HomeMy WebLinkAboutCOMCHECK - 04-00097 - Upper Valley OptionsEnvelope Com pianre Certificate
20D1 IEC
CaMcheck-EZ Software Version 2.4 Release 2c
Data filename.- C AArch iatectur6Sundberg\Upper Val leylLTppervallyREV.cck
Section 1: Project Informafion
Project Name:
Des igner/Contractor:
Document Author.
Upper Valley Options
Rexburg Business Park
Rexburg, Idaho
Sandberg & Assoc., Inc.
SEIZ Construction, L.L.C.
Newell fioldsberry
Section 2: general Information
Building Location (for weather data):
C 1 imate Zone:
Heating Degree Days abase 65 degrees F).-
Cooling
):+Caoling Degree Days (base 65 degrees F).-
Bul
Office
N
Project, ri ti ro one
New Construction Addition
Rexburg, Idaho
16
8693
143
'm
Permit Number
Checked By/Date
Alteration - Unconditioned Shell (File Affidavit)
Section 3: RequiCheeklirements st
Bldg.
Dept -
Use
� Air Leafage, Component Certification, and Vapor Retarder Requirements
1 . ASI joints and penetrations are calked, gasketed, weather-stripped, or otherwise sealed.
2. Windows, doors, and skylights certified as meting leakage requirements.
] i 3. Component R -values & U -factors labeled as certified.
� J 4. Vapor retarder installed.
Climate -Specific Requirements
Gress Cavity Cont_ Proposed Budget
Component Name/D������ Area R -Value R -Value U -Factor U-17actor
NORTH:
Exterior Wail 4: Wood Frame, Any Spacing 853 19.0 U.0 (},Q68 0-067
Window 4: Vinyl Frame, Double Pane with Low -E
Tinted, SHGC x.36 SC --- --- U.320 0.�20
Door 4: Solid 24 --- --- 0.150 0.112
EAST:
Exterior 1r1Ia11 3: Wood Frame, Any Spacing $55 19.E 0.0 0.068 0.467
Window 3: Vinyl Frame, Doable Fane with Low -E
Tinted, SHGC 0.36 67 --- --- 0.320 0.520
Doan 3: Solid 72 -w- --- 0.150 0.112
SOUTH:
Exterior Wall 2: Wood Frame, Any Spacing 863 I9.0 0.0 4.05$ 0.067
Window 2: Vinyl Frame, Double Pane with Low -E
Tinted, SHGC 0.36 45 --- --- 0.320 0.520
Door 2: Solid 72 --- --- 0.150 D. 112
WEST:
Exterior 'Wall 1: Woad Frame, Any Spacing 946 19.0 0.0 0.068 a.067
Window Y: Vinyl Frame, Double Fane with Law -E
Tinted, SHGC {?.35 100 --- --- 0.320 0.520
Door 1: Gass, Tinted, SHGC 0,87 45 ---- --- 0.380 0.520
UNSPECIFIED ORIENTATION,
Roof I-. All -Wood JoistRafter/Truss 5372 38.0 0.0 0.028 0.047
Floor 1 : Unheated Slab -tan -Grade, Vertical 2 ft, 319 ___ 11.0
(a) Budget -factors are used for software bas-eline calculations ONLY and are not code requirements.
Envelope PASSES: Design 25% better than code
Section 4: Comphance Statement
F
The proposed envelope design represented in this document is consistent with the building plans, specifications
and other calculations submitted with this permit application. The proposed envelope system has been designed to
meet the 2001 IECC, Chapter 8, requirements in COMcheck-EZ Version 2.4 Release 2c and to comply with the
mandatory requirements in the Requirements Checklist.
- - - j_ — __ CX-s�-
w.+aaaAv
,r
:2, /Z?�,- 6
Date
FRAM
h RX Nr
Lighting Compliance Cerfificate
9a.1 ('89) Code
COMcheek,Ep2 Software Verg'lon 2.4 Release ib
Uta filename- untitled
Section 1: Project Information
r jmName:
Di erg otrtr
Document Author.
Tel els
Date:
Section 2: Geneml Information
ul Irl i n Use 'ripf l b
Rcxburg Office prqj'ect
9EZ Contractors
DE:c. 28 20M. 12:20PM
Permit KumbeT
J. 1I -F1111.
Checked 13Y/Date
.. . . - * M . a . .0 _' Moft
,, . *+a ,o , , „h,. ..... , . t `
Whole Building Tye
M� Im floor Area
RqqroLng Ty2o � �w '.Vrp- dr
Office6000
Pro ect Descriptinrt (cheek one).
New Con5truction !Addition Alteration _ Uncon4i'fi'oned Shell (File Affiidav�t)
Section la, Requirements Checklist
Bldg.
Dept_
C]9e
Interior Ughting
1. Total actual watts must be less than nr equal to total allowed watts
Allnwcd Watts Actual Watts Com plies(Y(N)
10200 1 YES
Exterior Lighfing
F 1� s) of exterior lighting sourcese
Flu m e . Metal Hal" Ili&h-Pr. Sodium
E,rxrw.
Spceialized signal, directional, and m rkc%r lighting: lighting bighlighting ext Corr fentums of
I �� lighting,11 i 'c u I in s; d rti i k a ; et ( secur#
Cont r I , Switching, and Wki n
3. Master swnch at L try to hoicl/mote] guest, room
. Minim Lire of two 9w'Irtches, dIMMer, OT CUancy sensor in each spice.
Only one Itiminaire m space;
19 'ty fighfing, 14 hour lighting-;
The area is a. corridor, storage, rcstrGom, retail sale5 arca 10T- 110bby,
. Photocell/as-trononfleal tine switch on exterior tights,
li vAreas requiriTig lighting doting daylight hours
f T newired one -lar and t r Iam ballasted I u a r� i t .
FROM
PAX HO.
Lighting Application Worksheet
90 -al ('89) dude
COMcheck-EZ Soflware Version 2.4 ,Release 2h
Section 11#1 AllowedLighting Power Calculation
A
Dec. 28 2001
u
Total
Hoar Allowed 11 l l owcd
Area watts UV�tts
F3uildin 'T c M2)w�uslft2 �3 xJ �t_ C3
Section Z: Actual Lighting Power Calculation
B
Fixture Fixhire DescOption
(D Lump #ri on Watts La Ballast
1 48" T8 32W / Electronic
" T8 32W Electronic
Incandescent 5W
000 1.7
1 020
Total A I lowed Watts 10200
E F
Lamps/ ` off; Fixture
Fixture FjxWres,Watt. E
3 70
96
6720
2 20
64
1280
41
so
2050
Ti Actual Wats — 10050
12: 20PM
Section 3: Comphitnee Calculn-tion
If the Twa! A flowed Warts m #nus thy: Trrecrl Acruad Walts i;wcatcr than or equal to zevo, the building camel ins.
Lighting PASSE,5': De s i gn 1 %better thin jade
Total Allowod Watts =
'rbta I Actun1 Wats
Project Compliancc:7
11
P3
FEB— -2004 10-015 P
Mechanical C:amplig ie Certificate
9Q.1. ('89) bode
CUMcheck-EZ Software Vers -i+ 2.5 Release i
Data filvname: Umitled
Sectl'on Is. Project Infort-.4tion
Project Name: A New Clinic for Scott Birkinbine
Desi gnr/ n a tar-, LY7_. Construction/Snakc River Me0anical
Document Author,b l' Rieth, Jr.
Notes: HVAC
Section 2: General Infor -.-iafion
Building Lca o (for weather ma): Rexburg, Idaho
Climate Zone; 1
Heating Degree Days s (base 65 Agrees F): 8693
Cooling Degr a Days (base 65 cgrecsF); 143
eject Vie: New Construction
Section 3b. Mechanical S'. items List
-ia- �. ,•..-F,-`'#--PIFs rdf'Oi •iUMs mwpvftwlw
Permit Number
Checked Dy/Date
Quanf
ase _ 4 dption
I FIVACst t : V' tin : Contra] Fumace, Gas /Cooling.-SpHtSystem,:.el.p , its ��:�_ � lOtu/h,
Evaporatively Cool I Condenser/ S 11181LA Zone
I ]ant i l r �F�Iden In U it,, Cap it 1 � Btu/ , ndens r � p r t LIV Cooled
Water 14 c at in 1: , Vice Water Hat r
Secti"on 4.* Requirementi'Cheeklist
f(equirements Spey. ,.,,1-1 To-, HVAC SystOm I
1. Ncwiy Purchase.. F.heating uip a rpt meets the heat iefficiency requiremonts
. Newly r � ,,'�, ling equipment meets the coofing efficiencyrequirements
3, Integrated air= iizr is included
Requirements Spec�.:-`ic Ta: Plant I
I l 1. Newly purchase :--cooEing equipment meets the coaling efficiency requirawnts
I
I Requirements Spec ::1c To: Water Hestlng 1
1. Heat traps in inli ;.-'outlet fittings
{ � � 2. 112 -in. i.nsulatioi � -)n 8 ft of inlet/outlet piping if no integral heat craps
Generic Reu1r c.i,, tz us a met all systems t which the req u ireL � nt i; applicable
1. Load cal latior --'. per 1997 ASH Fu da ental
J . Plant equipmeni,.,,,d s r.st a a it no greater than needed to meet louds
E'Lxceptioni 51.14 idby equipment aur witch 4 ■ when primary tem is op,etm tin
q Exception: M.:.r.
I il njts controlled to squence operation as a funpdurly I a
.1. Minimum one U 1peTalure control device per system
Pe 02
FED -09-2004 10 :16 PM
Minimumr hlirtin System
` F T hvTmubtaficcont 4s ha5 5 deg. F deadband
ExceptionD .'nostaO requiring manual changQover between heating and cooling
i
Automade to F(heat) and .. F (coy 1 4 � clock
v
-hour occupant c rriI Owh oFur backii p d e,
* Exception h Cot -nuously operating zones
Exceptimp 2 W demwid or les�, submit calculations 'n with affflow >3,000 �fmh
7. Autotnafic
i. dampers on exhaum systems and PPIY SY3W
outside-air8. i -`or ventilation; system capable of reducing OSA t i minimum
R-5 supply and Bir tip. nsu lat ion xn r�� i I onedDces
R-8 supply re irn air duct insulation oviside t t: building
R-8 insulation bev '" ven u is and the building exterior when ducts are pail of a building assembly
Exception: Det,' ,{' i located within a u1prnt
1�xceptiom Du! i w4h interior and exterior temperature difference not exceeding l deg. F l.
D. Ducts scoled ! -'ongiyudinal scams on rigid ducts; transverse seams on all ducts
UL IS I A or 18 1 F tapes aril mastic
11, Mechanical f ..-enerq and sealants used connectductsand airdistiribuflon qi tint
12. pipes in
"of waterpip,insulationI in, for=1. In. and in. for p 1, in.
W 1. � and 1 in* for Pins hilled ter r f ray rr i an� r ip�l ,
Steam pip c insult'. on: 1.5 Mrs. for pipes 4 <–I PS in. and 3 ire, four pips >1.5 iti,
Excieptiow Pif ig within HVAC equiprnim
ion. FIt I temperatures between and 1 deg. r
-
r-,xception: FIL l not heated or cooled
Exception: Ru. ';'guts <4 A in length
13 ' Operation ani.., -,maintenance manual provided to building owner
14, Balancing d s provided in accordance with IMC 6011
11. N ew ly p ur ; 7 ed service water h cati r g eq u ipment t 5 i h v, e Me i ency req u I rc MOWS
16. 'user heater r arse control 1 10 d e . F for d we I I i ng,units or 9 0 deg. F
for other occupai ies
Section 5-o- CoMpliance 5 , itement
IN
The ��roposed mechniCal desq ,. represented in this document is tnnsistent wikh the building plans, sneciflGaiions and
aihcr calculations submitted wi this permit application. The proposed meOaniGal systems have been designed to meet
the, 90.1 ('89) Code requiremen :. in CoMcpheck-EZ1Jeryion 2.5 KeIease 1 and to comply with the mandatory
requirements in the Requirieme s Checklist.
Prinipal Mechanical Designer . dame .
AP �''d
P!'
Date
P. 03
FEB -'09-2004 10 :16 PM
Mechanical Requiren if
description
90.1. ('89) Code
COMeheckmE7 Software Vcrsio; 2.5 Release 1
DAta filename: Untitled
The following list provides morM Jcwiled description oi'the requirements in Section 4 at the Muchancal Complialice
cellificaw
Requirement* Specific To: H AC System I
el . Tho specifled heatingequip ant is covered by Federal minimum efficiency requirementi. Now equipment of thiry
t can. assumed ee-,")r exceed SH1 E' r .1 Code require n ( s for equipment eff iciency.
2. The specified I n equipant is covered by Fedeval i' ni effliciency requitsements. New equipniont ofthi's
rype can be assured to rnee, or a xceed AS H RA 9 90,1 Code requi rements fo r equ *iprnent efficien.
3. An ins air isi t;- required for individual o 1 i , systems over 90 k,13tuJhr 3,000 in the 8 1 d
011", at . n integrated of i r allows r al an a op�rati n f utd r-itfor and mechanI a1 cooling.
Requirements Specillic To: P° . nt 1
Z. The specified cooling equir .,.sent is covered by Federal minimum efficiency r�quirernents. New equipment of thi5
tyke can be assumed to mit ','or exceed ASHRAF 90.1 bode requirements for equipment efficiency*
Requiremcnts Specific To: 'VI :ter Heating 1
1, Heat naps are required an r ,ncireuletirig water heating systems an both ir►let and outlet conr�ectionR. Heat trips may
'be purchased or field-fabrk -,ad by creating a loop or inverted U-shapcd arrangement on the inlet and outlet Pipes,
2, PI -Pe Insulation for the spec'..'.ed nonc:ircul$ting service hat water system is rcquireci for all piping in the fallowing
c;ategoriog:a} the first 8 fl o-,,:. wtlet piping foam any constant -temperature, nancirculating stQragQ systemh) the into
piping betweert the stnrage nk and e heat trap in a nuncirculating str4g 5YRtemPipe insulation must be at least !12
in, and havo 8 conductivity >0.28 Htuiinl(hPft?k°F),
P
Generic Requiremente; Mus-.:.yc rnct by a11 systems to which the requirement is Oppilcable
1, Design heating and coaling -:;,)ads for the building must be determined using pmccciuras equivalent to thane in
Chapters 27 tLnd 28 of tha i J,VHHA�, Handbook of Fundamentals or an approved equivaleriz calculation procedure,
2. A11 equipment and systems ,-<<iust be sized to bb no greater than necded to meet calculated loads. A single piece of
eq�uipment providing Moth 1�.�t�ng and cooling must sgtisfy this provision for one function with the capacity dor flys
affior lUnotigri as smell as V..miblc, within available equipment options,
Exceptiow 'rho equ'spmen ;Indlor tiystorn capacity may be greeter than calculated [oads for standby purposes.
Stwidby equipment must bi : iutamatically controlled to be off when the primary cqwiprnem and/or rystem is
upertting.
- �x�eption: Multiple units �, f the same equipment ryp� whose combined capacitie5 axc�od t�c� calculated lead ire
allowed if they are provide .with concroli to sequence operation of [he units as the load increases or decmases.
3. Each hating or cooling syt :.,m serving a single xone must have its awri temptr�t�,�ri control dev'c���
4, Each humidification systen.., nugt have its own humidity control device.
50P 'Thatrnostats controlling ho. heating and coaling mint be capable of maintaining a 5 degreeFdeadb�nd (� ranga of
temperature where no heat: or cooling is provided).
Exception: DeAdband cap: �ility is not required it'the thcrrnoscaT dc�e5 not have auton��ti;c changcaver cap��ifIty
between heating and c:oolir
b. The SyBtem of xpne coC1tro' nust hi5 n programmable thermostat or other autQmativ control meeting the fbIlowing
criterla;a) capable of settu. .. back temperature to 55 degree F durinb heating and setting Ftp to 95 degree F during
coolingb} capable of autai; ;Itic:afly setting back or shutting down systems during -uilflcoupted how i. using 7 dffer�rit
r3a}► schedulesc:) have arta P.OjSjbLjO 2 -hour occupant vverridect) hawo a battery hick -up capable ofma" ntai»ing
p ro granm e d sattings for ai,,,;east !(f hours withou[ power.
Ex+eeptian: A s,etbuk ors - nof'f control is nit requirad an thermostats that cdncrol systems sery ing neas that operate
canti�tiausiy.
- F:xcWian. A setback or utoF# control is not rcquir'ed on systems with total energy demand of kW (I 826 Muth)
or less.
7. Outdoor -air supply system _:with design airflow rates y3,000 cfm ofoutdoor air arid all exhaust systems gust linve.
dampers that ars aulomaCk _:lly closed whi1ub the oqudpment is oat o�erating.
8. The system must supply c�t. -�3idc vent�lat�on air as required bar C;hapter 4 of the International Mecha�i�a1 Cade. jt`��
vE;nti�atiQn system i� de�i
S.:d t4 �upply outdoor -air quantities exceeding rn�riimum required 'levels, l.he �y�tcm must
FE -B-09-2004 10:17 p
b capable of outd
.`,)r -air flow to the minimum requircd level -As.
9.
Air ducts must be insulated
, the following levels: Supply and return air din=ts for conditioned air located in
unconditioned spaces (spu
neither heated nor cooled) must be insulated with a minimum of R-5. Unconditioned
spatia include a 'L s, crawl
mces, unheated basemenm, and unheated garages.b) Sreturn air duct. and
Plenums MMt he 'Insulated I
: a Minim.lmof R-8 when located outside thel l ' � .c Whcn dUM an lacattd withill
f
exterior components (e.g.,I . f '' o r roo)' minimum R-8 imulation is - r uired onlybetwealk the duct and th.e
building e
Exception: Duc t insulatioi
:9s not rcquircd on Oucts located within equipnicnt,
- f�� tion: Duct insulation,-
.� not required whien the design temperature f r n between the intrwrior and exterior
of the duct or plemum doa5
:a t exceed 15 dere F,
10.
All joints, longitudinal and
-."ansversc scams, and connoctions in ductwork must be se r 1 sealed usingt5
tic hami a1 fasteners with s
.l # gaskets, or nia- ti " mesh and rnastic seal ing systcms t 1, lrape43. #[` t and mastics
F
Must ba listed and labeled t
accordiince with U1, 18 1 A or U Lo 18 1 Bb
I l .
Mechanical fastener and s
A -11s, mastics, orgaskets must be used when tonnecting. ducts t fans and other a it
distribution equipment, inch
-Aing Multipho-zone terminal units,
'12.
All pipes serum ace -c i
.i n�. stems u be, insulated as follows:
Hot water piping for heat
--_.B Systems:
I in. for pipes = l 1/2
Aomteal diameter
2 in. Cor pipes >1 1/2 -it
...nominal diameter,
Chilled water, refrigerant
t rite piping systems,:
i
I rn, * n ul tr n for pipe
' `� 1 1/2 -in. nom i n l diamoter
l 1 /2 in. insulation for I
-.-:)es > 1, 1 12-i . nominal diameter.
Steam p 1pIn;
1 112 'In. insulation for i
Pes <— 1 1/2 -in, noirinal d (am ter
3 in. insulation for pipe
> l 1/2 -in, nominal diamete'r.
Exception: Pipe Insulettim."
S not required for factory -i nato tiedpiping within HVAC equipment.
Exception-PPip insulatiol:'snot
required for p'l'ping that conveys ll u i a 'ir � a des i n 1 perm s
range t o n degrees 1
; find 105 -e rtt s f ,
Exceptionk. Pi iC tj i
, not r' qu.� d for piping that conveys fluids that have not been heettedor cooied through
the use of fossil fuek or e1(
tric power.
Exception-, Pipe ingulatioi
""is� grad for runout piping not excecdmg 4 ft in )ength and I in, in diamcter
rwe the contrc 1 valve
a
i 1,
1.3.
Opetaijun and maintenanc
(15docutnentation t must be provided to the owner that includes at least the fultowing
F
Mr t � r a) c4qWpmcn t
n
1 ipac it (input and output) and required maintenance actions equipment e t and
maintmi a u 11'.�AC
system control .mainienan and calibrafl'on intbrmation., including wdie 'anis,
schcMatics, and control set
4
L, c deseriptions; ired or fie I &dt rm in set potents -,gust I)c peli ntl recorded
n c ntml drawings, at cm.
"V dev" i T-, for dr; -,tai control systems, in programming rrr tcomplete
numt1ve o f h oeach systi
t i s intended t o op cral e.
1.
each supply air outlet or c'
'-,"fuser and tachzon a term 1 n a I de vi s u c h as V A V o r rn ix i ng mu st havo Its own
balancing. - ice, Acceptal..'x. balancing d i include adjustable dampem located Within the ductwork, terminal
devices, and SUPP ly air d i fr
IS.
Service water heating equ.9, t must meet miniMUM Federal efficiency included In tho National
`
App I iance En r s r °
Ion Act and the tine-,- Po I 'IAct o f 1 h ich m ot or o X. ce ed AS HRA F 90. 1 Cc -de.
New 3ery ic a water heating
u l pment c ars be assn m ed to meet t.n a se req u 1 roments,.
16.
Wawrwheating eq ip nt p
ust be provided with controls that allow the user to set the watclx ternporuMm to I 10 1F
for dwel-ling uti its and 90 t:
for other occupancies. Controls rust 1 imth output temperatums oflavatories In publ'i
facility rtgtrooms to 110