANSMISSION ROOF TRANSMISSION GLASS TRANSMISSION TRANSMISSION LOSS TD UNCOND. SPACES INFI~rRATIDN LOSS E;L.(~B 1::-LDOH HEATING SAFETY Bt~/hF EUB·-·TCJT?1L. NET VENTILATION LOSS To-1-AL HEATING LOAD HEATING SUPPLY Cfm lactualJ HE;-)TII\IG E;UPPLY C-fm (std • .-::1:i.r) HEATING SUPPLY AIR TEMPERATURE HEATING VENTILATION AIR Cfm HEAl-ING SEASON ROOM DRY BULB TEMP. 0 0 0 0 (i 1::·· .. -r.,r .. , \.,J tt / / .. , .1.:::i;:1_ C-fm :1.j:I. C-Fm :l_:1.0.0 dE1p F~ 4?::'.'.i Cfm 70.0 clPq F ************************************************************