HomeMy WebLinkAboutREVIEW RESPONSES - 05-00008 - BYUI Clark Building - AdditionMarch 7,2005
Mr. Randy Hayes
JHS ARCHITECTS
125 North Garfiled
Pocatello, ID 83204
RE: CLARKE BUILDlNG
CITY REVIEW COMMENTS
Dear Randy;
H EATH
EngflE2r!ng1OMPdnU
Mechani[al 1 E12[tri[al lonsultdnt5
The following are our responses to the City Review Comments dated February 22, 2005.-
Review
Comment #1:
hifo=ational note ... no arespvnse
Review Commend #2-,
Most of the major HVAC equipment is existing, with improvements being made to the controls.
New equipment and new equipment znsiallation as outlined in the drawings and specifications are
in accordance with the 20p3 International Energy Conservati
on Code.
Review Comment #3
The mechanical specification section 15,830 Part III paragraph 2.a2 A states that the cabinet
heater is to be installed per the manufacturers installation instructions. Instructions have been
given to the contractor to install the water heater per the manufacturer's znsiallatxon instructions
and to have all instructions to all mechanical equipment and appliances available at the job site.
Review Comment #4
The spacing for the piping supports in shown cin Drawing M5.3 detail 4.
Review Comment #5
The required outside air AFM for the building Inas been given to the contractor. This quantify and
the minimum VA.iT box CFM quantity vas dcterniinc;d ba6cd on ASHRAE 62.89 which uses the
same formulas as shown in the IMC section 403.3.2. A enpy of these calculations has been
attached is this leiter.
-/ West 800 f Orth � It La City, Utah 8410 9 Tel, 801 � 7 * Fax: 801.
322. r Ema, , : r thh tl n m
C. LewisWilson • Larry D. Veigel `victor S. Willes o Randall T. Veigel 6 Jeffrey
. Anderson a Bl. Br ce
Nolan E. Johnson • William J: Geertsen @ Dow W. Richardson -a berL J_ Kesler
Mr. Randy Hayes
March 7, 2005
Page 2
Mangy of the rooms in the building have an intermittent occupancy. ASHRAE d2-89 paragraph
6.1-3.4 allows for a decrease of outside air to a room with intermittent or variably occupancy.
This has been done in rooms such as the Cooking Lab 333 which is a teaching lab with both
intermittent and variable occupancy. On the schedule provided, the "O A vent CFM/Per" coluirin
has been adjusted to compensate for such roams.
(The cooking lab when in use will also be exhausting 404p CFM from either supply air or a
combination of supply and transfer air depending an the room temperature requirements.)
Review Comment #b
Rooftop exhaust fay REF -5 is exhausting room 3 10, 3 X OA and 3 1 QB.
is exhausting room 3 11. Reference drawing M2.3
Review Comment #-17
Rooftop exhaust fan REF -6
The contractor has been instructed to provide a 4" d7ameier dryer exhaust duct made of steel not
less than 26 gauge.
The dryer duct is enclosed in a wall and also does not exceed the 415 diameter indicated in section
6a7.6.1 exceptions.
The owner has been notified that they must purchase a dryer that will be in compliance with the
actual length of the dryer exhaust duct.
Revlew,Conment #$
This comment will need to be addressed by the owner.
Review Comment #9
The contractor has been instructed that all mechanical components installed in the ceiling plenum
must either be noncombustible or have maximum flame spread index of 25 and a maximum
smoke development index of S0.
Review Comment # 1 0
The corridors in the Clarke building apply to the following conditions in paragraph 601.2.1 of the
code:
�. The corridor is not required to be of fire -resistance -rated constir-action.
2.
ire-r i t -
2. The air --handling system serving the corridor is shut down upon activation of the air -
handling unit smoke detectors.
3. The air -handling system sewing the corridor is shut dawn upon detection of sprinkler
waterflow and the building is equipped throughout with an automatic fire sprinkler
system.
.10SW -
Mr. Randy Hayes
March 7, 2005
Page 3
Review Comment #11
The contractor has been instructed of the following:
50
i That the maximum flame spread index of 25 and maximum smoke development Index
of 50 shall be met for all mastic and vibration isolation connectors when tested in
accordance with ASTM E $q.
,2, The duct coverings shall not flame,, glow, smolder or smoke when tested in
accordance with ASTM C 411 and the provisions set forth in Section 604.3 of the
Mechanical Code.,
�. Ducts must be sealed in accordance with the provisions in the 2003 t mationa
Energy Conservation Code.
The specification limits flexible connectors to 3 feet and indicates they must be UL listed.
Reference specification section 15890 paragraphs 2.06 and 3.05).
The specification indicates duct support spacing and does not exceed
specification section 15 890 paragraph 3.06.
Review Comment #
All fire -rated walls in this building are rated for I hour.
Review Comment #1 3
There is no gas piping on this project.
Please call if there are any questions.
Since -rely,
HEATH ENGINEERING COMPANY
I
Larry D.
Veigel, P.E.
J,-\�Vork�Jobs\3841.01\Review Cornments\CAY Review Cornments Res ponse.doc
10 feet. Reference
ka
Ventilation Air Calculations per ASHRAE 62-89
System Total SA (Vst)
Sum of min OA to Bldg (Von)
Provided OA {Vat}
Min DA % (X)
Provided DA % (Y)
Critical space QA % (Z)
8T940
11950
20000
13.59%
.740
53.84%
0
PI!jET
M SYSTEM:
DATE:
L! BY:
BYUl Clarke Building
Jars, 2005
JP
VAV
No.
Description
OA
Vent
fry/Per
No.
People
Area OA Min OA
SP Vert To space
Cfm/SF o
Design
CfM
T space
SA Flow
Critical
space
Min Reqd
Nsc),
VAV Remarks
Min
%
102
NursIngDep. Chair
20
1
20
150
37
%
103
Library Comp Room
7.5
11
82,5
900
153
17%
105A
NursingLab
20
3
60
300
111
7%
105B
Nursing Lair
20
3
.. 60
450
111
%
105.0
Nursing Lab
20
2
40
320
74
%
105D
Nursing Lab
20
2
40
320
74
%
105H
Nursing Storage
20
0
0
300
0
0%
1051
Patient
0
2
40
150
74
50%
16
NursinSeg
20
1
20
150
37
107A
Patient
20
2
40
150
74
50%
107B
Patient
20
2
40
150
74
%
107C
Patient
0 -.
2
40
150
74
0%
107E
Patient
20
40
150
74
0On
—
108
BDF
20
0
0
500
0
0%
112
Classroom
T5
30
225
630
41
%
113
Electrical
20
0
0
500
0
0%
114
117
Classroom
Secretary
T5
20
30
3
225
60
700
200
418
111
0%
%
117A
Office
1
20
150
37
25%
117B
Office
20
2
40
960
74
8 '°O
117C
Office
20
1
20
150
37
%
117D
Office
20
1
20
150
37
25%
117E
OffiGe
20
1
20
150
37
00
117G
0
1
20
150
37
25%
117H
Office
20
1
20
150
37
25%
117J
Office
20
1
20
150
37
%
117K
Office
20
1
20
150
37
%
117L
Office
20
1
20
1
%
117M
Office
20
1
20
1
%
117N
Office
20
1
20
1-5-0
37
%
117P
Office
20
1
20
150
37
%
117Q
Office
20
1
20
150
37
25%
117R
Storage
20
0
0
1
%
119
Classroom
7-5
25
+187.5
750
348
%
1,21
Storage
213
0
0
300
0
0%
125
Classroom
7.5
25
187.5
800
348
44%
127
Scenario
20
2
40
100
74
4%
129
Scenario
20
2
40
100
74
74%
131
Scenario
20
2
40
100
74
4%
133
Classroom
7.5
25
187.5
600
348
%
1Classroom
7.5
30
225
700
41
In
137
Stora
- -0
200
0
%
Classroom
7.5
30
225
700
41
%
141.
Classroom
7.5
20
150
116
279
17%
143
HS Lab
T5
25
+1.87.5
1 t620
348
21%
143A
Wash
20
0
0
100
0
0%
14E3
Wash
20
0
0
100
0
%
143C
Wash
20
0
0
100
0
0
145
Secretary
20
5
100
210
1
%
145B
Office
2 0
1
150
%
1450
-.
L 200
111
%
VAV Description OA No. Area OA
Min OA Design Flow Remarks
No. Vert People F Vent
To ,pfrd�Eap r�r�
rn r fm/SF o) To Space Space %
Min Reqd
145DOffice 20,
145E Office
20
145E Office 20 20 150 37 25%
145G Office0 1
20 150 37 25%
145H - 150 37 25%
145J20 20 1 %
145K Office 2D 20 150 37 25%Office 0
1 20 20 150 37 25%
145N Office 20 20 150 37
20
1 Classroom 150 %
149 Classroom T5 30 225 630 418 66%
1A Corridor 20 0
1 BA 500
Corridor 20
IBB Corridor r 0
E Vestibule 20 0
0 500 0 0 500 0 0% �
Observation T5
- 202 Lab 7.5
203 Lib 30
187,5 1,320 348 %
203B - Storage 20 2 225 1 t350-- 418 31%
204 Observation T5 5 40 200 74 37%
205 37,5 150 70 46%
207 Offi Ce 20 1 0 150 37 %
Offf ce 20 1 20 150 37 25%
209 Kitchen- 20
40 420 4 1 %
209A Laundry 20 0 0 250 0 0%
10 Conference+1
211 office 20 112E5 350 209 60%
20 212 WorkRoom 1 7.5 30 225 660 418 63%
150 37 25%
206 Storage 20 3 --
214 Classroom 7.5 25 225 1,350 418 1%
187.5 880 348 %
215 L Observation 7-5 20 1
50 550 279 51%
216 Classroom 7.5 255 187.5
880 348 40%
217 Reception 20
219 Lab T5 20 40 ITOOO 74-- 7%
221 Observation 7.5— 15 112.5 400 209 52%
150 1;600 1
223 ReCeption 20 5 100 450 186 41%
2238 Offire 20 1 20 1
2230 Office 20 1
Office 0 1 20 200 37 19%
223E office 20 250 37 15%
223F Office 20 1 0 275 37 141X0
20 1 0 500 7%
H 01
223J Office 720 150 37 25%
0 1 20 900
223
223L Office 20 1 20 150 37 25%
223M Office 0 1 20 500 37 %
Office 20 1 20 20- .I
223N Office 150 %
P -Office 20 1
20 400 37 9/0
Office 20 20 150 37 25%
223R Office 20 0 250 37 —15%
223S Office 20 150 37 25%
20 1 20
400
223T Office 20 1 20 400 37 9%
223U Office 20 1 20 150 37— 25%
225 Receptiorl 20 2 40 275 74 27%
225B Office 20 1 20 175 37 21%
Timed Testi
225D Office 20 1 20 175- 37 21%
225E Office 20 -- 2 40 200 74 37%
225F Stora
227 Entry0 0 450 0%
VAV Description OA
No. Area- Min Des
No. i n FI Remarks
Vent People F 'dent T Space f Critical t ' ire
Cfm/P'r fm/SF ( To Space Space %
Min Read
s
Storage
7P -.Testing .
227K SP Tei # 20 0 465 11575
-
7L SP Test 20 0
M SP Test 20
227N SP Test
0 100 0 %
PB Main Test Roorn T5 4 367.5
260 683— 54%
F� Main Tse I �", - _
465 1 575 864 55%
Test Room
7B Test Room 7T 64 480 1 P890 892 47%-
301A Lab 7.5 9 67.5 1 t500 125 8%
301 B Lab 7.5 11 82,5 11875 153 8%
303 Storage 2D 0 0 400 0 0%
305 Reception 20 5 100 300 186 62%
305A Office 20 1 20 270 37 1411/6
305EOffice-1
305Office 20 1 20 320 37 12%
305F Office 20 1 20 320 37 12%
305E Office 20
0�
20 275 37 14
ter � -
100 500 186 37%
310 Production Room 20 50 350 0 0%
31 OAra 0 0
1 OB saw 20 0
311 Classroom T5 30
312 BDF 20 0 225 1,240 418 34%
313 Computer Lab 7. 0 225 2F160 41 8 19%-
a 500 0 %
31 -7 Classroom 7-51- 40 300 2)250 557 2 %
319 Classroom 7.5 40 300 1 380
320 Sewing Lab -7.5 --20 150 2 040 557 40%
ew atom -
279 1 �
f Cloth Cutting 7.5
37,5 600 TO 1,2%
322 Sewing Lab 7.5 20 150 22040 279 14%
,32! 3 Classroom 7.5 35 262.5 MOO 488 44%
327 Storage 20 0 0 100 0 0%
329 Classroom 7.5 0
331 0 11950 0 0%
Classroom 7.5 25 187.5 1 348 31%
333A Food Lab 7,5
67.5 11700 7%
333B Food Lab 7.5 —11 82.5 21125 153- 7%
335 PantrylStorage
339A Kitchen 7,5 10 75 13500 139 9%
339B Kitchen 7.5 1
341 Unni
150 1 r300 279 1%
341A Kitchen 20 1 20 200 37 19%
351 Classroom 7.5 35 262.5 11560 ---488 31%
351A Storage3
0 300 0
2B Corridor
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FROM ■ JHS H I TE CTS
T
Mar
2.
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44PM
February 22,, 2005
Plan Review 5o
FRX
■ ■ 208 232 1 226 NO
f
Mar. 02 2005 10:OURN
No. 0472 F. 3
a*w t Ogee
4�� �, F.Iat�aar Hoed R Country IL6Q4"}S-5795 USA.
'moi: +1 VM 799.MOD w int: +1(1m 7P9�4ft!
ArehftDCtural Omwings! T9. 9 , T1,2, q0. 1, L1. 1, L9.2, A1. 1 through A1 .4, A2. 1 through
A2.3, A3. 1 thmugh A3.3, A4. 1 , A5. 1, A6m2, A6.1 through A6.3, A7. t through A7.3, A8 .'!
through A8.5, A9. 1 through A9.5, A 10. 9 through A 10. 17, A1 1. 1 and A1 1.2, daW January
5, 2005 ; BonedBonedand sealed by Randy K. Hailes, OF
ArOfted In the SU" of Idaho.,
No. AR -1627.,
4
M41OWN041 and Plumbing Drawings; pS1.11 P0.1, P1.1 through P1.3, P2.1 through
P2.3, P$•1, M0.1 through M0.3, M1.9 through M1.4, M2.9 through M2.4, M3.1, M4.1
through M4,3, M5.1 through M5.4, M6.1 andME8.9 through MEA -27 dated January 77,
2005;s1gnedsndNm1Wby tarry D. Velgel, ReglxSmd Professional Engineer in the State
of Idaho, No. 4785.
Cal DMwingam E0,1, E7.1 Mrouch E1.3, E2.1 through F2.3E3.1 through E3.3 ,
E4.1 through E4.4, E6. 1 , E5.2, E8. 1, E8,2, E7.1,.E7.2, E8.1, ITIA,
1.1
T1.2, iT2.1 and IT2.2,
dated January 2005A signedandsealed by Todd Payne, RegWered Profenionsi Enpinaer
In the SWta.af Idaho, Ho. 8270.
Project AganuaL• prepared by Janson, H147xm and Shromh
sealed"u"aly 10, ;4uuw,, signed 8nd bY Randy K Hoy"IF
COnflrMilflon
pmTwianal who is mc"n ked by tha pi
U-%Wonal ,,
is requlmd, (108,3*, 106s,3vj*) W
ire Architects, P.A., dated
L I il
Aared by a registered d�!slgn
-.n lam of the State of Idaho
WAI.. -.L- hile some energy efNcienoy ir�format�on f� bell,,� A"ctfied, Provide Veuaication that a
ll
and component performance iM'ortneflon for fhe heatine vantiianflh,� nI,-
C-
provitions Wish
scope of this1ruvaw,
the carie offiaal. (81
I
1
e EnWgy
in the 2a
e. P
r
}
op
R
that '-wfth the
aM- { ,._
If"" -y Consefmftn
Cade
,� _
�� Ide the
CmnsrV Code provrai , 4
is subject to
0
�9
1-34W UQA.
k 'MM 09 14Ymp +1
,
i
FROM I + J I 11 I TELT
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1
Ma Y. 1. 2005
§: 43?M
4
FAX ISD. :20e 232 1226 Mar, 02 2005 10:OOHN F4
0
FtbbIVVY 7 2005
Plan RemA6w-#wt,
Page 3
0
Na. 6472 P. 4 1
I
IF
■
IL 4P L III
3• "lige drangswiindicate that eAating mechanics( systems and Components, such as the
mechanical unit shown on Sheet N(66.2, w111 be reused and upgraded. f:jj,.jaPPrQva1 that
the equipm9nt and components are to proper opetattng condition In accordance with the
odginal design end in safe and sanitary ndIVon shall tesLibisd to the code official
301.3wt 301.4*1 301-501 3a8•; 81g, 920, 1101 .x)
Indicate that the cabtnat heater and water heater must be labeled end installed In
axordancewl�tJteirmanufacturer'sinstallahonins�huetions. Provide verlfmfion thgt the
an*valohe fa!' atl trn9CheniCel equipment and appliances must be aftilable etthe job site.
Please n that only the code oifldal has the authority to waive the J&A11fformaHan requestod
heroin to be on the construction document and approve fkto appropriate labels during a
field inspection. (906.3', 108.3.1', 301.3', 3A9.4`, 301.b• , 308'; 1002, 10631,# I 624)
4. Specify the spacing of the piping suppoShe hydropic pipin9 and aryes ae piping.
(3053" IFGC 415w '1
5F, Ths OUnt Of outdoor Edr PmMjad bY the exldng air handling unk has not been Indicaftd.
To verify that a sufficient amount of outdoor air jS beim WWIded, provide a ventilation
echeduklndiartlngtheoubdooralrver�iintlanr�ttes, Addttiortally,duaiductvarlQp�vol�e
$°' boxes are, 8PftMe4 to be regulating the artlount of outdoor air SUppri6d to the rooms
and apaex", Sinm th() aMourtt of outdoor air appears to be regulated with M amum and
minimum airflow rates, prpyide vdff�icn thatthe minimum amount of outdoor air will he
pmvWed to the =m8 and spscas when they are occupied. For example, Foods
Laboratory X333 must be provided with 420 cfi� of outdoor air when basetl
airrateforon the nutdonr
ver�tflatton a aroa (1,400 sq. tt, x 20 occupants/1.000 sq. ff. x 1154ctrr�/occupant). included with the ventilation schedule should be docamantatian which
indloVas which outdoor sir rafec from Table 403:3 ofthe Mechanical Code are applicable
n•9-. thSclaseiffcatbn from Tabic 403.3 that most closely resembles thn uee
•
ofthe space} Ana �e ocxupant la�gd or floor area used to determine the amaur�f of outdoor
ap� suppt�d to oaf space. Provide an sir belanoschedule, (105, 108-3.1-1401-21 4Q2,
403, Table 403.3, 404, 406, 614)
.6
Sawn 11 -11
ton] M
a
11
FROM :JHS RRCHITECTS
%nP
LL
Mar. IF 2605 SC45PM
FX NO.
j
232
JIT
FAthruary '2005
P]Sn ROVIOWi
450
Page 4
1226 Mar- 02 2005 1
l
No, 0412
P. 5
P5
.
d .Ar I
L A
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While roof exhaust farts RAF -5 end Rte$ ae depfded on Sheat M
204,v the dv�ga donot clearly indicate wher6 the a(r from within the bulling is being exhausted since neither
axh8usi dunorCte ponceg�gtl roof attic details have been indicated, p1sase Wsj-amy, tho
details on the drawings eocordinply, (406, 1 p 501.01, 502. 1)
11 -TI
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JHS ORCH I TECTS FRX NOo :208 232 1226 Mar.
Ma r5t46FM
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February 20o,5
AM A
Plan Rsoew- Ift"So
Pago 5
02 200510-:o1pM pj
No, 04J2 P. 6
A
10. The U30 of the aftft"ace ba
fw8e {hIddr and the floor or roo{g{n,ctu� ebays as
a return air plenum is not, permrited UnISW o� or mora of tha fOjjOwj,,g conditforrs in
gfttOm 601-2.1 of the Mechanical Code is Indir$ted_ PrOVIde details acc�rdin9ly.
(801.2,1)
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