Blower Test Results 6.16.23Advanced Blower Door Test Company
Curleata Reykdal - Owner/President Phone Number: 425.870.1837
Technician Name: , i1j ` bate: f Ior l,
Permit #: Age of House:
House address &lot #: 13)
: WA IZip Code:
Source (circle one): LANS I ESTIMATED MEASURED
Blower Door Fan location
Ring (Circle one)
OP N
B
Other:
Weather Conditions:
feI
Rain lovercast
Other:
Conditioned Floor Area:
TEST RESULTS -6, . 7 6
Volume:
8.S Volume: 3 I q 3q,403
ACH:
ACH: :3,
CFM:
CFM: 3
I certify that these blower door results are accurate and determined using standard industry protocol:
Company Name:
Advanced Blower Door Tv Company
Technician Signature:
Date:
J 13
R402.4.1 Testing -The building or dwelling unit shall be tested and verified as having an air leakage rate of not exceeding 5
ACH50. Testing shall be conducted with a blower door at a pressure of 0.2 inches w.g. (50 Pascals). For this test only, the
volume of the home shall be the conditioned floor area on ft2 (2)multiplied by 8.5 feet (2.6m) Where required by the code
official, testing shall be conducted by an approved third party. A written report of the results shall be signed by the party
conducting the test and provided to the code official. Testing shall be performed at any time after creation of all penetrations
of the building thermal envelope. once visual inspection has confirmed sealing (see Table R402.4.1.1), operable windows and
doors manufactured by small business shall be permitted to be sealed off at the frame prior to the test.
During Testing: Exterior Windows and doors, fireplace and stove doors shall be closed, but not sealed, beyond the
intended weather stripping or other infiltration control measures;_L.LDampers including exhaust, intake, makeup air, back
draft and flue shall be closed, but not sealed beyond intended infiltration control measures;_LLlnterior doors, if installed at
the time of the test, shall be open. Access hatches to conditioned crawl spaces and conditioned attics shall be open;
Exterior openings for continuous ventilation systems and heat recovery ventilators shall be closed, sealed;_�.JHeating and
cooling systems, if installed at the time of the test, shall be turned off; and 6. Supply and return registers, if installed at the
time of the test, Shall be fully open.
Results shall be reported as Air Changes per Hour at 50 Pascals (ACH50) and shall be calculated as follows:
50 ACH = (CFM50 X 60)/Volume
Where: CFM50 = Blower door fan at 50 pascal pressure difference
Volume = Conditioned floor area of housing unit x ceiling height.
I4VAC System Duct Leakage Testing (R403.3)
urn. ere
All ductwork and air handler In conditioned apace? (Sea Option 4.2)
Y or N
All ductwork In unconditioned spaces buried and tested at 7 : total leakage and au Y or N
handler In cCA0110 ed apace? (See Option 4_ 1.)
All ductwork A air handier outside conditioned space Insulated to minimum R-a?
Y or N
Alr handler present at duct leakage teat? (Total loakago 4% if yes, 3%if no)
Y or N
HVAC leakage to outside test conducted at final?
Y or N
Do HVAC duct leakage test$ Include OPS and time stamp rmllutian7
Y or N
HVAC system leakage test calculated design target'
CFM a 25 Pa
HVAC system leakage lost measured results.
CFM QQ 25 Pa
Building Leakage Teadng (R402I.1.2)
Dwelling unit leakage test calwlatod design target:
ACH 50 Pa
Dwelling unit leakage Mal, measured results:_
ACH 50 Pa
Whole Building Leakage test (R2 comdor only) design target: CFMI81
5o Pa
Whole Building Leakage teal (R2 corridor only) measured: CFMIs/ 50 Pe
Do bulldln l.alu . testa Include GPS and time tamp verification?
Y or N
Whole House ViAlUndon System Msssured FMtr Raps (M/MS.4 ht6WA)
1 Cirri. ore
Are the system controls coRocUy labeled?
Y or N
The Whole House Ventilation (WHV) system operation and malnt.-- (0611)
Y or N
Instructions wane provided to the building owner?
Provided to: on
(data)
Whole Home VenNstion System Type: (Grote one)
(1) Whole rouse exhaust (an, location
(2) Balanced HRVI ERV, location
For R2 low-nso, servos mom than no unit?
Y or N
(3) Supply w HRV WHV integral to the air handler. Describe system control sequence of
opomnons. or refer.... to design submtital:
Specify run-time: hours per day
C-M
WHV calculated design minimum flow rate per plan submittal:
WHV measured min 0— rats at eomMsalonlrg: Exhaust CFM, Supply
CFM
Do W NV now tests include OPS 6 time stamp verification?
Y or N
HRVIERV temllAs had recovery alllCleety.
Commlasloning Notes:
/filler Mandarory Rsquinemenb
Circa ore
All Omer mandatory mqulrem.nts of wSEC-R have been met?
Y or N
HVAC System Duct Leakage Tasting (R403.3)
CLAN —
All ductwork and air handler In cor dIlkin.d space? (Sea Option 4.2)
Y or N
All ductwork In unconditioned space. buried and tested at T%total leakage and air Y or N
handler, In conditioned space? (Soo Option 4.1.)
NI ductwork & air handler outside conditioned spate insulated to minimum Ra? Y or N
Ali handler pnemnt at duct leakage lot? (Total leakage 4% if yes, 3%It no)
Y or N
HVAC leakage to outside teat conducted at renal?
Y or N
Do HVAC duct leakage Mats Include OPS and time strop verification?
Y or N
HVAC system leakage lost calculated design target:
CFM @ 25 P.
HVAC system leakage lest measured results:
CFM a 26 Pa
Building Leakage Testing (R4024.1.2)
Dwolorig unit leakage test calculated design targat:
ACH a $0 Pa
Dwelling unit leakage test, measured msulta:
ACH i® 50 Pa
Whole Building Leakage test (R2 corridor only) design target:
CFI111.1 a 50 P.
Whole Budding Leakage task 4112 corridor only) measured:
CFMIsf a 60 Pa
Do building Makago tests Include OPS and tan. Stain verdlcetlon?
Y-N
Whole Home Venuka0on Stoomm 44"uned Flaw Res" (MI505.4 UfC WA)
CesN —
Are the systam Controls correctly labeled?
Y or N
The Whole House Venlaatlpo (WHV) system operation and malneinance (05M)
Y or N
instructions warn prodded to the building owne/1
Provided to: on
(dare)
Whole Ha We Ventilation System Type: (Circle art
(1) Whole Male exhaust ran, location
(2) Balanced HRVI ERV, locatlon
For R3 low-rise, Serves more plan one untl?
Y a N
(3) Supply Or HRV WHV Integral to the Sir handler. DescnM aystrim control sequence
d
operallona or r.terence to design aubmlltal:
Property address: 1 i ---Hi) fly L%n V6
Build4drogistarod design professlonal name:
Bulldenreg. design pro. ssi�ign/aar�tuom:
Conditioned floor area: ft' (per buliding portion)
R-Valteae R303. 1.1
Ceiling) Vaulted R. Floors: Over unconditioned space R-
Altlt: Atlic R- 4 9 Sabvn-grade floor R-_
Wass: Above grade R- ZI Fully Insulated slab? YIN 1G;—
Below, Ink R- Doors. R-_, R-_ R-_
Below. on. R•
U-Value of Windows, Skyfightt and Door (R303.1.1.3)
Average arms weighted U-value Iron Giazlrg Wohsheel Avenge U- -
Fuel Normalization(Tables R40e.2 and Eneryy Credits (Table R400.3)
System Typo Number (t to 5) ISeie t one)
- Energy Credits Selected 11 to 7)
Fuel Normalization Credit + Total Energy Credit$ • ToW Credits
Heating, Cooling and Domesdc Hot Water
S stem
T Manufacturer and Model Number
Eflicisnc
Neaten
Cooling
DNW
Drain water heat
recovery
Onsite Renewable Energy See61e Pbwer
' System typo System design capacity kW
Rated annual ganeratlon kW?Vyr
AANiances
Entercry Stan
Manufacturer and Yodel
IC—* one)
Y or N
Dish washer
ROAlgemtor
Y or N
Washer
Y or N
Dryer
Y - N
V.nled w unvented? If vented. CEF rating
Gat flAipt... d heating stove (Section R402.4.2) Fireplace efficiency (FE)
Heating or Decorative? I. C,rcac uncl
Propeny add,....
Bulldedrmglelared design p-M.S. anal rl.—.
Bulldedrag. design pro, slgnslum:
Conditioned Boor area: h° (par building pormit)
R-Valor. R303A.1
C.tilrgl Vaulted R-_ Floor- Over unconditioned space R--
Attic: Altie R- St ben -grad. floor R-_
Wit It.: Ali— grade R- Fuay Inaulawd also? YIN C,,,.0
Bolo., Ink R-_ Doom: R- , R- R-
Below, sal. R-
U•Value of Windows, SAyflghta and Dods (R303.1.1.3)
Avorag.... w.lghtsd U-value from Olazlng WMMast Ae.rag. U--
Fuel Norma/tzadon aWear R40&2 and E CrlldRa ffliti R4ft3
System Type Number (1 to 6) (Seu:cl ono)
Energy Credits selected (1 to 7)
Fuel Nonnrtuatlon Credit _ • Total Energy Credits • Taal Credlla
Heating, Cooll.9 and Domestic Hot Water
S stem
Type 6lanufactuier and Model Number
Efficiency
"satin
Cooling
DHW
Drain water heat
recovery
Onsire Renewable Energy Electric Power System
- System type System dealgn capacity kW