HomeMy WebLinkAbout5132 Exploration Ln - Disclosures/Mechanical - 04/18/2013City of Fort Collins hI a 0546CIY
Residential Mechanical Systems Performance Report
This form is a record of testing targets and results, with PassJFail outcomes. For information on measurement tools and testing techniques, see the 'Residential New
Construction Mechanical Systems Testing Guide.' The guide and this form may be periodically updated; check the Building Services web site for the current version.
This forth must be completed and signed by an "Approved Agency; and submitted to Building. Services as a requirement for receiving a C.O.
Color key
W"4W. n ti' Ste tour ' P Other, dgta '
tl
Bath exhaust
Airflow measurement method
Temperature of air throup rx^ {' "r' ` ';' Indicated flow to Volumetric flow muldplle
F
measurement toot'„ a '-'r @ 500T, air temperature
f
Measured Exhaust Airflow
Operation
Minimum Design
Indicated
Exhaust Pickup Location
Intermittent or
Airflow Airflow
Flow
Volumetric Flow
Pass. fa0
Requirement (CFM
(CFM 5,000')
Continuous
(CFM 5000,) 5000*)
(CFM)
C
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s.
kAk
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Kitchen exhaust
Oven tue e'y�^ so •-
Elaotdc
Exhaust airflow
WA -- Kitchen hood does not vent outside
Operation �tftM lt8e1( Cgp�In oGs Minimum exhaust airflow requirement ��r�'i CFM5009
airflow
Airflow measurement method — (,^7oivecllp0 "
a6,ffow•)lood .„�pitM6tbprra}�v.r f',,
Temperature of air throug
ent to F Indicated flow to Volumetric flow pest r
measurement tool ;. @ SOAO', air tempereturel
xlicated flow CFM - Volumetric flow r,a "We
"fit, CFM 5000' Pass Fail
asting notes (tan speed, masking,[,.. R
flow out of range....
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Systems other than sub -structural floor exhaust
Minimum exhaust airflow requirement `.' t `,.1 _:. CFM 5009
Indicated to
Measured
Airflow
Volumetric
Design Airflow Measurement Measurement Location + Flow
Indicated Flow
Volumetric
(CFM 5000') Method Air Temperature (F) Multiplier
(CFM)
Flow
Pass/Fall
(CFM 5000')
Total exhaust airflow
Flawbox
70-assive flow hood
Flowcollar
2
(}
_
r^�"
3
%be.
J�j
Pltat tribe traverse
/
`�Q
now collar
Total supply airflow
_ Pltatmbe: traverseFloWrbox
_• ;Rassiv0 flow. hood'
r,SP •' A,
fr,'
systems In which supply airflow is circulated by the air handler fan. Ian speed for measurement i,'�',lk "
aohnq �,"
fro• -
Balanced airflow in balanced systems
Average of measured Sura + " Target flow ra
; CFM 5000' ar9e
and exhaust flows'
a' 'icy_ (average a/- 15%)
CFM 5000'
. ;I ' W"t r . Pass MmFail
Sub -structural floor exhaust NIA -- no sub -structural floor exhaust system
Design airflow CFM 5000'
Measured airflow
OWEAirflow measurement method
Temperature o1 an through -r 1 F - Indicated flow to Volumetric flow multiphee
measurement tool,, r - @ 5000', air temperatur
Indicated flow " CFM V Volumetric flow u n z r CFM 5000' L'"1-Pass Fail
5 r.'-.ix r
WA -- no ductwork or no ductwork outside conditioned spaceTemperature of air throug.
F
measurement tool
House conditioned floor area / sf Indicated flow to Volumetric flow muldplie T
@ 5000', air temperature
Maximum Allowed Duct Leakage Measured Duct Leakage
Test Parameter and Conditions
Nonnalfred Leakage
Indicated Flow
Volumetric:
(CFM25/100 at)
Leakage
(CFM25) (CFM25)
(CFM2550001
Measurement
Timing
Air Handler
Pass/Fall
Total leakage
Rough -in
Excluded
4
Total leakage
Rough -in
Included
6
A -
Total leakage
Complete
Included
12 -
Leakage to outdoors
Complete
Included
8
'
El
t
Mesnarical Systems Performance Teslirp Submittal Form V201M 08 2.16
Filter type
Brandl.L9JJ.C/-LLfdLiJ Type/style / Thickness -Y4,�irtches MERV (optional)O
Static pressures (OPTIONAL)
Cooling coil installed _ Y _ N
Mode: _ Heating
_ Coding
_Continuous Fan
Fan speed tap
Humidifier bypass _ Open _Closed
All registers open
1..... A-—
P=-
AP filter =
P=+
AP AC coil =
P=+017
I
AP Total ESP =
Cooling: Measured air flow through Indoor coil using flow grid N/A — no AC system installed
Design cooling elrffow 00' FM 50Target airflow limits (design +!- 15%) r �'mi! v CFM 5000'
Measured airflow
Coding tan speed tap Flow grid plate size
Temperature of air through ? j F Indicated flow to Volumetric flow multiple
measurement tool @ 5000'. air temperatures,�''^�
NSOP Pa TFSOP Pa Flow Resistance Correction FactoF.I
Measured airflow, no adjustments or correction CFM Adjusted (indicated) airflowCFM
Volumetric flow CFM 5000' '` ; , C,. Pass Fail
Heating: Gas manifold pressure
OEM manifold pressure IWC Target manifold pressure limits (spec +/- 59 )
specification, 5000'
Measured manifold pressure-�3.,�IWC ". -.Pass
Heating: Temperature rise
OEM temperature rise limits
Measured temperature rise
Return air l F
Temp riseF
Supply air ; . O F
`Pass a Fail
Fail
Caution: Tamp rise within
13 10 F of top of range
Wecium aya Pe1. T•eimg SubmIRW F. V2gimws 306
(This section under development, not yet being enforced)
Register air flows
® All registers are cut through finish materials and moving air 1>11
(Remainder of section under development, not yet being enforced)
Pressure difference limit, room -to -core Pa
x �Pressure balance
P59 MA
a9II�m...Rm�
RA
e
x
M
Pass = 'i Fail
net,
HOMan W Sysimn P W.. To.I.V Sub "W fun+ V20lc s 4 W 6
„� 'L WA -- no natural draft combustion appliances
Worst -case depressurization testing
E House setup
appliances
r pressure
BPI depressurization limit Pa wrt outside
Measured net CAZ depressurization Pa wrt outside
OK (less negative) ( Caution (more negative)
BPI maximum limit
seconds
Measured spillage duration
seconds
Pass . duration not exceeding limit
-
Draft pressure
BPI limit
Pawrt CAZ
Measured
Pa wrt CAZ
Pass . pressure more negative than limit
CO concentration in undiluted flue gas
.BPI maximum limit
ppm
Measured CO
Ppm
Pass . CO level not exceeding limit
Caution . CO level 25 to 100 ppm
Outdoor temperature F
MeehankY Systems Pwfomunea T”" SubmkPA F- M120606 5 of 6
System controls operating per design intent
Approved Agency (tt
Name (print)
TNe
Company
Signature and Date
Local exhaust
13A
:
G
rcnhician perroromg inspection ana testing aocumentea on this torn)
HVAC contractor (Fort Collins license holder)
Name (print)
Tine
Company
Signature and Date
wsi
Me .cW Systems Perimrerce T.tWq Super W F., V2012D608 6.16