Laserfiche WebLink
N. <br />�nan R+ear <br />Requests <br />PtUAfBMC <br />v`Ag/(o"p <br />4 �90 <br />� MH7 L�ftt/,s <br />Pft/Met* fzC <br />h'pf0K <br />era or'W <br />nrOriogh% <br />1+14k, <br />rdo °+n <br />Pe bo <br />Note, <br />+IBDT <br />Blower Door Testing MW <br />425-312-3914 • BlowerpoorNW.com <br />fvfrvwerdCITCO ICL1'gmail.C9m <br />4ddA.'+re 109I9 <br />NVFR fOTy�l Job Site Information <br />�T W4 <br />Permit fl: <br />Date of Test <br />Technician Name: <br />Address and Lot Number: / i / 0 <br />City: ra fe.. H <br />Cond. Floor Area (flr): <br />Zip Code: / <br />���-��- 6666 Age of House: <br />Source (check one): `Plans ❑ Estimated O Measured <br />O Dud tightness testing is not required. The total leakage test is not required for ducts and air handlers located entirely <br />within the building thermal envelope. Ducts located in crawl spaces do not qualify for this exception. <br />Air Handler in conditioned space? ❑ yes No <br />�� Air HandlerPresent during test? Yes ❑ No <br />Test Method: ❑ Leakage to Outside �V7'otal Leakage <br />Maximum Duct Leakage <br />Post Construction, total duct leakage: (Hour area x .04) = CFM@25 Pa <br />Post Coasumction, leakage to outdoon: (BOOT area x .04) = CFM@25 Pa <br />Rough -in, total duct leakage with air handler Installed: (Boor area x .04) <br />CFM@25 Pe <br />Rough -in, total dud leakage with air handler not Installed: (Door area x .03) = CFM@25 Pa <br />Test Result v I CPM@25Pn <br />Ring (check one if applicable): ❑ Open <br />Dud Tester Location: <br />I certify that those duct leakage rates are accurate and deter <br />Technician Signature: <br />U2 03 <br />Pressure Tap Location: 4 <br />aging standard duct testing protocol. <br />