HomeMy WebLinkAbout832 Ridge Runner Dr - Disclosures/Mechanical - 07/29/2013City of Fort Collins
Residential Mechanical Systems Performance Report
This forth Is a record of testing targets and results, with PasslFail outcomes. For Information on measurement tools and les5ng techniques, see the 'Residential New
Construction Mechanical Systems Testing Guide.' The guide and this form may be periodically updated: check tho Building Services web site for the current version.
This form must be completed and signed by en'Approved Agency; and Submitted to Building Services as a requirement for receiving a C.O.
Color key
Measured value to
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Testing date(s)
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2c:Local Eichaust (Spot) Ventilation , " �" ' ,
Beth exhaust
="t Airllow.measurement me0lod —Flow x —Flow collar
f` Passiveboflow hood _ Pilot tube traverse
Temperature of air through p roughF Indicated Dow to Volumetric Dow peratmultipfler:FT
- _ measurementtool / � (� 5000', air lemperelure Q J
Measured Exhaust Airflow
Operation
Minimum
Design
Indicated
Exhaust Pickup Location
Intermittent or
Airflow
Airflow
Flow
Volumetric Flow
pace
Fall
Continuous
Requirement
Requirement
(CFM
(CFM 5,000'y
(CFM 5000)
5000')
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intermit —Conlin
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Intermit —Conlin
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Kitchen exhaust
Oven fuel Electric
Exhaust oldlow
Operation x intermigenl ConNnuoue
—
Ia<y Measured airflow
❑ NIA— Kitchen hoed does not vent outside
Minimum exhaust sirflow requirement CFM 50ow
k.':?`�•
Airflow measurement method
— Flow box
— Flow collar
Passive flow hood
Pilot tube traverse
_
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Temperature of air through
p
F Indicated flow to Volumetric flow mulliplie
o
measurement W
5000', air temptralure
' l
Indicated flow 1 CFM
Volumatrkflow
/
CFM6000' 0 pass Fell
Testing notes (fan speed, masking,
flow out of range, ... )
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1 era
1
3.:Whole-Mvelling-U nit Ventilation'
Systems other than sub -structural floor exhaust
+'Minimum exhaustairflow requirement
- y 'ytCFM600V
Indicated to
Measured Alrflow
=
• Design Alrflow
Measurement
Measurement Location.
Volumetric
Flow
Volumetrle
Indicated Flow
'- (CFM 5000')
Method
Air Temperature (F)
Multiplier
(CFM) Flow
Pass/Fall
(CFM 5000')
_ Flow box
('�
Pow
'
ITotal exhaust airflow
—]!t
_ Passive floe hood
_Flow collar
P@ot tuba traverse
_ Flow collar
I ro Total supply airflow
Pilot tube box traverseFlaw
❑
•
k
Passive flow hood
,rc°
In which supply airflow Is circulated by the air handier fan, fen speed for measurement _ Heat X Cooling Continuous fan
r 'g=l Balanced airflow In balanced systems
.;: Average of measured supply Target flow range '* ,�?'
+ = N I CFM 5000' to I; CFM 5000
tq� and exhaust flows (average +/•
_t
tom; PeasFall
Sub -structural floor exhaust WA —no sub -structural floor exhaust system
Design eirllow CFM 6000'
'•: Measured alrllow
i'. 1
(:C
.:...i Flow box _ Flow culler
Airflow measurement method —_ Passive flow hood _ Pilot tube traverse
Temperature of air through F Indicated flaw to Volumetric flow multidnr���I
measurement tool C 5000', air temparetur f J
192
Indicated flow CFM Volumetric flowCFM 6000' ❑ Pass v'pE Fail
Temperature of air through
N/A — no dhvcA or no ductwork outside conditioned space F uc
,,..., measurement tool
�s
;--„ Indicated now to Volumetric flow multiplier
r, House conditioned floor area of Q SOW. air temperature
P,.r9'
Maximum Allowed Duct Leakage
Measured Duct Leakage
it»- (,
Teal Parameter end Condillone
Normalized Leakage
Absolute
Indicated Flow
Volumetric
Leakage
Flow
�z Measurement
Timing
Air Handler
(CFM25 / 100 of)
(CFM26)
(CFM26)
(CFM25 5000')
PasslFall
I'M
C1 Total leakage
Rough -in
Excluded
4
❑
rr�
!;%�
Total leakage
Rough -in
Included
6
��r..
Total leakage
Complete
Included
12
❑
rig
1z4
Leakage to outdoors
�
Complete
Included
8
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� 1 -2-0 uz(-0-60
Filter type
ME Brand
Static pressures (OPTIONAL)
Cooling coil installed _ Y _ N
Mode: — Heating
— Cooling
— Continuous Fan
Fan speed top
Humidifier bypass _ Open __Closed
_All registers open
7— A-- -.—
P..
AP filter
Typelavey Thickness Inches
P=-
P=+
P.+
MERV
AP AC coil
- AP Total ESP=
Cooling: Measured air flow through Indoor coil using flow grid ❑ NIA- no AC system installed
Design cooling airflow F/+ sqCFM 6000' Target airtlow limits (design 16-A) CFM sooty]
sii
Measured aldlow,
Cooling fan speed tap Flow grid plate size
Temperature of air through Indicated flow to Volumetric Dow multiplier
1 7 measurement to
F 5000', air temperature
NSOP[7 Pa TFSOP Pa Flow Resistance Correction Factor'
77
Measured eirnDw. no adjustments or correction CFM Adjusted (indicated) Willow CFM
'.N
- Volumetric flow CFM 600V 0 Pass vi� Fail
rX�
Heating: Gas manifold pressure
OEM manifold pressure
specification, 600
lWC
Target manifold pressure limits (epee +1- 5%)
IWC
V
RIP
Measured manifold pressure
lvvC ❑ Pass
a FallFT*3
Heating:
Temperature rise
v7
OEM temperature die Omits
Yl
F
Measured temperature rise
Return elf [F Supply air
F
Temp rise
F 13
Pass Fall ❑Caution:
M
Temp rise within
10 F top
of of range
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3 Of 6
(This section under development; not yet being enforced)
Register air flows
Al registers are cut through finish materials and moving air Pass �ffl Fail
W rl
(Remainder of section under development, not yet being enforced)
balance
difference limit. row -to -core F77:5.tO, 3 ``' Pa
Room
Measured pressure
Pass
Fall
drop (Pa)
I_U
VN' 0
1.0
. . . . . . . . . .
MO 41
0
RE
0
LI
III`
M
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System controls operating per design Intent
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Signatures
Approved Agency
Name (ptini)
IM,
<y1 Company
sql
h Signature and Dale
system
Pass
Fall
Local exhaust
lNhote•houso ventilation
Sub.structuralfloor exhaust
Heating
.
Cooling
HVAC contractor (Fort Collins license holder)
Name (print)
Title
i Company
1i Signature and Date
ff
ww"MM.
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