HomeMy WebLinkAbout2623 Geranium Ln - Disclosures/Mechanical - 07/29/2016City of.ForfCollins Residential Mechanical Systems Performance Report updated3/112014
This form 15 a record of festinglargels and results, with Pass/Fail culcdmes. For informalion'an measurement tools and
°Rosidentlal Nevi Censtruclion Mechanical.Systema Tesling.Guldo "Tile may be:periodicatltesting techniques, see the
eck the Building
guide and.thls farm y updaled;:chlding
Services web silo for tho.cupprit versron. .
This form must be completed and signed by an "Approved Agency," and submilte.d to•Bullding Services as a.requirernertt forsecelving a.C.O.
Color, ADCF = Alr Oensfty'Coirecllon Fadtor; based.on lopl,
key ADCF. altitude (5000'), air Temperature through tool
Volumetric flaw (CFM'5000') = ADCF x Indicated Odty (CFM)'
- Y
F.
Address 2623 Geranium Lane
. Dale of "Residential
Mochanlcal5 stems
Builder en Ury E]
Design Submittal"
Information referenced
HVAC contractor by tesling.lechnicians
As-buill chanoes vs
..Target
Measuadvalue•
z;:
;.:'..:.:.::..•;,
.
.
todompare.vAth
Pass
>�Eall
�Cairtion
'Olhe�
or.11mit
target or limit
data:
Tasting ddte(s)
Bath exhaust
Flow . Flow. box _ Pilot tube duct traverse .Air temp
tool X passive flow hood _ Orlier note below 7 0
( .) Ihrough�lool(F)
Exhaust Pickup Location
Laundry Fan
Pow er an
Bath 2
Master Bath 1
Master Bath 2
Testing IIj�
notes I
Airflow I Minimum Airflow Requlmment
(CFM
(CFh1500"')
5000,
+Type of Operation'
12 0
_ 50 Intermittent X 20 Continuous
50
X 5D Intermittent: .20'Contlnlious
5 0
X 50 Intermittent 20 Continuous
50
_
X 50 Intermittent _ 20 Continuous
50
X 501hlernlltcnt 20 Continuous
SO lntennllteril:::_ 20; Conllnuous .
_501ritertnlltent _20C8ntinuous.
Testing tech (Initials)
ncr 1 .2 2
Indicated
%Volumetrlc
Flow
Flow
Pass Fall
(CFM)
(CFM 5000')
94
121
39
50
;
43
55
55
70
] ::r-1
59
76
Kitchell exhaust NIA - hood does not vent to outside ❑
-Testin� tech (initials)®
Oven fuel : XGas ,_ Electric Minimum airflow requirement (CFM 50'0') + ojeralion �00 1ntermlHenT 25 Contlriuous
Measured alr low
Flow box _ Pilot tube traverse X
Flow — Tool — Inferrer gritle Air tamp
tool X Passive flow hood _Flow grid
_ Powered now.hood Other.' note belowlocalion —Exhaust duel through- 7 0 ADCF ( ) (E ceortamnxli:,no,OK) 1601(F)
Indicated Dow 3 9 a CFM Volumetric Dow 511
CFM 5000, ® Pass' [I Fail
Testing
notes '
Residential fdechen!cal.Design Submittal V20140301
Page 1
Systems other than sub -structural floor'exhaust Testing tech (initials) MJB
Code -minimum ventilationafrflow 80 CFU 5000' Design venUlalign 8 Q CFM 5000'(basad:on.CFAand X'f xhaust only
System —
Supply�only
Target.venUlatlon airflow range .
g 0 to 9 6 CFtv1 5000''. type _Balanced
(ecd"iinlmum) (t2oM cf dcsien sow) '
. ..I
I Measured
All .
-
Indicated
Vdluinetrle
'
Measuroment Method
Tool,Location
Through
AOCF
.Flow
'Flow
Pass
Fall
Tool.(F)•
(CFM)
(CFM 5000')
Total
N/A I X Passive now hood
—_Flow
..
exhaust
box — Pitottubetraverse
ceiling
72
1.22
94
121
.
�q�'
aidiow
_ Flaw. collar _.Other (note below).
.
.
.Kl
Total
N/A _ Pessive:flow hci
supply:
—Flow box — Pitot-tube traverse
all
Flow collar _ Other (note below)
vvnensuppty alrilow Is circulated by air handier fan; fan speed for measurement —Heating Cooling can ltndous faii
Balanced airflow In balanced systems
Average of measured . CFM'. Target flow range .CFM
supply + exhoust flows 5000' (average +/- 15%) ..10.. 5000' . El Pass 0 Fail
Substructural. floor exhaust ❑NIA -- no sub-sirucluralfioor exhaust system Testing:(ech(initials)I '
:Design exhaust airflow (based on Target 500D'Target airflow limlls .
approved design) . to CFM 5000'
Measured airflow
Flow—Flowbox-_Pitollubotraverse .Tool Air Passlvo flow hood Flo er:(npcollar through❑ AOCF�
tool _ Powered flow hood _ Othar:(nole below) locallrin
tool (F)
Indicated flow CFM Volumetric now CFM.5000' ❑Pass !Q Fall
NA — No ductwoik Testln
ulubp notates
—No ductwork eulside conditioned space (inrJ rnysl
Test
Energyrater(nal e, Michael Broussard Home Per ormance o u Duct leakage .Energy rater (name, . r
data source company, testing dale):, .
House conditioned floor area Air lemp ADCF 1 • 2 2
(incfueemubasemenij 4615 sr .through 1601 (F). 75
N1 1 System 92
Leakage Type
Timing
AlrHandler
:(CFM255000'l:IOOstJ.(CFM255000')
(CFM25)• :(tFh72;
Total leakage
:Rough -in
ExcluCed
.3
Total leakage
Ro igh=in
Included
4
18 5
9-1
120
Total leakage.:
.Complate
Included
q.
Residential: Mechanical pesign'Suhmlllal V20140301 Page 2:
i i P i C i
OU WIN
Fdr rnW. ip;e sjsterrs,. agar, o^e page per spsler:
rc;I.S O!':(G::'EH dries ser'ii.:
lnsta{ier! eQuipmenC rge ctear.a:n:" a ticX?:AC ca ? c .ens we i :a:!ed alt.,.e f tes :rn Teslr.Y tech {'Initia!s;rT
Furnace or 136Rer
AC or Heat Pump CorndensFr t At of Heat Pump Coil
Manufacturer
J11
/6,141111.
�.
1 r 7. �
Filter 17;6isicfiaer3Prsss cstatc
E t: Thickness r (dERV .
Itf\ 'Y I �1 T)• a{F ]as"
p!$.a:ed Y Ot. r. +•. [II�T11f
an.^.� r tL-l1U' t ^�Q:25}� t0,3t+0['aL}U
I�ffigFrz_:tG p'...a:ed
Static pressures T2sU; %g tec.t (irkials)
i
t
Ms. h=sta°,.}'u'farrmi2,;-s!age equ,.pr.wnt
y
t
-wer speed
r ti�
Open (FleatSnM
�J
AY r�gslers en
op
'Zrse darter::.. o;a
�i
AP miler' ���
.
a5}
Ga r tseine tr.�9:r.
u.. 3 t y y.•I- Icr I1SCF:
,
AP Cuil (r f
`tom.
l
SP3
i .*
.s. •
GF Tctal Esp L S i
L I
........
ISPJ-S. G]
Cooling: Measured air i}.ow through indoor coil j .nrA - no AC.InslarPed. Testing tech {iniliaL) �
Design cooing axi:.ow ,area -atrta:r RMRSF
ttvgR stei�C=>w! oLC;i F ldestnn .i- 1556j( to C1=PA 5003'
Wcsszred airflow
Air tempi -1
r%.ta. g: :d f :hra�'g_� Pl7xi.esstance
1Q
� `f.arT° T .,ci�r� ( j
a'ate Size t tagL�F,r 3 i L-j Car:ece;o k Factor
.!:teasureM a'srE;oi,:,. _i' CR., C, 61 ass.t I + .. .
/v ;n2F^c a rf^� w• u.
adi:xs:.^ie.nt+r ;re_t;o: ?Aeafi: W Af x P.u.CPf }� p x-irA:r� A- x r.3cF+
j
:Heating:: Gas manifold-:pprreesssu�re
P.{rr:'o pressu.�e'j L
OEM spa.. au' �"I
Heating,. Temperature rise.
'r ea>PP Te=..irg:leiwh ('�:riteas?
jai^a! mani:oid r'-_
4heasu.,.edi. .
r r
' Pass
WC I�ciLrVr
..m3s isrec 5*,.'
C.! haf4
GE-M :em.nerakr"e'rw Rmils •.to , G,
kteassred temps _ Few' t i rP a if °� ar 5jt= ?e is[M: pass
L�Cau'on: d,lhin-10
of top of range
ev.:stantis`4:fay!:ars:iir�=:tSubr^.ii_as- i/'LJ14�3J? Peas 3
-c; me Siyie.:sys Erns, ai+ h cne cege per EYCa.,—
Sj-'.e.•:T �{ .� ; �':.b&ch ra:is of l'A::,;: •":'es sane-,
Installed keqdiptrent.• (Be wear abu A vH,;h AGc". p ::er.!s e:e l s'ta!!ed a i:s,_ cf te'zg Test r, (ect!;(iniiias;
Furnace of Boiler
AC or Heat Pump Condenser AC or Heat. Pump: Coil
y' tria7artacturer
Model :#
FRar
FK
Tyre
Bas2c fibemg asSI_
Thlckress r
�
MERV
— iish 8"o daa19Z
;optrnatji_i.
Static
_ Healrny _.CCC,,r �`_ co faa
itch -stage for rr?jZ stage egaipmene
roar speed tap:
r e. ser dasa per WA'
_ Open frieating)
A:, --gisters q;en
Zane darnDefs -,;en.
AP Rita r 9 19 C�
Cooling, Measured airflow through indoor coil
Casign xoling a ;lax:' t CFFi r C
vw4h swcei.
SP2; , 1 I.
Teztzg ISch {lni:idls)1
(Sa=ia:..tim
fo, kscP..
%fsap)
A?C61•F )�L
,c:3-SP:i y V
{ •5�I
-.SP3' ( r.
i
1
,t
AP Tctai ESP
Testing tech (iritlals)[
Ta,ge.: 2i: (:L11V. i;r7tiS(��
dasigr,
W1 A -- no AC instaited
3+�GZ5:� ri1 a[':flti
-:ns rrf ;d .6. Airte r.
Kt +
�teie Si22( �i�1 y
=
:4 i f
;{---;{
TFSOPT
Y t
Ft a Ras, -tan
Ca:recteon Fa�ror�'
;ec9J;ed.a::t:0'n;:.nt:
Cal+4
;.�.: "..o:ad 8tif7-✓N'
+.
1.1
iC=.
.'12:r:C.�lV�rcA,9J
Pass
I .
llll����
f'•:?s;:rsc aF r Fst'�r=t
S'
a= xti7c��..
t ian
Heating: Gas manifeld pressure
(+lari'oli p:essu:t
Heating Temperature rise
Target mani(o7d P►
sirri,s (sic 4P
t, ra
v . c�.,,3..ott7r+^, rise t:;Rtits
..
��%-ri1 Suzy^Cl
4teas:sse.5 temps (r-urr; 1,_J5 J — ai-� % • 6se
Testirg tech (nit"rats)=
t.VCCleast:red p Pass
. r t�JC
P:ss:.u:e���..7 '[GF'�a'7���
Tes'i zg tech rini+,lalsjt _3
"' ss Fail Cauln:ttiiihirt iOF
K''? a Q l3 Of top arrange
Pap 3
Teslirig tech (Initials)
T""' g:apprdach`and targets
1/A: No complete AC syslerh ❑ NIA: House completed November = Aco
-'April pNstai[ing nlraclar respmsVe for lasft In warm wowher)
'❑ TXV: Subcooling+ SH check ❑ Non-T)XV::Superhoat ❑ OEM-speeific: Approach ❑ Other OEWspeeific (dommemanontavrea)
Temperatures Condenser . Non-TXV: Return Targcl Target Target
. (Fj:enlering air temp alrwet-bulb temp. superheatsubcoaling ePproacha:
Subeobling
Dlscharge Condenser 4iquld Acluel ❑TXV Pass: Actual SC wthin+l-
pressure �saluralion.T❑F line❑F .suticoo!in9 F 3.F of target SO, 2 F min
:(PSI) (scoo'crrt) lemp icand:T-IIQIIno T)❑ TXV Eail
Superheat
Suctlbri EvaporatorF—IF Sdclleri Acluel ❑ Non-TXV Pass: Aclual SH
pressure❑ S moo,lonn)j line❑F superheat❑F within'/• F it tar ei SH
(P51) (saCJ'cnan) (emD (suet line i - avail Tj. .❑,Non=TXVFail g
TXV:cheeRs::! ❑pass: Field-installedTXV. installed in accordance with OEM instructions ❑ Caution: Aclual SH cutsido.mfgr range
Approach.
Liquid line aF. Actual approach ❑ Approach Pass: Actual approach within.+/- 7�F of targel'approach
temp (ugaraT-dendenserEAT)�F :❑:ApproaehFell
FMJB
.All registers am:cut through finish matorfals and moving airRegister air flows, Testing lec6:(Initlars)
.0 Fail
(Remainder of regi'staralr flow secdon under development, nbt yet being enforced).
Pressure balance
Te3ting tech .(inilials)�,
.Ftogm�
(match mines on )ilans,:include
Room -to -Coro
Pressure Drop
Measured
Pressure
Pass
:Fall
basement if. there is a door)
Target Range.(Pa)
Drop (Pa)
Basement
3to+3
®
':❑
Master
3fo+3
2
as er aUn
6
-3 to +3.
•
®
:.
Bedroom 2
Ito. +3
Bath 2
4to+3
1
®
:o
Bedroom 3
.3to+3
;®.Or
Powder
Mud
.53to+3
1.4
C
:0
-3 to +3
❑
'
-3 to+3
0;
Residential Mechanical Design Sutimlt!al V90140301
Page 4
�Combustion safety testing NIA-- no natural -draft combustion appliances IVJB
(Applience:Types table must ba.compleled for every home) Testing toch.(lnillals)
Appliance types
* Worst -case depressurization performance
Appliance
:Combustion Type
NIA
Draft-hcod
Natural-draft
Induced -draft
Natural -daft
Power-
vant
Direct-
4cnt
Po;N.ri, ealed-
combustion
Electric
El
Furiiacep2❑,
" ❑
❑
.❑
❑
❑
❑ ,
Bbilertil
:❑:❑
:a
❑
❑
.. ❑
❑
..❑
Boiler ill
❑,..
El;❑
.❑
❑
.❑ .
Water heater#1
.❑
❑
❑
❑
❑
❑
El
Wafer healbc{!2
❑..
❑
❑
❑
❑
❑
,❑
El
El
Fireplace#2
❑.
;❑
❑
❑.
❑
❑
Other:
❑.
:❑
O
O
❑ 1
❑
.❑
...❑.
House'selu
kof6alhfanson These doors'are closed:
_
Vented range hood on
Clothes dryer on ,
Nr: handler on
Other.fans on: Other setup notes:
restatl a liancos
.Outdoor tempeature77F Appliance
Location
CAZ pressure
BPl depressurizalion.11mil
(Pewit oulslde)
Measured net CAZ dep!essurization
(Pa wn outside)
OK (loss negative) I.Coulloh (more negative).
Spillage
BPI maximum. limlt
(seconds
Measured spillage duration
(seconds'
Pass = duration not exceeding limit
Pratt pressure
:BPI limit
• (Pa Wrt. CAz]
Measured
.(Pa wrt CAZI
Pass = pressurernore negative than'ilmlt
CO concentration In undiluted flue gas
BPl maximum limit
(porn)
Measured CO
(ppm)
Pass - CO level not exceeding limit
Caution = CO levai 25 to 1oo.ppm
Me I I MM NMIMMIM
60
60
60
❑ Pass :':❑:: Fail❑
Pass �:❑.`. Fail
❑ Pass 70•. Fail
Hula=
100
10d
100
❑
IPBSS :❑.' Fall
❑
P.ass ,��5:: Fall
❑
Pass : ❑;. Fail
�: ❑.
Caution:`'_
Caution
` ❑':;
Caution
Residential Mechanical Design Submittal V20140301 Page 5
9.'$ystem•Control� ti f r•f �ti.. �' «�a?' c+" ri•x� �t`'f�,,;.; r �t,4 , 's
Technician #.1 -performing Inspection and.testing documented.on this report (Approved Agency): '
I:certify that the tests: referenced above, in sections. bearing my Initials;:were performed in accordance With Protocols.specified by.[he
City of Fort:Collins Building
:Services Department; and that the reported results are accurale to the best of my,know;adge.
Name(print) Michael Broussard
Signature and Date J 2 9 16
Cz
Tcehnlcjan#2,porforming Inspection and testing documented on this report (Approved Agency)
.I certifylhal1hc lests.mferenced above, In sections bearing my initlais; were performed in accd protocols specified by the
ordance witil
`city. of Fort Collins Building Services Department, and that -the reported results are accurate to rda best my knowledge.
iHVAC:coniractor (City of Fort Collins license holder)
I certify.that 1 have reviewed this report and that the test results are an accurale representation of the performance of the installed mechanical
•systems..
Na
Signature
Residential Mechanical Design Submittal V20140301
PagreG