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CI -rV OV ARL- INCE3,--r-or4
CONSTRUCT ION F:vEEE:: j--,Mj -r
— 4
Owner: E
Value of Work: $'--4,0 25?.003 V02
Describe Work: F. 72!� E,01,
Proposed Use.,
Legal Description- L,
R7 :37 N rhYf-
Job Address; I° G 0 27' LT7 I 'i V I
Contractor' s Name Type Address License#
P R M I T E F EE E Scz
Equipment and Fixtures Number- Fee
Total Charge
AIR '!��iD! TWrz LlT-
VENTILLAT43N FANS FURNP� Cr-/UNIT .SEATER 22
L.. ... .
S U B T 0 T------
TOTALS Fee
Equipment It Z 1 1.00
Mach Term l- $2;4.00
TOTAL FEE.. .. ... . .. .. ... . . $546.ag
77
PAYMENTS.. .... .. ..........
TOTAL DUE.... ... ........ .. $546.00
TAL,
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JOB
CITY OF ARLINGTON
� Building Department
CITY OF ARLINGTON
Commercial Plan Review
Owner: ACS Industries
Address: 215 1-Mogadore Rd.
Kent, OH. 44240
Contractor: Sierra Construction
Address: 16715-NE 79 Street
Redmond, WA. 98052
Site address: 19602-60 Avenue NE
Date: 09-29-00
Reviewed By: Kerry Wentz
Permit# 00-4239
Comments:
All work must comply with the 1997 Uniform Mechanical Code and the Washington
State Nonresidential Energy Code. (NREC)
All work is subject to field inspection and approval.
No work shall be covered before an inspection has been made and permits have been
signed showing approval.
All inspection requests must be called in on the inspection request line. (360-435-0674)
You
shall comply with all notes on the approved plans.
If you have any questions,please feel free to contact me at 360-403-3433.
Thank You
Kerry Wentz
Applicant_/�—�Fr� E' Date l�y
238 N. Olympic Ave. • Arlington, WA 98223 • (360) 435-0724 • FAX (360) 435-3906
t
CITY OF ARLINGTON
CONSTRUCTION
fr PERMIT
El COMBINATION COMBINATION BUILDING x
MECHANICAL ❑ PLUMBING E] SIGN PERMIT NO. T
+OwNLR APhtG•rP MA"C ADORIsS
A nl t[f OR OtSIONtR MAIL AVURI.SS LIIr zip r."t
.Ak e I N :3trt'h 5�- S 3b0 Tacvmct Q `�YUO (� 3)3 3-a4aa
GENERAL CONTRACTOR MAIL ADDRESS City T-
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MLCIIAIYK^L NTRACTOR MAIL AOnRESS CITV ZIP 1110.E LICENS[
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►LUM8N CONTRACTOR (H a"5) C,-MAIL,-AOR 1 U9y - --- 1C`n�->� KAS6C0
Z,.A'9OF WORK
NLW ❑AUDITION QAL TE RATION REPAIR ❑VEM01,11ION ❑BUI LDING RE LOCATION
Ir VALVA M Of W04K
w 1 6�, 000
W UESLRIRE WORK
W D '." C O Y 1 c
m rt[urost D 05L Of RG+(, I HEREBY CERTIFY TI4AT I HAVE READ AND EXAMINED THE APPLICA-
W man ufac+ccrt t`l "t OTT 1 C S �e. TION AND KNOW THE SAME TO BE TRUE AND CORRECT ALL PROVI-
ZL4AL K RIPTION01 PROPLRIY ISMOWN BELOW OR At IACW FOURCOnts)
� SIONS OF LAWS AND ORDINANCES GOVERNING THIS TYPE OF WORK
LV I 13 T+LUCK OF WILL BE COMPLIED WITH WHETHER SPECIFIED HERIN OR NOT.THE
4 GRANTINGOFA PERMIT DOES NOT PRESUMETO GIVEAUTHORIWTO
j ett-,Lw t,34N S 35 { o ( CIf" ( VIOLATE OR CANCEL THE PROVISIONS OF ANY OTHER STATE OR
0. TAX ID UMBER FROM PROPERTY TAX STATEMENT LOCAL LAW REGULATING CONSTRUCTION OFTHE PERFORMANCE OF
CONSTRUCT)ON.PERMIT EXPIRES 1 YEAR FROM DATE OF ISSUANCE.
V DI 108 dUU LSS CGNTRAC10R I.ocaio Ac(NT DATE
r 19tooa -- (o0t'h f\v x Cu.)jU. 3o/ co
(OYI9CIS IIS(1 ONLY)
PLVAIIIING MUCILANICAL
NO. TYPE OP FIXTUF_v PEN ti FmArres MO_ TYPE OF EODIPB Orr PL'8 xY PIX7'URP!.
ATBR CLOSrT OI BL COND.UN ITS-H.P. PA J .BA••
_73TTUB UFlUGDLATION UNITS-D.F,EA .fie••
VATORY(WASH RA91N IODJ•AS-I f 3.BA_ a P.IiA•• ��
'HOR'BA :AS FIRIID AL_LOW TTS-17JNNAOIIBti I d .lil•• �J
U7GHRN SINK!DISPOSAL "ORCF0 ATR SYSTIIms-ILTu_ MSA �O
ISIIwASI1ER ALL IIP1NMRS-'IiTY1. M _ LV0
vNDRY TRAY I lerm ITPJLTERS-BS.U. U �j
I.OR11Ps wA%IL+R APORA]7V3COOLERS
ATDR HUSK lAmIPS DILymL i ,yy
RINAL fENTILATION FAN ^— •O�•`�
KINKING FOUNTAIN LANGS,HOOD COMMERCIAL
IOOR DRAIIf UK IIANDLING UNIT- CPU
ACv V M.BRNAKEK9 T'OV R
OOP DRAINS- INI"P/IORRS ARTAL PIRRI ACIi!CHIMNEY
'INK LVIC11 'MBAR.M wTi!R lfflJiT13
.AS PIPING • to S=S3A6.OOiRd_=LTS
• ni_w WT." 1L
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TOTAL FEB TOTAL PRE
5101.VARD SL I StRLL1 SLIBACK REAR rARGS TRACK PLAN CIIECK NUMBER PLAN CHECK FEE
0-0 OL FEE RE IR O
Vtf /VNI Akl A VACANT FITS
r / / I) 3{/O� ❑yT[ �[„� FEES VALUATION FEE
TYrE fiF OCGUPANCV Ut NO.OF DWELLING UNITS PLAN CHECKING`IG
L 9U%01NC I
we 01 V LU(.. �' NO Of,TORII.S MAX OCC LUAU
5re `/ PLUMBING
TIRE SPRINKLt RS REQUIRE V
rFSElNo MEtSUMCJIL
COMMENTS STATE BLDG.CODE
ENFA Y CODE SURCHARGE
Pin, U.B.C.
stc "N.)S E P 11 2000 WATER�SEWER FEES
7OTAt
►EUA1T VALIDATION
wmIN PROPERLY vAV0ATt0 oN TMS SPACB TNS Ix VLTIIR P6XwY ti tV-VPT
PAID ------CRI• ffy
GC'ACCCr r.00.APPLICANT.T"CACUCCD,YLOr APrT RTLI>_+ CP cm� DATE
RECORDS COPY
��
�a•�•,t^.ice
Seep-20-00 10:02Ae P.01
Ka.spar Mechanical, Ltd.
2100-- 1961h St SW, .Suite 114
l ynnwoW, WA 980-16
(425) 672-1094
fax:(425) 775-1670
FACSI1MILE COVER SHEET
DATE: ���. �U 3-000 --
TO. try oV
FAX NO, _�(q0 Li3p5 - 2�9o(0
FROI:
THIS FA-X TRALN SMISSION CON AT\S _4 r PAGES)
C CLUDDiG THE COVER SHEET.
IF 'i-OU ELAA-E ANY QC:ESTIONS PLEASE CALL 42-5-672-1094
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0 rv-. St—k Icier%+ . PIeCLse <XdQ �se-
THANK YO1.1.
code
C�rr��ltiat,ce �-orrhs ��u ��c�v.eS�d ,
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Sep-20-00 10:03A P•02
BULLETIN M12069-&91
awFETY WARNING INSTRUCTIONS DIRECTIV S DE SkU T
MAXITROL A.G.A. Er GGA(!AS) DESIGN CERTiFIEG RtGULATEURS DE PRESSION DE CANAUSATIONS
GAS LINE PRESSURE REGULATORS INTENDED FOR DE GAZ MAXITROL CERTIFItS PAR
APPLICATION IN NATURAL GAS PIPING SYSTEMS L'A.G,A. ET L'A,C,O. (IAS)
ANSI STANDARD Z21,80 AND CAN 8.22 LA NORME ANSI Z21.90 ET LA NORME CAN 6.22
NOTE, GAS LINE PRESSURE REGULATORS WILL REMARQUE. LES RaGULATEURS DE PRESSION DE
AWTURN OFF THE FLOW OF GAS CANALIpA$IO
NS D LE AZ WINT
DUERR MPENT
UtCS ECIAL WARNINGS _ —^
AVERTISSEMEN7S PARTICULIERS`
IF YOU DO NOT FOLLOW THESE INSTRUCTIONS EXACTLY, —
A FIRE OR EXPLOSION MAY RESULT CAUSING PROPERTY LE FAIT DE NE PAS RESPECTER A J.LETTRE LES DIRECTIVES
DAMAGE,PERSONAL INJURY OR LIFE. OU LINE EXPLOSION G'J PEUT ENDOMMAGERINGENDIE
LA PP.ORIEM OU
NO UNTRAINED PERSON SHOULD ATTEMPEMPT7D INSTALL,
MAINTAIN OR SERVICE GA5 LIVE PRESSURE REGULATOR$, ENCORE CAUSER oFS BLESSURES OU ENTPAiNER LA MORT.
AUCUNE P:RSONNE NE POSStDANT PAS I.A FORMATION
To minimize the possibility of FIRE,EXPLOSION,and OTHER HAZARDS: REOUISE NE I)EVRAIT TENTER p'INSTALLER,UENTRETENA
GU DE REPARER CES R1 GULATEUPS DE PRES.ION OF
1. Ali products,Including gas lino prossure agulatcira used with I CANALISATIONS DE GAZ.
combustible gas must be installed and used strictly in r000rdsi with Pour rbdtom au rrenimurn loin rtsrpieo d'INCENDIE,D'E7(PI.OBION,ET
the instructions of the manufaclurar,with government cedes and AUTRCS ROQUES;
regulations,and plumbing cedes and practices. 1. Tous W produile,v LoW%lam requtaWura do pro own tit Qw,4;sason$OP
2. Do oat use a gas lino prtsesuro r ulator It t;a isle have been subjected gam•ollir*o conjointemnnt avec doe goz combumditlw:diblre rKta60s at
e9 Pp+a omplovfs rat stricte confonnilm ayso tea direcbvx+du Imbricant,los codes at
tc high ternpetalures,damaged in any way,or to have been taken apart or raglornon s gouvarnorrientaux of Jos rx•..ime at pratquos on rralibre de plomDitde.
mrnperod with Any of niece may bo signs 01 poeableleskuge or other damage 2. No pas omptoyar un r6guiatotr do prui8bn do Can8liaslionL de gat quimatmay affect proporopenttton and reuse potenfit►IN dangsrouscomtwellon semtge avolr"soumis a daa ternp4rntjres einvaas,evoir atti andomirwg4 dQ
problems queole tagoti quo,ce eoit evoir sK domori otr nintroxlb. Toutos coR aituiEona
IrOqueril des pot*Iibilitia do fuito ou de out ouoe domnw4r qui pourrait nuire au
3. twmi ionedionnommi.de r.mass of provoquw dos prublOmoe de oontburbart
a. Install the regulator p"Irly with gals flowing as indiooted by the potondellemoril dangeteuat
arrow on the casting. i
b, kiss pipe compound or thread sealant,properly threaded pipes and i a. Installer In riigufateur correcterritsnt de,Japan a co que la gar s'AooWe cane Ip
oanslui assembly procedure so That there s no croea threading,etc„ sons indigos la tiwrw gravde,denim la molal
which might cause damage or lockage. b tltYlsw un eotmose A tulnta ou du materiou deWai;NhC Pour soudurw(A
c. Apply wrench or vies pressure only to the fiat areas around the rim Itrylu)l s0ud6j wireeiem*itt;employer Iris nAthodoe d'aesembiayu
pips tappings at the end being threaded to the pipe to avoid possible ad4js,.rtt de Iacort J eo gtiil n'y ail aucun filet laim-14.elu. qui puisse
fnacturro of thQ W ilaw body which oould rgsuit in leakage. ! provogliw tier;aommagras ou dos Julies.
d. Make sure niumngs or wording on regulator are not panted over or 1 r. Applrquer la p,ession dune dd otr done pus s•btau ur1querrroni oux aurt&:09
oMitot'ainii plates autour doe raa olds des tuytKix A I'ainbout viss0 A le rrirw,iiea0on pour
Ovit",do ligewrer to coma du Iogulateur.cc qui pourr6ii provoquer dew luile9.
4.To*How the regulator to assume b normal lockup pressure,rt is d, S'S99urer quit los marrJaem Oti I"moil;qui tlpparnissunt 9;1r IQ rogutetem its
important to have it gradual increase in supply pressuro. Whenever lent past roCouvww us p&ntum ou andtes de quolquo Ault*rnantete,
initially introducing or restoring the gas supply to the MAXITROL line 4. Atin do pefrni au reyu.atour d'a.+Surat 9a proesion norrnele da termetme 0
pressure regulator,open the manuai valve wry slowly in the line est important de disposar d urie augmentation Piuyre9s,ve de Ia pmsicxt.
suppiying the MAXITROL Imo Pressure regulator. Chaque Cols.que i-on applique rw qw Von rostraure la presaion do gaz aw to
tegu atour de onnsnuallons de gaz MAXI I HUL,ouvrit tree WNA*Marrt is vannc
S. Chock carefully for cim leaks inmedistely after the regulator has bean m+nuarfe do Is conduit*riwirriantagon du r6milalout do preesion de rnnalsanon
installed and the gas turned on(see nunkvr4 above). Dothls before I MAXITROI
attempting to operate any applirnt"or other gas burning device ` y. v6rllier aoigrtuusement 16s ii da yaz imnt,"woment api6t,rinotallaton ou
being supplied by the line regulator. Use a rich soap solution ragulatour of IR re l".de rallniontatlon on,liar(vob par. ;6•dosmu9) Prodder
(or other aooepted leak tester)armind the diaphragm flani vent I i Is vsrffkation event de tsntisr do meter Papoarrll an rrtudw ou tout ou"
opening seat cap,pipe wrnechon4,and al,othorjoints. Wipe clean I apparatl au girt alinteMe pas is r4ulatour de prese'>on do conallsation
,nth a dainp rag.It is a gooJ practio*to per�ccicaly oheok for ieakaga I Utiieor una solullou aavornau90(ou one auNe solution 9orvant a rep6tet Va
Absolutely no leafage should occur,otherwise there is a danger of Julies)auttxir des hridoa da la membrane,da rouvdituro do purge do t',auo wn
Are or explosion depending upon conditions. Never use If leakage d'9taiichditti,dos rerxords de canallsalons of(1 1006ldntts. Ewiver in tout
Is detected err inoyen dun lingo huntklo. H oat bor de vttier rl parlodiquernen;I'ahsame ue
( j tulle. tl no devralt y*weir abooiuinion!sucutts Wits. Uns fults de pal
prbserts un danger d'inceino lie au d'exptoston salon Is situation. No Ismals
trtlllssr I'sppsreii sill y a une fulto,do get.
(tounni
AIK 1TptQ Izo 4company
23555 TELEGRAPH RD. * P.O. BOX 2230 a SOUTHFIELD, MI U.E.A. 48037-2230
24W311116-1400 a PAX 244/366-0829
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21mi Line kogulutots
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Although Maxitrol's 325 Series are certified (ANSI Z21.18) as
epjoliancC regulators (see bulletin MS2055), in the past they
have often been used as line pressure regulators. Until very
recently,there was no standard for line pressure regulators
Z21.00 is the new ANSI standard for line pressure regulators,
intended for application in natural gas piping systems.
Maxitroi's new 325 Series L-models are A.G,A.JCGA certified
(Z21.60) for 2-psi inlet pressure,with the 7 to 11 (inches w,c.
outlet)spring.
The Lr-models are Glass 1, pounds to inches regulators, meeting utility specifications, for use
2-psi piping systems such as CSST tcorrugated sta mess sleep or semi-rigid copper tubing
The regulators are a high performance type -reducing pounds pressure to a level within the
appliance's operating supply range. The line regulator is located upstream of equipment
already fitted With an appliance regulator.The entire 2-psi system concept would not have be(
possible without the development of the compact 325 Series regulator.
As optional accessories,the 325-3L and 325-SAL offer an automatic vent limiting device. The
1 ZA09 or 12A39 vent limiter eliminates the need to run vent piping to an outside area-in the
event of a diaphragm rupture, gas escapemerYt is limited to within the ANSI standards level,
The 325 Series are suitable for multi-poise mounting- but when using a vent smiting device,
the regulator must be mounted in a horizontal upright position for best performance. Install th.
regulator properly wth goa fioWrng as indicated by the arrow on the casting-
To deliver positive dead-end lock up,the 325 Series feature a high leverage valve linkage
assembly. Lockup pressure can vary with the speed of the solenoid valve and Its locauen. Th.
regulators are capable of precise regulating control from full now down to pilot flows.
The self.aligning valve is made of nitfile rubber. Housings are durable aluminum dle castings
and all internal parts are carefully selected and oerrosion resistant. The diaphragm are of hic
quality supported synthetic rubber compounds.
The regulator Is certified for inlet pressures up to 2 psi, and oan withstand emergency exposu
inlet pressure up to 65 psi. i0ver-pressure protection Is not required for supply pressures up tc
2-psi,These regulators provide no downstream over-pressure protection in the event of failur.
At supply pressures in excess of 2 psi,the new ANSI Z21.80 line regulator standard requires
mear*approved and tested with the regulator to limit the downstream pressure to 2-psi
maximum, in the event of regulator failure_Consult Maxitrol Company for assistance.
1 of 2. 9111100 2!51 FM
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Specifications(refer to bulletin M32056 for more detail)
Maximum Individual Load-.
Largest single appliance served by the regulator
325-3L .. ..._.. . ............... 140,000 Btulhr
325-5AL .,... „........... .................. ........... 300,000 Btu/hr
325-7L ........ .. .................... ... ..... . ... . . 900,000 Btu/hr
Capacity:
�� ,,• :<-� Total load of all appliances combineo
r 325-3L (318". 11211) . .......... ............ ... ... .. 250,000 Btulhr
325-SAL 0/2') .. ........... ... ... ... . . ..... 425,000 Btu/Mr
(/ 325-5AL (3/4", 1") 560,000 Btu/hr
325-71- (11l4". 1 wa") ........ ... ... ....... .. 1,000,000 Btu/hi
Venting:
326.3L (optional 12A09 vent limiter) 1/8" NPT
325-5AL (optional 12A39 vent limiter) .. ........... 318" NPT
325.7E __ .. .......... .. . . ......... ... . .................t/2" NpT
Other 325 Series regulators will continue to be available as A,G.A,/CGA certified appliance
regulators, as well as non-certified models for up to 10-psi inlet pressure(see bulletin M5205!
and section labeled below Appliance Regulators).
71
To request more information on this product
! 1!2pal Une Regulators I t I t 1
2o12 9IMO2,51PM
Sap-20-00 10:03A P.05
1994 Wash kon Stale Nonresidential Energy Codt gmoliance Form
,Mechanical Summary __ MECH-SUM
r994 Wa%hngton Stare NowebrfnoN E0141911 Ceee C410n1111Jne:1:4i 1 Aenr Mi
I'rajer t Info Projecl Address C (r)O-m
f�II fie— Dote C�� QC) t of ocy
For Building 0eparlment Use
Apphcant Narr* kASPAR MECHANICAL
Appficant AdCre55 2100-196711 SW *114, IAWI NWOOD 98036 I i
Appl.aani Phone: 425-67,-1 1P114 r t J r
tie Ck�r CC lOntln
Project Oescription a u 'yin v W�ltx 2 r
�nefly desefibe mechanical system one- C� ���• EKII�LIL7�'�C UCY1 YJ�'h�Cfiit'f S
type and(Aa'.ures, 1UtKh�DUY�� CCY`r .lf{�.f('1GQ �' C U 4'�' (3.f ek�c9v '., beolC In
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�6imple wystem Complex System Q Syaiema Analysi3
Compliance Option (See Decision Flowchart(over)lcrquailAealions)
lent Schedules The fcibee.mg information Is rewired to be inewpoealed with the mechanical equipment 50edufes an the
plans. For projects YAhoul plans,rill in the required information belerfe.
Cooling Equipment Schedule
Equip OSA UNI, $SEIR l
10 Brand Name' Model No.
Capae>h' I Total CFM Econo ` or E€Ft IPLV' La.alicn
I (
SFE EQIJIPIVLF,ItiT SCHEDULE —
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Neating E ui rnent Schedule
Equip. QSA Cfrn
IQ Brand Name' Model No.' Capacity' Total CFM Ecano Input 6tuh Output Btuh Efficiency'
SEE EQUIPMENT SCHEDULE
----J
Fan Equipment Schedule
Equip.
IQ grand Na " Model No,' CFM aP' HPlf3YP Flow Control°
me Location of Service
SEE EQU PNIENTSCIIEDULE
If availaW4. !As tested aceardulg la'fable 141,14-2 or 143, 1 If required. 'COP,HSPF,Combustion Elflciency,of AFUE,an eppliesble.
e Flow control types,VAV,constant valurtte,at variable speed,
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Sep-20-00 1O:O4A P.06
1994 Washington State Nonresidential Energy Code Compliance Form
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ArojeciAddrels f> Oct q /oU v;-QcG
The fallowing inlormalion is necessary Ie check a mathanical permit application for CamPllance with Vv mechanleai requirements in the
washingion State Nonresidential Energy Code.
Applicability Cody Building Denanmant
(circle one) Section I Comoonenl Information Req0e4 on Plans, Notes
l (sections 1401-1424)
1411 1 Enomi performance _ I I
vas n.a 14.1 A P� . elec.hto.d cle List heat pumps on schedule
vn no ma. 1411.1 Minimum efficiency _pxpment schrdu,e wilh type,capacity,effeienc
1412 HVAG controls
no Me 1412.1 Tern re�urc zcrnea Micate lxations on Plans
e, no n.a. 1412.2 1 Claadband control Indicate 5 d ree deadband minimum I
e9 no er 1412.3 1 Humidity control cicate humidiat;e _I
no n a 1 1412 4 AularmatiC setback I IrdiCate thermostat r41h nioht selback and 7 ditieren.day s
n8 MA. 1412.4.5 Dampers reicave darn• er location and atriomalic controls 1
es no 1412.5 Heat oumo control Irdicate mitre twessor on thermostat arnedule
Yes no 1412.6 Combustion ht , IIndicate modulating or sta ed control I
ID no n.a. 1412.7 sa!3nC1na Indicate balancing(eatL�,es on plar&
es no U 1422 Thermostat inlerlock ilndicate thermostat interlock on clans
ro r,. 1423 Fnonomizer3 EqLrpment gcl- Lit 1
1413 Air economizers _.
vasI',-
1413.1 a rmilon Indicate 100%caoabtldy on Schadule1413.2 I Control Indicate corr,rcls able to evaluateoutside air
1413.3 Intearated aaaralion Indicate eapaoi; for partial cooing _ J
1414 Ouctlrlg s riems _
Z�Ovfs no n.a I 14.1 Duct sealing llndicate sealing necessa,w
er nn n.a 14142 !]uc1 insulation Indicate R-ydlve pf n5ulation on duct
vas no n 14.5 1 piping insulation lndecate R-value of im-UlMlon on piping
Vas r.o 1424 ;eparale ei,$ 5. jindicale sepe'alt sn:cnls on pions
es na I Mech.Sum,rorrr, Completed and anache l Equipment schedule►rlh types,
I �inF 4
e ui uie , etfeirncy.afm,hp,"onomzer !
^� 144Ct 6ervice water Nq. _
YC5 rn .a 1441 Etc:.wale*t•eaier _ IlrxJica�e suit Kxi under tank I
a^, no 14d7, Shut-011'controls ndicate automatic shut-off .I
1450 Heated Iwofs
yes no n.a. 1452 Pool w2tPr'1e1IvM Indicate not electric resistance i
yes no n.a 1463 Pod heater controls Indicate switch and 65 degree contrd
s no n.a, 1454 Pont covets lndaeale vow retardant cover
yea n0 M. 1454 Poole S6+d re s jIndic3te R-i2 P"toyer i
1t no I circled for any question. provicle ex p Ana ton,
I
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OFFICE COPY
SYSTEM SIZING SUMMARY
System:ACS-West Wing Actual Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by: Glenn Castillo Page: 1
TABLE 1.SIZING DATA(COOLING)
Total Coil Load 45,581 BTU/hr Load Occurs June 17:00
Sensible Coil Load 41,979 BTU/hr Outdoor Db/Wb 80.8/64.3 F
Total Zone Sensible 38,276 BTU/hr Coil Conditions:
Supply Temperature 57.0 F Entering Dh/Wb 76.0/63.0 F
Supply Air(Actual) 1,997 CFM Leaving Db/Wb 56.3/55.1 F
Supply Air(Standard) 1,969 CFM Apparatus Dewpoint 54.1 F
Ventilation Air 360 CFM Bypass Factor 0.100
Direct Exhaust Air 360 CFM Resulting Zone RH 50.7 %
Reheat Required 0 BTU/hr
Total Coil Load 3.80 Ton
Floor Area 1,782 sqft Sensible Coil Load 3.50 Ton
Overall U-Value 0.093 BTU/hr/sgft/F SQFT/Ton 469.14
Vent Air 0.20 CFM/sqft Cooling 25.58 BTU/hr/sqft
Vpnt iAir 20.20 CFMA?erson_ _Cooling I_1? CF:lUsuft
TABLE 2.SIZING DATA(BEATING)
Heating Coil Load 39,286 BTU1hr Heating 22.05 BTU/hr/sgft
Ventilation Load 18,787 BTU/hr Heating 1.12 CFM/sqft
Total Zone Load 20,499 BTU/hr Floor Area 1,782 sqft
Ventilation Airflow 360 CFM Overall U-Value 0.093
Supply Airflow 1,997 CFM Vent Air 0.20 CFM/sqft
Vent_Air 20.20 CFM/Person
TABLE 3.INPUT DATA(WEATHER)
Location Seattle-Tacoma,Washington
Data Source User Defined Summer Dry-Bulb 84.0 F
Latitude 47.5 Degree Coincident Wet-Bulb 65.0 F
Elevation 386.0 ft Daily Range 22.0 F
ric Clearness/F 1.05 Winter Dry-Bu111 _ 21.0 F
TABLE 4. INPUT(HVAC SYSTEM
System Name ACS-West Wing Actual THERMOSTAT SETPOINTS
System Type Clg and Warm Air Ht Cooling(Occ.) 75.0 F
System Start 6:00 Cooling(Unocc.) 85.0 F
Duration 12 hrs Heating 70.0 F
SIZING SPECIFICATIONS RETURN AIR PLENUM No
Supply 57.0 F FAN
Ventilation 20.00 CFM/person Configuration Draw-Thru
Exhaust 360.00 CFM Static Pressure 1.00 in.wg.
FACTORS
Coil Bypass 0.100
Safety(Sens) 10 %
Safety(Latent) 10 %
Heating Safety 10 %
TABLE 5. TOP TEN COOLING COIL LOADS J
Time Sensible Ton Total Ton Time Sensible Ton Total Ton
1) June 17:00 3.50 3.80 6) July 15:00 3.39 3.66
2) June 16:00 3.48 3.78 7) August 16:00 3.37 3.63
3) July 17:00 3.50 3.77 8) August 17:00 3.36 3.62
4) July 16:00 3.48 3.75 9) August 15:00 3.28 3.55
5) June 15:00 3.38 3.68 10) June 14:00 3.22 �. 1EC E I V E 17
SEP 11 2000
CITY OF ARLINGTCAi
_ _
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1
SYSTEM SIZING SUMMARY
System:ACS-West Wing Actual Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page:2
LABLE 6. ZONE SIZING DATA
Max.Cooling Design Airflow Max.Heating Design Flow
Sensible Rate Load Rate
Zone Name (BTU/hr) (CFM) Design Time (BTU/br) (CFM)
West Wing Whole 38,276 1,997 June 17:00 20,499 -
Total: 1,997 Total: .00
SYSTEM INPUT REPORT
System:ACS-West Wing Actual Block Load 3.05
Location:Seattle-Tacoma, Washington August30,2000
Prepared by: Glenn Castillo Page: 1
r TABLE 1. HVAC SYSTEM DESCRIPTION
System Type Clg and Warm Air Ht THERMOSTAT SETPOINTS
System Start 6:00 Cooling(Occ.) 75.0 F
Duration 12 his Cooling(Unocc.) 85.0 F
SIZING SPECIFICATIONS Heating 70.0 F
Supply 57.0 F RETURN AIR PLENUM No
Ventilation 20.00 CFM/Per FAN
Exhaust 360.00 CFM Configuration Draw Thru
FACTORS Static Pressure 1.00 in.wg.
Coil Bypass 0.100
Safety(Sens) 10 %
Safety(Latent) 10 %
Heating Safety 10 %
TABLE 2. SYSTEM ZONING INFORMATION
System Arrangement: All zones served by a common air handler
Total Zones Selected: 1
Selected Zones: 1) West Wing Whole
• i it
ZONE INPUT REPORT
ZoneName:West Wing Whole Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page: 1
TABLE 1. GENERAL ZONE DATA -�
GENERAL ZONE DATA MISCELLANEOUS LOADS
Zone Name West Wing Whole Sensible 0.0 BTU/hr
Floor Area 1,782.0 sqft Latent 0.0 BTU/hr
Building Weight Medium Unoccupied Diversity 0 %
LIGHTING DATA INFILTRATION
Lighting Usage 1.20 W/sqft Cooling .00 CFM/sgft
Unoccupied Diversity 0 % Heating .00 CFM/sgft
Wattage Multiplier 1.10
Fixture Type Recessed,Not Vented SLAB
Area 1,782.0 sqft
OTHER ELECTRIC Perimeter 86.0 ft
Usage 2.00 W/sqft Depth 0.00 ft
Unoccupied Diversity 0 %
PEOPLE
Occupancy 100.0 sqft/Person
Unoccupied Diversity 0 %
Activity Level Office Work
Sensible Gain 245.0 BTU/hr/person
Latent Gain 205.0 BTUthr/yerson
TABLE 2.BUILDING MATERIAL
I TYPE 1 TYPE 2 TYPE 3
WALL DETAIL
U-Value(BTU/hr/sgftT) 0.050 0.140 0.140
Weight(lb/sqft) 130 75 75
Color Medium Light Light
ROOF DETAIL
U-Value(BTU/hr/sgft/F) 0.053 0.053 0.053
Weight(lb/sqft) Medium Medium Medium
Color Light Light Light
GLASS INFORMATION
U-Value(BTU/hr/sqftfF) 0.750 0.490 0.490
Glass Factor 1.00 0.45 0.45
Interior Shades No No No
SHADE INFORMATION
Window Height(ft) 9.0 4.0 12.0
Window Width(ft) 4.0 4.0 4.0
Reveal Depth(in) 0.0 0.0 0.0
Overhang Height(in) 48.0 48.0 48.0
Overhang Ext(in) 24.0 24.0 24.0
Fin Separation(in) 0.0 0.0 0.0
Fin Extension(in) 0.0 0.0 0.0
SYSTEM SIZING SUMMARY
System:ACS-East Wing Actual Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page: 1
TABLE 1.SIZING DATA(COOLING)
Total Coil Load 40,349 BTU/hr Load Occurs June 15:00
Sensible Coil Load 36,828 BTU/hr Outdoor Db/Wb 83.0/65.0 F
Total Zone Sensible 30,814 BTU/hr Coil Conditions:
Supply Temperature 57.0 F Entering Db/Wb 77.8/63.6 F
Supply Air(Actual) 1,607 CFM Leaving Db/Wb 56.3/55.0 F
Supply Air(Standard) 1,585 CFM Apparatus Dewpoint 53.9 F
Ventilation Air 5" CFM Bypass Factor 0.100
Direct Exhaust Air 566 CFM Resulting Zone RH 51.2 %
Reheat Required 0 BTU/hr
Total Coil Load 3.36 Ton
Floor Area 1,970 sqft Sensible Coil Load 3.07 Ton
Overall U-Value 0.095 BTU/hr/sgR/F SQFT/Pon 585.89
Vent Air 0.29 CFM/sqft Cooling 20.48 BTU/hr/sgft
nt_1ir 28.73 CFM/,Person Cuulilw _ 0"12 CF.Misuft
TABLE 2.SIZING DATA(HEATING)
Heating Coil Load 50,295 BTU/hr Heating 25.53 BTU/hr/sqft
Ventilation Load 29,537 BTU/hr Heating 0.82 CFM/sqft
Total Zone Load 20,758 BTU/hr Floor Area 1,970 sqft
Ventilation Airflow 566 CFM Overall U-Value 0.095
Supply Airflow 1,607 CFM Vent Air 0.29 CFM/sqft
Vent Air 28.73 CFM/Person
TABLE 3.INPUT DATA(WEATHER) T
Location Seattle-Tacoma,Washington
Data Source User Defined Summer Dry-Bulb 84.0 F
Latitude 47.5 Degree Coincident Wet-Bulb 65.0 F
Elevation 386.0 ft Daily Range 22.0 F
nheric-Clearness N 1 05 1N'intcr_Dry-Bulb
TABLE 4. INPUT(HVAC SYSTEM)
System Name ACS-East Wing Actual THERMOSTAT SETPOINTS
System Type Clg and Warm Air Ht Cooling(Occ.) 75.0 F
System Start 6:00 Cooling(Unocc.) 85.0 F
Duration 12 hrs Heating 70.0 F
SIZING SPECIFICATIONS RETURN AIR PLENUM No
Supply 57.0 F FAN
Ventilation 20.00 CFM/person Configuration Draw-Thru
Exhaust 566.00 CFM Static Pressure 1.00 in.wg.
FACTORS
Coil Bypass 0.100
Safety(Sens) 10 %
Safety(Latent) 10 %
Heating Safety 10 %
TABLE 5. TOP TEN COOLING COIL LOADS
Time Sensible Ton Total Ton Time Sensible Ton Total Ton
1) June 15:00 3.07 3.36 6) Job, 14:00 3.03 3.27
2) June 16:00 3.05 3.34 7) June 17:00 2.96 3.25
3) July 15:00 3.09 3.34 8) July 17:00 2.98 3.22
4) July 16:00 3.07 3.31 9) August 15:00 2.97 3.21
5) June 14:00 3.01 3.30 10) August 16:00 2.94 3.18
1
SYSTEM SIZING SUMMARY
System:ACS-East Wing Actual Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by: Glenn Castillo Page:2
TABLE 6. ZONE SIZING DATA
Max. Cooling Design Airflow Max.Heating Design Flow
Sensible Rate Load Rate
Zone Name (BTU/hr) (CFM) Design Time (BTU/hr) (CFM)
East Wing-East 11,122 580 June 10:00 8,658 -
East Wing-Interior 6,233 325 June 17:00 2,578 -
East Wing-North 7,991 417 June 17:00 6,297 -
East Wing-South 1,657 86 July 6:00 1,223 -
Men's 592 31 June 17:00 170 -
Men's Lockerroom 3,843 200 January 6:00 1,468 -
Women's 648 34 June 17:00 364 -
Total: 1,673 Total: .00
SYSTEM INPUT REPORT
System:ACS-East Wing Actual Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page: 1
- TABLE 1. HVAC SYSTEM DESCRIPTION
System Type Clg and Warm Air Ht THERMOSTAT SETPOINTS
System Start 6:00 Cooling(Occ.) 75.0 F
Duration 12 hrs Cooling(Unocc.) 85.0 F
SIZING SPECIFICATIONS Heating 70.0 F
Supply 57.0 F RETURN AIR PLENUM No
Ventilation 20.00 CFM/Per FAN
Exhaust 566.00 CFM Configuration Draw Thru
FACTORS Static Pressure 1.00 in.wg.
Coil Bypass 0.100
Safety(Sens) 10 %
Safety(Latent) 10 %
Heating Safety 10 %
TABLE 2. SYSTEM ZONING INFORMATION
System Arrangement: All zones served by a common air handler
Total Zones Selected: 7
Selected Zones: 1) East Wing-East
2) East Wing-Interior
3) East Wing-North
4) East Wing-South
5) Men's
6) Men's Lockerroom
7) Women's
1
ZONE INPUT REPORT
ZoneName:East Wing-North Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page: 1
TABLE 1. GENERAL ZONE DATA
GENERAL ZONE DATA MISCELLANEOUS LOADS
Zone Name East Wing-North Sensible 0.0 BTU/hr
Floor Area 488.0 sqft Latent 0.0 BTU/hr
Building Weight Medium Unoccupied Diversity 0 %
LIGHTING DATA INFILTRATION
Lighting Usage 1.20 W/sgft Cooling .00 CFM/sgft
Unoccupied Diversity 0 % Heating .00 CFM/sgft
Wattage Multiplier 1.10
Fixture Type Recessed,Not Vented SLAB
Area 488.0 sgft
OTHER ELECTRIC Perimeter 31.0 ft
Usage 1.00 W/sgft Depth 0.00 ft
Unoccupied Diversity 0 %
PEOPLE
Occupancy 100.0 sgft/Person
Unoccupied Diversity 0 %
Activity Level Office Work
Sensible Gain 245.0 BTU/hr/person
Latent Gain 205.0 BTUdbr/nerson
TABLE 2.BUILDING MATERIAL
TYPE 1 TYPE 2 TYPE 3
WALL DETAIL
U-Value(BTU/hr/sgft/F) 0.050 0.140 0.140
Weight(lb/sgft) 130 75 75
Color Medium Light Light
ROOF DETAIL
U-Value(BTU/hr/sgfVF) 0.053 0.053 0.053
Weight(lb/sqft) Medium Medium Medium
Color Light Light Light
GLASS INFORMATION
U-Value(BTU/hr/sgft(F) 0.750 0.750 0.490
Glass Factor 1.00 1.00 0.45
Interior Shades No No No
SHADE INFORMATION
Window Height(ft) 7.0 4.0 12.0
Window Width(ft) 6.0 4.0 4.0
Reveal Depth(in) 0.0 0.0 0.0
Overhang Height(in) 96.0 48.0 48.0
Overhang Ext(in) 24.0 24.0 24.0
Fin Separation(in) 0.0 0.0 0.0
Fin Extension(in) 0.0 0.0 0.0
ZONE INPUT REPORT
ZoneName:East Wing-North Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page:2
TABLE 3. EXPOSURE AREA
Wall Gross Glass Glass Shade Glass Glass Shade
Exposure Type Area Type Area Type Type Area Type
- (sgft) (u!fl) _ (sgft)
North 1 341.0 1 42.0 1 2 32.0 2
Roof 1 512. 0 0 0 Q 0 0 0 0
TABLE 4.PARTITION DATA
Partition 1 Partition 2 Partition 3
Net Area(sqft) 0.00 0.00 0.00
U-Value(BTU/hr/sgft/F) 1.00 .45 .05
Adjacent Region Temp
Cooling 85.F 85.F 85.F
Heating 35.F 35.F 35.F
ZONE INPUT REPORT
ZoneName:East Wing-East Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page: 1
TABLE 1. GENERAL ZONE DATA
GENERAL ZONE DATA MISCELLANEOUS LOADS
Zone Name East Wing-East Sensible 0.0 BTU/hr
Floor Area 390.0 sgft Latent 0.0 BTU/hr
Building Weight Medium Unoccupied Diversity 0 %
LIGHTING DATA INFILTRATION
Lighting Usage 1.20 W/sgft Cooling .00 CFM/sgft
Unoccupied Diversity 0 % Heating .00 CFWsgft
Wattage Multiplier 1.10
Fixture Type Recessed,Not Vented SLAB
Area 390.0 sgft
OTHER ELECTRIC Perimeter 48.0 It
Usage 1.00 W/sqft Depth 0.00 ft
Unoccupied Diversity 0
PEOPLE
Occupancy 100.0 sgft/Person
Unoccupied Diversity 0
Activity Level Office Work
Sensible Gain 245.0 BTU/hr/person
Latent Gain 205.0 BTU/hr/ erson
TABLE 2.BUILDING MATERIAL
TYPE 1 TYPE 2 TYPE 3
WALL DETAIL
U-Value(BTU/hr/sgft/F) 0.050 0.140 0.140
Weight(lb/sqft) 130 75 75
Color Medium Light Light
ROOF DETAIL
U-Value(BTU/hr/sgft/F) 0.053 0.053 0.053
Weight(lb/sgft) Medium Medium Medium
Color Light Light Light
GLASS INFORMATION
U-Value(BTU/hr/sgft/F) 0.750 0.490 0.490
Glass Factor 1.00 0.451 0.45
Interior Shades No No No
SHADE INFORMATION
Window Height(ft) 9.0 4.0 12.0
Window Width(ft) 4.0 4.0 4.0
Reveal Depth(in) 0.0 0.0 0.0
Overhang Height(in) 49.0 48.0 48.0
Overhang Ext(in) 24.0 24.0 24.0
Fin Separation(in) 0.0 0.0 0.0
Fin Extension(in) 0.0 0.0 0.0
ZONE INPUT REPORT
ZoneName:East Wing-East Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page:2
TABLE 3. EXPOSURE AREA
Wall Gross Glass Glass Shade Glass Glass Shade
Exposure Type Area Type Area Type Type Area Type
(sqft) (sgft) (sgft)
East 1 594.0 1 64.0 1 0 0.0 0
North 1 132.0 1 32.0 t 0 0.0 0
1 410.0 �f 0.0 0 0 0.0 0
TABLE 4.PARTITION DATA
Partition 1 Partition 2 Partition 3
Net Area(sgft) 127.00 0.00 0.00
U-Value(BTU/hr/sgft/F) .053 .45 .05
Adjacent Region Temp
Cooling 85.F 85.F 85.F
Heating 35.F 35.F 35.F
ZONE INPUT REPORT
ZoneName:East Wing-Interior Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page: 1
TABLE 1. GENERAL ZONE DATA
GENERAL ZONE DATA MISCELLANEOUS LOADS
Zone Name East Wing-Interior Sensible 0.0 BTU/hr
Floor Area 526.0 sqft Latent 0.0 BTU/hr
Building Weight Medium Unoccupied Diversity 0 %
LIGHTING DATA INFILTRATION
Lighting Usage 1.20 W/sqft Cooling .00 CFM/sgft
Unoccupied Diversity 0 % Heating .00 CFM/sgft
Wattage Multiplier 1.10
Fixture Type Recessed,Not Vented SLAB
Area 526.0 sqft
OTHER ELECTRIC Perimeter 0.0 ft
Usage 1.00 W/sqft Depth 0.00 ft
Unoccupied Diversity 0 %
PEOPLE
Occupancy 100.0 sqft/Person
Unoccupied Diversity 0 %
Activity Level Office Work
Sensible Gain 245.0 BTU/hr/person
Latent Gain 205.0 / rson
TABLE 2.BUILDING MATERIAL
TYPE 1 TYPE 2 TYPE 3
WALL DETAIL
U-Value(BTU/hr/sgN/F) 0.0501 0.140 0.140
Weight(lb/sqft) 130 75 75
Color Medium Light Light
ROOF DETAIL I
U-Value(BTU/hr/sgft/F) 0.053 0.053 0.053
Weight(lb/sqft) Medium Medium Medium
Color Light Light Light
GLASS INFORMATION
U-Value(BTU/hr/sgft/F) 0.750 0.490 0.490
Glass Factor 1.00 0.45 0.45
Interior Shades No No No
SHADE INFORMATION
Window Height(ft) 8.0 4.0 12.0
Window Width(ft) 4.0 4.0 4.0
Reveal Depth(in) 0.0 0.0 0.0
Overhang Height(in) 48.0 48.0 48.0
Overhang Ext(in) 24.0 24.0 24.0
Fin Separation(in) 0.0 0.0 0.0
Fin Extension(in) 1 0.01 0.01 0.0
ZONE INPUT REPORT
ZoneName:East Wing-Interior Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page:2
TABLE 3. EXPOSURE AREA
Wall Gross Glass Glass Shade Glass Glass Shade
Exposure Type Area Type Area Type Type Area Type
(sgft) ($qft) (sgft)
goof 1 552.0 0 0.0 0 0 0.0 0
TABLE 4.PARTITION DATA
Partition 1 Partition 2 Partition 3
Net Area(sqft) 427.00 0.00 0.00
U-Value(BTU/hr/sgft/F) .053 .053 .05
Adjacent Region Temp
Cooling 85.F 85.F 85.F
Heating 35.F 35.F 35.F
ZONE INPUT REPORT
ZoneName:East Wing-South Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by: Glenn Castillo Page: 1
TABLE 1. GENERAL ZONE DATA
GENERAL ZONE DATA MISCELLANEOUS LOADS
Zone Name East Wing-South Sensible 0.0 BTU/hr
Floor Area 137.0 sgft Latent 0.0 BTU/hr
Building Weight Medium Unoccupied Diversity 0 %
LIGHTING DATA INFILTRATION
Lighting Usage 1.20 W/sqft Cooling .00 CFM/sgft
Unoccupied Diversity 0 % Heating .00 CFM/sgft
Wattage Multiplier 1.10
Fixture Type Recessed,Not Vented SLAB
Area 137.0 sgft
OTHER ELECTRIC Perimeter 13.0 ft
Usage 1.00 W/sgft Depth 0.00 ft
Unoccupied Diversity 0 %
PEOPLE
Occupancy 100.0 sgft(Person
Unoccupied Diversity 0 %
Activity Level Office Work
Sensible Gain 245.0 BTU/hr/person
Latent Gain 205.0 B / rso
TABLE 2.BUILDING MATERIAL
TYPE 1 TYPE 2 TYPE 3
WALL DETAIL
U-Value(BTU/hr/sgft/F) 0.050 0.140 0.140
Weight(lb/sgft) 130 75 75
Color Medium Light Light
ROOF DETAIL
U-Value(BTU/hr/sgft(F) 0.053 0.053 0.053
Weight(lb/sgft) Medium Medium Medium
Color Light Light Light
GLASS INFORMATION
U-Value(BTU/hr/sgft(F) 0.750 0.490 0.490
Glass Factor 1.00 0.45 0.45
Interior Shades No No No
SHADE INFORMATION
Window Height(ft) 8.0 4.0 12.0
Window Width(ft) 4.0 4.0 4.0
Reveal Depth(in) 0.0 0.0 0.0
Overhang Height(in) 48.0 48.0 48.0
Overhang Ext(in) 24.0 24.0 24.0'
Fin Separation(in) 0.0 0.0 0.0
Fin Extension(in) 0.0 0.0 0.01
ZONE INPUT REPORT
ZoneName:East Wing-South Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page:2
TABLE 3. EXPOSURE AREA
Wall Gross Glass Glass Shade Glass Glass Shade
Exposure Type Area Type Area Type Type Area Type
(s9ft) (s90) (s9ft)
Fast_ — 1 111.0 0 0.0 0
TABLE 4.PARTITION DATA
Partition 1 Partition 2 Partition 3
Net Area(sgft) 230.00 0.00 0.00
U-Value(BTU/hr/sgft/F) .053 .05 .45
Adjacent Region Temp
Cooling 85.F 85.F 85.F
Heating 35.F 35.F 35.F
ZONE INPUT REPORT
ZoneName:Men's Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by: Glenn Castillo Page: 1
TABLE 1. GENERAL ZONE DATA
GENERAL ZONE DATA MISCELLANEOUS LOADS
Zone Name Men's Sensible 0.0 BTU/hr
Floor Area 52.0 sgft Latent 0.0 BTU/hr
Building Weight Medium Unoccupied Diversity 0 %
LIGHTING DATA INFILTRATION
Lighting Usage 1.20 W/sqft Cooling .00 CFM/sgft
Unoccupied Diversity 0 % Heating .00 CFM/sgft
Wattage Multiplier 1.10
Fixture Type Recessed,Not Vented SLAB
Area 52.0 sgft
OTHER ELECTRIC Perimeter 0.0 ft
Usage 1.00 W/sgft Depth 0.00 ft
Unoccupied Diversity 0 %
PEOPLE
Occupancy 100.0 sgft/Person
Unoccupied Diversity 0 %
Activity Level Office Work
Sensible Gain 245.0 BTU/hr/person
Latent5BTIL/br/mrson
TABLE 2.BUILDING MATERIAL
TYPE 1 TYPE 21 TYPE 3
WALL DETAIL
U-Value(BTU/hr/sgft/F) 0.050 0.140 0.140
Weight(lb/sgft) 130 75 75
Color Medium Light Light
ROOF DETAIL
U-Value(BTU/hr/sgft/F) 0.053 0.053 0.053
Weight(lb/sgft) Medium Medium Medium
Color Light Light Light
GLASS INFORMATION
U-Value(BTU/hr/sgf tF) 0.750 0.490 0.490
Glass Factor 1.00 0.45 0.45
Interior Shades No No No
SHADE INFORMATION
Window Height(ft) 8.0 4.0 12.0
Window Width(ft) 4.0 4.0 4.0
Reveal Depth(in) 0.0 0.0 0.0 1
Overhang Height(in) 48.0 48.0 48.01
Overhang Ext(in) 24.0 24.0 24.0
Fin Separation(in) 0.0 0.0 0.0
Fin Extension(in) 0.0 0.0 0.0
ZONE INPUT REPORT
ZoneName:Men's Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page:2
TABLE 3. EXPOSURE AREA
Wall Gross Glass Glass Shade Glass Glass Shade
Exposure Type Area Type Area Type Type Area Type
(sgft) (sgft) (sgft)
Roof 1 55.0 0 0.0 0 0 0.0 0
TABLE 4.PARTITION DATA
_ Partition 1 I Partition 2 Partition 3
Net Area(sgft) 0.00 0.00 0.00
U-Value(BTU/hr/sgft/F) 1.00 .053 .05
Adjacent Region Temp
Cooling 85.F 85.F 85.F
Heating 35.F 35.F 35.F
ZONE INPUT REPORT
ZoneName:Women's Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page: 1
TABLE 1. GENERAL ZONE DATA
GENERAL ZONE DATA MISCELLANEOUS LOADS
Zone Name Women's Sensible 0.0 BTU/hr
Floor Area 52.0 sgft Latent 0.0 BTU/hr
Building Weight Medium Unoccupied Diversity 0 %
LIGHTING DATA INFILTRATION
Lighting Usage 1.20 W/sqft Cooling .00 CFM/sgft
Unoccupied Diversity 0 % Heating .00 CFM/sgft
Wattage Multiplier 1.10
Fixture Type Recessed,Not Vented SLAB
Area 52.0 sgft
OTHER ELECTRIC Perimeter 0.0 ft
Usage 1.00 W/sqft Depth 0.00 ft
Unoccupied Diversity 0 %
PEOPLE
Occupancy 100.0 sgft/Person
Unoccupied Diversity 0 %
Activity Level Office Work
Sensible Gain 245.0 BTU/hr/person
Latent Gain 205.0BM/hdyerson
TABLE 2.BUILDING MATERIAL
TYPE I TYPE 2 TYPE 3
WALL DETAIL
U-Value(BTU/hr/sgft/F) 0.050 0.140 0.140
Weight(lb/sgft) 130 75 75
Color Medium Light Light
ROOF DETAIL
U-Value(BTU/hr/sgf fF) 0.053 0.053 0.053
Weight(lb/sqft) Medium Medium Medium
Color Light Light Light
GLASS INFORMATION
U-Value(BTU/hr/sgf'F) 0.750 0.490 0.490
Glass Factor 1.00 0.45 0.45
Interior Shades No No No
SHADE INFORMATION
Window Height(ft) 8.0 4.0 12.0
Window Width(ft) 4.0 4.0 4.0
Reveal Depth(in) 0.0 0.0 0.0
Overhang Height(in) 48.0 48.0 48.0
Overhang Ext(in) 24,0 24.0 24.0
Fin Separation(in) 0.0 0.0 0.0
Fin Extension(in) 0.0 0.0 0.0
ZONE INPUT REPORT
ZoneName:Women's Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page:2
TABLE 3. EXPOSURE AREA
Wall Gross Glass Glass Shade Glass Glass Shade
Exposure Type Area Type Area Type Type Area Type
(sg13) _ (slft) (sIR)
Roof I 55,0 0 0.0 0 0 0 0
TABLE 4.PARTITION DATA
Partition 1 I Partition 2 Partition 3
Net Area(sgft) 95.00 0.00 0.00
U-Value(BTU/hr/sgft/F) .053 .053 .05
Adjacent Region Temp
Cooling 85.F 85.F 85.F
Heating 35.F 35.F 35.F
r.
ZONE INPUT REPORT
ZoneName:Men's Lockerroom Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page: 1
r TABLE 1. GENERAL ZONE DATA
GENERAL ZONE DATA MISCELLANEOUS LOADS
Zone Name Men's Lockerroom Sensible 0.0 BTU/hr
Floor Area 325.0 sqft Latent 0.0 BTU/hr
Building Weight Medium Unoccupied Diversity 0 %
LIGHTING DATA INFILTRATION
Lighting Usage 1.20 W/sqft Cooling .00 CFM/sgft
Unoccupied Diversity 0 % Heating .00 CFM/sgft
Wattage Multiplier 1.10
Fixture Type Recessed,Not Vented SLAB
Area 325.0 sqft
OTHER ELECTRIC Perimeter 0.0 ft
Usage 1.00 W/sqft Depth 0.00 ft
Unoccupied Diversity 0 %
PEOPLE
Occupancy 100.0 sqft/Person
Unoccupied Diversity 0 %
Activity Level Office Work
Sensible Gain 245.0 BTU/hr/person
Latent Gain 205.0 TU/hr/ erson
TABLE 2.BUILDING MATERIAL
TYPE 1 TYPE 2 TYPE 3
WALL DETAIL
U-Value(BTU/hr/sgft/F) 0.050 0.140 0.140
Weight(lb/sqft) 130 75 75
Color Medium Light Light
ROOF DETAIL
U-Value(BTU/hr/sgft/F) 0.053 0.053 0.053
Weight(lb/sqft) Medium Medium Medium
Color Light Light Light
GLASS INFORMATION
U-Value(BTU/br/sgft/F) 0.750 0.490 0.490
Glass Factor 1.00 0.45 0.45
Interior Shades No No No
SHADE INFORMATION
Window Height(ft) 8.0 4.0 12.0
Window Width(f1) 4.0 4.0 4.0
Reveal Depth(in) 0.0 0.0 0.0
Overhang Height(in) 48.0 48.0 48.0
Overhang Ext(in) 24.0 24.0 24.0
Fin Separation(in) 0.0 0.0 0.0
Fin Extension(in) 0.0 0.0 0.0
ZONE INPUT REPORT
ZoneName:Men's Lockerroom Block Load 3.05
Location:Seattle-Tacoma, Washington August 30,2000
Prepared by:Glenn Castillo Page:2
TABLE 3. EXPOSURE AREA
Wall Gross Glass Glass Shade Glass Glass Shade
Exposure Type Area Type Area Type Type Area Type
_ (sgft) (_uittr) (sg11)
_ sere are NO exposdres d firidin this z0f1e! 0.0 0 0 0.0 0
TABLE 4.PARTITION DATA
Partition 1 Partition 2 1 Partition 3
Net Area(sqft) 680.00 0.00 0.00
U-Value(BTU/hr/sgft(F) .053 .05 .45
Adjacent Region Temp
Cooling 85.F 85.F 85.F
Heating 35.F 35.F 35.F
d
M ri , C NIAterials Te'._ .Cing & R E C E I V E D
Consulting, Inc. JAN 3 0 2001
Report#F 8776
FIELD REPORT
Materials Testing &Consulting, Inc. FILE NO.: 000809
777 Chrysler Drive, Suite A DATE: January 15, 2001
Burlington, WA 98233 Phone: (360) 755-1990 CLIENT: ACS Industries, Inc.
Fax: (360) 755-1980 PROJECT: ACS Office Building
ADDRESS: 19602 601'Ave.
CITY: Arlington, WA.
CLIENT: ACS Industries, Inc. ENGINEER:
ADDRESS: 2151 Mogadore Road ARCHITECT:
Kent, Ohio 44240-0810 CONTRACTOR: Sierra Wright
Attn: Bob Willoughby PERMIT NO.:
Time:pm Temp:
On site as requested to check column base plate connections for overhead crane, for
snug-tight condition. The following columns had loose connections C12, C13, 139, 135,
134 and 131. The contractor tightened these connections in the presence of inspector so
that all connections are tightened to snug-tight condition.
Inspected By: Curtis Shear, Field Inspector
Reviewed By: Niall P. Hackett, Technical Director
DISTRIBUTION:
ORIGINAL: Client
COPIES: City of Arlington
ALL REPORTS ARE CONSIDERED CONFIDENTIAL AND ARE THE PROPERTY OF THE CLIENT AND MTC
REPRODUCTION EXCEPT IN FULL WITHOUT THE WRITTEN CONSENT OF MTC IS STRICTLY FORBIDDEN
777 Chrysler Drive, Suite A • Burlington, WA 98233 •(360) 755-1990 •Fax 755-1980
814 Lakeway Drive, #161 9 Bellingham, WA 98226 • (360) 647-6061
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CITY OF ARLINGTON
Commercial Plan Review
Owner: ACS Industries
Address: 215 1-Mogadore Rd.
Kent, OH. 44240
Contractor: Sierra Construction
Address: 16715-NE 79 Street
Redmond, WA. 98052
Site address: 19602-60 Avenue NE
Date: 09-29-00
Reviewed By: Kerry Wentz
Permit# 00-4239
Comments:
All work must comply with the 1997 Uniform Mechanical Code and the Washington
State Nonresidential Energy Code. (NREC)
All work is subject to field inspection and approval.
No work shall be covered before an inspection has been made and permits have been
signed showing approval.
All inspection requests must be called in on the inspection request line. (360-435-0674)
You
shall comply with all notes on the approved plans.
If you have any questions,please feel free to contact me at 360-403-3433.
Thank You
Kerry Wentz
Applicant Date
�'
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�K
REGISTERED AS PROVIDED BY LAW AS
CONST CONT GENERAL
REDIST. # EXP. DATE
ccol KASPAMC088SC 01/02/2001
EFFECTIVE DATE 01/03/1992
KASPAR MECHANICAL CNTRNG LTD
710 S FAWCETT
TACOMA WA 98402
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ISSUES DATE
V' 10-122 PROJECT: 1.FORREVIEN' 24JULY2000
x DATI: e KASPAR
� DATE: 24JULYz(100 I
MECHANICAL LTD 2.FDR PERMIT 16AUG2000
t" ACS INDUSTRIES, INC. 3 VISIONS 20SEPT200
DRAWN AY: DJH
it O CHECKED RI'. JCK 2100-196TII SW SUITE114 PH(425)6721094 FX(425)7751670
N ' — LYNNWOOD, WA 98036 EMAIL: .iohnk@kmPannech.icDl.com
APPROVED BY; JCK 19602 60th Avenue NE
C , ` 0llnni Alllror Mc'Iurv.LiJ.
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DATE, 24JULY2000
u 10-122 1.FOR REVIEW 24)ULY2000
DATE: � 2.FORPERMrr 16A[1G2000!^\ - DRAWN BY: ACS INDUSTRIES, INC.
CH I�ASPAR MECHANICAL LTD
7" ECKEDBY:
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LYNNWOOD, WA 98036 EMAIL: johnf@�sne�echeolwl.com
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