HomeMy WebLinkAboutCOMCHECK - 05-00099 - BYUI Snow Building - AdditionMA Yl "1 0 2 0 0 5 1 : 17PM
NO. 389 P, 1
%MFax Transmitta 1 GkEms1000
Sputh Mein Street., ui
e , S te 100. Salt �ak@ City, Utah 84101 t 801-532-6100 # 801-532,6102
ra. Jahn Barry, City of Rexburg Date., 05.10.05
ff
Fax No. : 1,208.359.3024 Pf4q!Cf--d BYE Idaho Snow PAC
Remodel/Additionfrom: Joe Smith, GouldEvans Protect NQ.: 0903-250D
CC: `/al ChrlatensenClty Of R.��bl��[� fYO.4f P�,g�S: (including this sheet)
Subject Energy Calculations for project
John,
Please find attached the energy 0aIcufations for the envelope, mechartical, end eiectricai design dor the
BYU Idaho gnaw building remodelladdition. Thanks and please let me know if yon require any
additional copies or inforr�atiDh.
Joe
rahi to C to re P! a n n i n g g ra phi d e s i g
1M 1002:00 Phi Pagts i of I
MIA Y. 1 Or 2 0 0 5 1:18PM N0. 389 °,
velope Compliance Certificate
2003 IECC
C 0XIch eck-ZZ S ofwareVersion 3. 0 Release I a
DataSlenane: J:\Work\lobs\38281eng\ComCheck\SnowBuildiag.eck
S ectiion �: Pro` e ct Information
�'mjee� Name: Elea � Snow Add.itiola
BW Idaho
515105
D�sig,�erl�oA�or_ Gould Evans Amhi#ect (8Q1) 532-6100
Hmth Enillewng Meebanical (801) 3 22-04 87
Payne Engiuetring Electrical (20$) 232-439
Sahara CDnstmctlen (8(}1) 295-7724
Domment Author. Heath Enginming
Y
IL
Section 2= General hformation
Building Location (fir weather data):
Climate Zone:
Heating Degree Days (base 65 depiees JF).-
0001ing
DegTee Days(base 65 degmes F):
Pro� ed Type:
window 1 Wall Ratio:
91.4 m
School
S e crux► 3: Re qui re tue m ts Che ddl st
RexburZ,
Idaho
16
8693
143
Addition
-0
P=it Number
Checked Sy/Date
36342
Bldg -
Dept. f
Use j
� Air Leakage, CGMPOneut Cerdfjcafion, snd Vapor Retarder Req u i remen ts
1. A11 faints and penexations ars caulked, ;asketed, weather-stpped, or otheiNvise sealed.
i ] � 2. 'Windows, doers, and skylights eez4fied as maetzng leakage requil'emm#s_
3. Compment R --values & U-factoTs tas ceztifecl,
[ ] � 4. Stair, e1ev4ar shad vmts, and ❑ffier d=pers integral to the bjj-jd--nb envelope are equipped
� with matvnzed dampers.
[ � � 5. Caro doois and loadincrp dock dears are weather sealed.
[ ] � 6. Rvicesscd lighting 9mures are: (i) Type IC raked and sealed or gasketed; or (fl.)instaiied inside anI
appropriate sir -tight a.�scrnbly with a 0-5 ]'Inch clear frr�rxa combustible matcrials axed
( witb 3 anches cles=ce Jom lz;sulatian rnaxcrial.
C ] I 7 BuiZdin� �ntr�ce dors ha�re a vestibule and equipped with clo,ing devices.
�
ExceptiQn�--
lay. 1 o. 2005
y
I : 1 8pm
ho
Railding entrances WItfi levotving dooms.
Doves that open directly from a space le*
8 than 3000 fit. in area,
j
MA
Y1
iU
1 0 0h
PM
Climatem-Spedfic Requirenwou
Hent N
�vtl' n
Roof zo Other
North ExtenOr Nall 1: Metal Frame, 1611 O.C.
COMMIgrats-
w1ndow
I: Metal Fi=e wzrh Thermal 13mak0oable Pirie
Clcar, SI3Ce 4.x-4
Comments:
East Exte�or i�Liall 1:1VI�taI k'x�m�, 16" v. C.
CQMMMts:
Window I.- Metal Frme Nvith TheTmal nreak:Double bane
CIS, SHGC 0.44
COMMMts:
S outh Iftrerior W41 1 --Metal Fmme, IF o_c.
Comments:
Window I : Metal Fx�.�zxe �t�i 7her��a.� B�k:Daubie Pane
Clear, SHGC 0.44
Comments:
West aftedOr Nall 1: Meta. Frame,, 16" o. c,
Comments:
Window I : Metal Frame Nkth Thcimat ]Break,.,Double Pane
Clear, SHGC 0.44
COMMeLts:
Dooz 7.: Solid
Comments:
Floor 1: Slab-On-Cyrade.CTnheated, Vertical 2 fr.
(a) B Wig t LT -facto jrare used fur s o ft�vlin
� Ve Y ape PASS ES : Design 13 % b etteT than code
S ecdoxx 4,-, Compliance Statement
Gross
29241
Cavity
-ValuqN
1.0
344 —
6590 1.0
M%
6037
1.0
106 --
2016 —
Z6 qZ5
#Clof�o Zi9(9 —7
lk'0.39; P. 4
Cont. Proposed Budget
X -,V. --Factor JLjr
6-.5
6.5
6.5
0.033
0.105
4.554
0.550
0,047
0.067
Q.520
0.067
0_52a
0.112
l P�G w] D609 -b ,
Zak � 3 1�T
The Proposed envelope design represetated in this document is cOnsisrCnz with the buildartg plans, speciffcations and otbeT
calculations submitted with this p=it application, The, proposed enveloge system has been d _rnod to meet tie 2p03
IEC Rquimmcnts is C OMCheck-EZ Vasion 3. 0 Release I a and to complytivxt� t�i� mandatary requzrez�ants in the
ReqWrmicnts Checklist.
�S�N �'LiNr .SNIT
PlIx-nel-pal Envelope Desigpa-Name
MAY. 10.2 0 05 1:18PM
h0.389 P. 5
Me ch aniical COMD��ance Cert Cate
2003 IECC
C ONIth &k -EZ S c) ff ware Ven I o n 3_ o R eL I eu e I a
Data f I eMmle: T�IWQrklJobs13 $28let]g1ComCheokl5npw $uilding.txk
Section 1: Proj'eCIL, Jnforma.on
Project Nmne- Eliza R Snow Addition
BYU Idaho
515!05
D esi p er/ C Qxxtr= 0 1--- Gould Evans Architect (801) 532-6100
Reath ling�nee�'iag Mwhauiczl (801) 322-0487
Payne EZXgIneCrin& Etectdc,`d (2'a'03) 232 39
Sahara Construction (80 1) X93-7 24
Du=u Aurhor;Heath Fngvae�=n&
CEK & AJP
S ection 2: General hformation
5-uilding Location �f�r weather data):
C�imace Zone:
Heating De�eQ Days (base 6-5 degxoeg F):
C001ing Degree Days (base 65 degrees, F):
Project Type:
Section Mechanical 3: Systems his#
21"M tit
5
ao
I
oft
Lit. T
Rexburg, Idaho
16
5693
143
Addition
Permit Number
Checked By/Date
RVAC System 1: Heat: Hy&onic or Steam C oil j Hot Water I Caaling: Hydxonin f oil, Capacity ;>-240 -
<760 Ow/h, Air-Coole(i Cc)ad=er ! Single, done
HVAC SYst= 2: Heating; Unit Heat=, riot Water
Pant I; COQ111icy- Watcr CibilIcT, Capacity >300 tons, Condenser Air -Cooled, Standard CLntrifuga1 Chiller-
leavIng chilled water tempmture = 44_0 deg. F, enteric condenser watcr temperature w.- $5_[}, comdmser how
rase = 3 gpm/ton
Section 4.- Requirements Checklist
13idg-
]Dept.,,
Use
I Requirements Specific Ta. U87AC System x
J I _ Balancing and pressure test conmectians an all hydropic tuna,[ &.vices
� 2. lntegnaiW air eccanarnizor required
l 3. Separate hay and cold water supply and returns
MAV,
410,
2005
I
1:18FM
RequIte'nents'r
:Specific To: HVAC Systern 2
1, $ �Iancing and pressure tit cvnnections on all hy&onic terminal devIces
Req'uiremeuts Spedfic To: Plant Y
2. Equipment minimum e:ffcaency:
Chiller; COP >— 18 Ow IPLV >= 2-8 0
N0. 389 p,
Generic RcquircInents.; Alust be niet by all systems to which the Muirement is applYcable
I - Load caluulatians per x997 ASHRAE Fuadarnmtals
2- Plaut eqUIpMer t and �ystcm capacity no greater than neiw:kded to zmee loads
-
EXCqtion: Standby equipment automatically Offvvlien primary system is aportinQ
-
Exception- Multiple uDit$ controlled to sequence operation as a fmajon f jo-ga
3. Nlinirrz= one tempe=vte Control device per liystm
4,- MinIMURI orae humidity cMn01 device per installed humiddcat-on/dehumidifi=ion system
5_ �'hernl4static contra�,s has 5 dl -,6, F deadbaud
- Exception'. Thermostats zequiring manual changeover beMre� heating aid coaling
6- Automatic Controls= Setback to 55 deg. F (heat) and 85 dig. F (cool); ?Aay clock,
2 -hoax' occupant override, IO -hour back-up
-Exception: Continuously operating zones
Exception: 2 kW demand or lest, submit calculations
7-L Automatic shi4t-ofd peri v -a exhaust systems and supply systems Nvir:b airflow >3,000 cffn
8. Outside -air 5auzr.z for vGn.filaTian; system capable afzeducsng OSA to required minimum
9. R-5 supply and retum air duct insulation in unconditioned spares
R-8 ;UPpIY and acetum air duct insulation autside the building
R -S i�ulatzon between ducts and the buildixig extft;ior when ducts art ofa buildiw4 assenbly
- Exception: Ducts located Within equipment
F'-Xr'ePtIOXt-- acts WA'rfi interior and extedar tempmatwle diference not exceeding IS dei. F.
14_ D-uctz sealed - longitudinal seams on rigid ducts; transrrme smrns on ail ducts;
UL Y 81A or 18 -IB tapes and mastics
Exception: Continuo-usly weldtd end locking-typG longltL7dinaj ja�ms Md seams on ducts
operating at static pressures less zhan 2 inches w.g- pressure classiffc3t.lon
11,
Mech=
Caurtn ution equipment
Cal faste�uers �d sc�lants used to conne� ducts and air-
Hot water pip insulation: 1 in., fDr pipes <��_5 in_ and 2 in. tr pipes X 1. 5 in.
Chilled water/ref!ge=tlbnne pipe insulation: I pipes e=1_5 ix)- and 1_5 in, for pipes X1.5 in.
Steam pipe ins'alation: �.5 in. ��r pipes �=1.5 gin. and 3 in. Ibr pipes X1.5 in.
Exception: Piping within HVAC egtupm=t
- Exception: F�,axd t=peratures between 55 and 105 deg,, F
aceptian: Fluid not heated or cooled
Exception: Runo-uts e4 A in lmgt-h
13- operation and maintenance manual provided to building o►vner
I4. BaImcing dei, -ices prvwid�d in accordance wztb :LMC 603.15
15_ Chilled waTer disudbution systems >=600 ntWh must have one afthe :blloArinb:
a) canuvls that rl�*et �ugply wat(tr temgeratur+e by 25°fa of Supply/return delta T
b) mcchanical Of electrical adjustab] e -sped pump drive(s)
C) two-way valves at all heating coils
d} Tnultsple-stage pumps
Q-) Other sYsxcm controls that reduce pump how by at Imst 50% based on load - calcalati�ns required
16_ Chilled water distribution sy�fiezns �=300 ntufli must have one of the following.,
aj controls that reset supply water t�rnperat� by ZS�� ofsupplylre°turn delta T
b} rz�erbanical ar �Iectnr� adjustabterspeed pump dnvv(s)
0 M►p -'L�►ay valves at alI heating pails
d) multiply -stagy pumps
r
6
MAY. 200� PM
. _ NO., X89 P. �
atIxeT system controls t -hat reduce pump how by at feast S0% bayed on load - calculations
( ) j
17. Stair and elevator sha$ vents pare equipped with motvxized dgmpw requir�d
� ] � 1S- T C'PiP C Systems not Used
Section 5*RP C OMPI "iane
e Statement
The proposed mechanzcg des 1= zePresemted in this dacwmmt is cvr�i�tent with the bu-Id-
OtheT � lane calculations �ubmitte� t�►i�th this permit appliesion. The proposed m�hanicat S�rst�,ris bave been des��.nd
the X003 ECC regtux�naents in C41�che�ck-E� Ver�ian 3.0 Release Ya and to comply withthe m�nd�o ��� meet
tjIC R.cquJr=cnts Chevckh-st.. zY � en s in
L -a e0pop
L>
Principal MechBnxM DesiguexName S i- gn atare
0
Dat Lw
UTAV. i0. 2005 1:19°M
NO., 389 P if 8
Mechanical Requirements Description
2003 ICC
CoMch'?ck-EZ SOflw= Version 3.0 R4ease 1a
Data filename; JW\WQ&Vobs\3828\mnrlComCheck\S VML
Building.xk
Thi k1lowilmn iist �r��ri�des more detatlad description pfthe r�quir=mts in Simon 4 offihe Mechmical comnIiauceCc�ti��.t�,
Requirements SP ecific To: HVAC Sy�t-� �
1. Hydrollic heating and cooling coils must be equipped with a way topr�ssure test connections 2md easure and
balance water ff ow and pressure,pressure,m
2. An intQgated air econvrnizer-�s required fDr individual coojir�; systems over 65 kT3t&h in the selected climates Au
izltegmed economizer allows szmultanevu$ operation ofoutdoor-sir and mmhanica[ cooling -
3. Fan systm f=1jAaj units must bavt sepmte hot and cold water 3uppiy and re= piping,
Requlremcfl ts SP eaific To. RVAC System 2
1. HYdxonio heating and cooling coils must be equipped Nvith a way to pressure fest c0nnectz0n5 aud measue and
balance water how and pressu]re,
RequIrMeDtS SPedfic To. Plant 1
T _ The 9peci]6ed heating and/or coaIirkg equipment is covered by tete ASI .E 90.1 Code and mist meet txae :bUowitg
rxyiUiMUrn efficicncy, Chiller: COY �= 2,,80, 1FLv >— 1.84
Generic ][.tjl�quireme�t�; Mixst be met by all systems to which the "direment is appIicablc
I. Design beating and ceoling leads for the buildazg must he determined using procedures equivalent to those in
Cbaptm 27 and 23 Of the ASHRAE Handbook ofFundamentals or an apprt�ved ec�uir�alent calcul .inn procedure.
2_ All equipment and sYsTems mint be sized to be no greater than needed to xn.eet calculated loads. A sinie piece of
equipment providing bosh hating andcooling must satisfy tis provision for one Lncti"on vv1-th the capacity ibj- the
atber fimetio'n assmall as possible, 4VI-thin available equipmmr options.
-- Exception: The eguipnamt -ndlor system capacity may be geatc� tin. calculated loads firStandby poses,
Standby equigznc�t must be sutomatiCaily contTQ11ed to b e offwhen the primary equ pxaent aizdlbr system is opemting.
Exception. I�vlult�ple ux�,it�s of same equipment type whose combined ca�aaties exceed the eatcul�ted load ars
a11awW iftlacy are provided with controls to seyu�,c� �p�tion of the units as the load increases dr decreases.
3 _ Foch heailn'g or cc+n�ir� system, ,�e�vzng �, jingle zone must have. its Own t�tnp�e control device,
4, Eack� 4=1-dificat-an syat= must have its otivm humidity control device.
5. Thamostats controlling both heating and cooling must be capable of maintaiuzng a 5 degree F deadband to range of
t�rnper3xure Nvhese no heating or cooling i� prodded).
- Exception. Deadband capability �s not required if the th�.mostar does not have autamatzc �han�eov�r capability heating and cvoliz1g_
6. The system or zozxo wntrol must be a progr4nmabje th�rm�stat o� o#her �utornat�c control mee�ing the ��lo�vit�g
criteria:a) capable v�'set�ing b�k t�mge�ature to 55 degree F during heating and sting up to 85 degr�e F during
cav�ingbl capable of automatically setting back or shutting do%%ysstems
dav druimg unoccupieol hours using ? di�rent
sehedulesc) have �n accessxbl� 2 -hear occupant o�emided} save a bazrery back-up capable afmaintaining
Pmg'anlm ed. $ EttI-ngs �Or at I =r 10 hours Nkqt.haut pawer.
EXception-" A setback or shutoffcantrol Is 110t Mqvired an thermostats that c4Uraro1 s�'stem.s serving was that vpezate
conti�trc�usly, '
EX-ception: A setbacjk- or skautQ-fcontral i� not rcquI
or less._ red on systems with total energy demandI<W oft (6,826 Btu/h)
7. Outdoor -air supply systems With dmip airfiaw Mes >3,a04 Cfn of outdoor air and all exhausT systems mu..�t have
u
d2mpen that are automatically closed while the equipment i� not operating,
MAY, 1d. 20,05 9PM
NO.
380
P. 9
8. The system mint supply outside ventilation air as required bY chapter 4 affihe Intemational Mechanical Code, Ifthev
ventilation system is designed to supply outdoar�air quautiti� �ceed��g �ir�imum required l�v�ls, tie System z��ust
be capable ofz�educia9 Outdoor -sir haw to the minimum required levels.
9. fir ducts mist be insulates to the VIONVID9 levels -a) Supply and rectum air ducts fir conditioned air located in
unconditioned spares (spaces ne-Itber beated nor cooled) mush be xnsulzted with a minimum ofR-5. Uncondifionw
spaces include attzcs, crawl spaces; �.eated bas=mts, and unheated garages.b� Supply and xeturr� aix dui �d
p1mums must bee insulated to a x�axt�zxnum ofR-S wheA locztC4 �outsid� the building. �} Wilem ducts are 10=ed ��thin
extenor cor�panents (e.g., fools ar roo£�), minimum R-8 insulation is rMuir� only between the dint arsd the
Ii
building �teriar.
Exception; Duct insulation Is nut wqu'rnd on ducts located within equipment.
Exception: Duct insulation is not required when the design ternper�tuze ditrmice betivem the interior and extenar of
the duct o -r pl.entun does not VUOeci 15 deVee F.
10_ All joints, longitudinal and transverse s=xs, and connections in ductwork must be se��ue1y sealed using �weldments;
me�ha�c� %tenerS �trith sealsa gaskcts, or mastics, rucsh and mystic seaI��,� systans; or tapes, Tapes and �a.�t�cs
must be listed and labeled in a�cQ�rci�uace with�, 18IA or LTL ISJB_
Exception: Cont-
-nuvusly welded and I ocsking-ty,Pe IOugitudinal joints and s=As on ducts operating at stent
pressuzes less than 2 inches w.g, pressure classification.
1 i .
Mechauicai f�sreners and seals, m�t�cs, or gaskets must 'be used urhcn connecting ducts to fans aud order sir
distribution eqwlPmezt, including multiplc�-zone tm�minal units.
12., AlI pipes st�rvinz space-conditionxng systems multi be, insulated a� b1lows-
Hot
water pipxTku, fQr heating systems:
Z in. for pipes <=1 112 -in- narnzn2l diane'ter
2 in. fDx- pipes >1 1/2 -in. nomztlal diamaer_
CWIIed watery, xeEgmat, and brine PIPIng syste=:
]. in_ xnsulation fez pipes <= 1 1/2 -in, nominal diameter
1 BIZ in. znsulativU fur pipes > 1 X12 -in. nominal di-= er.
Steam piping:
1 1/2 in_ insulaion for pipes <=1 1/2 -in- nominal diameter
3 in. insulation br pipes >I 1/2-lin, nominal dimetu-
Except-ion:
Pike insulatiOn is not required fir faamy-installed piping witYun HVAC equipment.
- Excegtian: pipe insulation is not required krpipffig that couvews luids having a design opera#ing tempftv�are r8nge
beEw= SS degrees F and 105 degrees F.
- E%xception-- pips Jnsulatrc),a is net Nquxred fir piping that convicy� quids that have not been heated or cooled trough
the use oftssil fuels or electric ptivver.
Except'()" Ppe dwulatzon is not N-LqWWC1 fur nx,out piping net exceeding 4 ft in length and A ID- in diameter
betwezu Elie eantral vale and HVAC coil,
I3-
OpeMion and anuaintenaave dac�.mentari�n must be provided �o the owner that incudes at least the ulov)lng
in�rxMat-an_a} eq-�ipmcnt cVac'rzy (input and output) and required mmxxten,ance actionsb} equlpmmt +ppemtion and
n�.�intcnanc� manu�s�} HVL.G system oa�tmi maintenance and calibration information, �iu�uding wu-ing diS,
schematics, and control 43equcncE descriptions, de�imd yr Eel d-etetenmined set paints must be P=ancntly rc4rd-ed on
control dxarxfings, at control devlce:s, or, far digital control sy5tem.4-.2 in programming camizxent;d} camplere namtive
ofbow each system is zr�t�d�d to operate.
14. Each suppTY aiz outlet or diffirse,r and each zone terminal device (such a� V��� �x mixing boxy must have its ownbal= cin ; dev�ce. Accept�hle blaan�ng de�crices include adjustable dampers lo= ed witk�,iz� the ductwork, e�rm�n�i
devices,and supply �r di$�asears_
15. Chilled water dzstX-a.blxtian Vsz'ems with rota], system capacities of 600 kBtWh2nd gnareir must have controls that.-a)
autamatacally reset the chilled water supply temperativre, based on cooling load, by at leas# 25% afthe design
sugpYy-toreturn watef temPemture diffirencc orb) reduce pump flow by at leapt 50% ofdeszgza flow rate by using_
adjustab2e-speed dfive(s) on pumps)- mil ti PWnP8 allowing at leapt X12 oftizt tatal pump hors oweT to be
automatically taixied aff- control YWv= desimed co modulate or step down and close as a fmcclon vfioad- other
approved mans (s-upportin-cr documentation or calcuiatiaus must be submitt�cci).
16. Chilled vvater spacce�coflling systems Nvsth a capaaty exceAing 300 EcEtw'Xaa supplying chilled water �x aoxnjfbp�t
AY, 10.200D 1:19PM fti0.389
cuzaditianzn9 systems must �nciud� coz�t�o1$ that automsticaliy reser su�pZy wager tempe�rafi�re� by zje,��ese�,tat�ve
building loads (includ-xzg r�� water tempe�tux`e} or by outside aix ��mpe�tur�.
Exceptions--
mq Why the supply temperature reset cantrois cannot be -implemented without causing improper, operation o�
heating, cooling, humidlication, or daumidificarl"On systems.
Hydropic systems that use variable Row to reduce pumping eaez'gy-
I?_ Stair and elevator shat vents must be equlAPed with motorized dampers capable ofb�in gut
normal blaildmg ape�ratxvn and znterlocked to open asbY
P g amatzcally closed during
P �requzred firs and smoke detection �y,tems_ �1 g7avity
outdvox air s�PPi�r snd �xhausr hoods, vents, and ventilators must be equipped v,qth motorized dampers that 1�.►il1
ausomaticalIy shut Nvhen the spaces smed are not in use.
Excepti Otis
G�aViry (W" -Motorized) dampen are acceptable is buildings aegis than three stories in height above 9vade-
Ventilation systems senrizzg unconditioned spaces.
�. S.
Hydronic systems that n8c a cbmman retuu system fpr bosh hot VMer and celled waler must not be used,
Ma,MR4. 10.2005 1 : 19N
Lighting CO PJAMance Certificate
2001 IECC
COM,check-EZ Software vcnlon 2.4 Rckm 2b
Data Rename: UncitW
Section Im pr0i^ect Information
Projw Name -
0
DesigWr/Coatiaj:
rnK%t AuCbor:
,Notes:
Section 2&% Generjj Info�tt�t#X4�
Bo.ikdivg Use DescnopliDn by_
Rga-fil
school
BYU-mldaW
El R. Sucrw
Center for the Pertornji]ng pills
Pay= gintenng j,"c.
E)dOR Paym
I &., 5. 2005
I f W I a f 1 6 OFM
Pr4ed Dtsuiption (ct=k o�
New CbaUtucfift ti/Adciition � Altmfion
Section 3; Req
111rementz checkfids�
Mterior Lighting
1. Total actual wars must be
Allowed Watts
NC. 38 9 P. 11
ins t Nu.�nber
Unconditioned S&n1l (pill: pffidyyi=)
lc= tban er equal to
AcW1 wens
48.112
Ex#Cri(►r Ugbting
2. E-flicacY meter thn 4.5 lumcns[W
Exceptjon,,vv
Specialized lighting wgh-b,,ghting fea3mes
lcaw voltatzc landscape JiLyhrrig.
Ccn"M4N Switching, and Wiring
3. 1ndewn&m-t nmntrni-a ir,,.. lk
EXGeptlOJ7, Areas that must be COIII
tal
toallowed warts
coinP A
/N)
YES
Of h$"S1OriCbW1dings.;-.s'gnage7- Samor secun.ty light�n��
(Switcwmcupgu� Mmx)_
,.►msicr such at envy to hotel/wea guest r04nL
Two switches or fflffm�r in each&-ce ice to PnM unifOrm light nAuctian capability.
&r, , grcstroom or ",; em Areasn R ` cphtoA
1W
'"$�!VHy lU.10C5� isi4P;'�
N0. 389 P. 12
[ ] J �. p �tvr Lim 250 �..#�
WacUjVa=nnoruutime swig an exterior lights.
1
Exc"ptions. roqum� l�ti�ng dur7. Tan&rnMred ane,]am � �Y�ht hours
p �d thramP
�
RlMtTmic hi 9h'fftqWECY Wlasts-p Luniinair% nat on sam switch
Secfiov 4no ComP�iance Statement
Dw Pied lighting dam, Mpftsented in this d
Oth�er WCub'dons submitted nth thispermitint � dent with the bizildi�g pens, spe�f�cal�vns and
the ZOD i MCC �pp��ic� tion. �7�tc nr�P�d I�ghtinhas�
�l�xnts 'n CoWheick"itZ VCrsiojm �.� ate[ � � d���ed to meet
�quiretnents in the Requ��rQents east. � 2� end to c;4MpJy With Ox zaar►datoxy
Ii
1ridow-,
Wi X&I
f3
P
Mi�k-)MAY. 10.1:19PN� _ N 0. 3B9 P. 13
P_04
Lighifing Application Worksheet
200 1 IECC
CO'Nchrck-E2 SOftware Verson 2.4 Release 2b
Section I: AllowcA Ligh Ing Power CA CU Ation
0
Es"
Fliloj-
F3 -I - Area
School
1.5
l+]
Allowed
watts
(P- —N
54513
Total Allowed *�a-U�S=54513
Section 2.% Actual Lighting power CgIculatil
ion
0
F4
F5
F9
Flo
F13
F15
P16
F19
F20
F2]
F22
F23
IF24
F25
F28
F29
F29A
F30
F33
F34
F35
F40
�M�j
Fixmm DesmptiDn / C D E
1-2m,ma Dcss�inhon / W;�ftaxePer mp /Ballast
LaznpV #1 f p"M=
Watt -
2 lamp sfffwx fluor. / 48" T8 32W I Eler+mnir
31amp flUor. WH'er/ 4$' 7'8 32W /Electronic z 11 �3 1 4
2 LIMP fluor. troffer / 4S" 718 32W /Electronic 3 17'9 95 �(p
2 �2 61 ��1
3 damp pendant fluor. / 48" TS 32W /Slavonic 3 2 95 q6
4 lauM sur£acc fluor. 148' TS 32W / Elecnmdc 4 a � 11212,o90
21amp indu=W fluor. / 4g" 7'g 32W / Elemonic 2 67 61 44Poalaia socket / fncandesc4nt Zoow t 9 b 1�
1 00x' recessed can / Incandescent 1 00 W 1 104 100,
Interior recessed can / Tdple 4-piu 26W / EleMonic 1 93 26
Recessed M.H. / Mehl Ralide I OOW / M1gnCtiC 1 25
IN.*
Glass pcndam / ireaNbSCM 60W 1 4 60
4 lamp pendant fluor. / 48" 1$ 32W / ElednxIlc 4 32 112(2$
2 IaMP rettssad fluor. / 48" T8 32W / Elmftldc 2 118 61 4y
41umP tccessed flus./48^ Ts 32W /Electronic 4 19 11212°0
35w Lv. track lights / CC�ft 1 13 +I 5
21antp temssed fluor. / 48" T8 32W /Electronic 2 6 Gl �%44
3 lamp J]". Uvffci ! 48P'T'8 32W'/ Elecvonic 3 8 95 9!v
Step light on catwalk / rucandescent 40W1 IS
40
M. 4 Lsxnp chain hung fluor. / 48" TS 32W /Electronic A 18 ct 112 11''
4R_ 41amp chaipg hugg Auor. / 4H" TS 32W / Electronic 4 32 1121 1'D
Wall moun[ed Hrror, / 48" T8 32W / ElectrucUc 1 12 v5 37 Z?2-
R=zsB4d can light / Triple 4 -pin 26W / Electronic 2 24 t0. 26 I
Wall mpuated fhmr. uptight 148" TS 32W / Elocaonic 1 3 7 37 3Z
wall mountCa gLj" glove / jDmn&5cmt jOOW 1 27 k pp
Vamp fluor. strip light / 48' T$ 32W / Ele"ronic 7 36 tL 37 2 1
%Scction 3: Compliance CRICIVIation
If the Toro! Allayed Watis minus the Tojal A ctZial WQrls jS
TotaJ Actual watts
F
D{ yEl
671 — ivK/b3ti
1342 IVo'�
190
448 L512--
4097
ry4087
9W (Gpb
1000 Hcv
234 tb
2500
24
3584 '#jb
671 517..
2128 I. -HP
455 385
366 389
Abp 7&g
azo
2016 345b
3584 1170O.J1
$44 U �b
524 C��a
r7CIO
1332 312
4811
9=rcr than OT equal to zero, the buildine complies.
M nk,>M A Y.10. 200�� i :
�CPh4
Lighting PASSES: Design 12% knwr timu Cd,
iu0.389 14 p.os
Totai A]lowed Watts = sasi3
Topa] Acura] Watts = 48112
Project ComPiranceroi = 6401
11