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Home My WebLink About821 Campfire Dr - Disclosures/Mechanical - 12/31/2012City of Fort Collins Residential Mechanical Systems Performance Report This form Is a record of tesUng targets and results, with Pass/Fall outcomes. For information on measurement toots 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 cvnenl version. This form must be completed and signed by an "Approved Agency; and submitted to Building Servkas as a requirement for receiving a C.O. Color key Measured value to compare with target or jmTatgatorimd� Pass Cauban ' CMherdate - Address ?-I 14� Dr - � Testing date(s) Builder ID. TZ , 141 40 n 1'6 HVAC contractor 1' I -Ve SC4i o,f N4Rf-1'14 X06 Bath exhaust now box _ Flow collar Airflow measurement method Passive flow hood Pilot tube traverse ?s Temperature of air through F Indicated flaw to Volumetdc flow multiplier measurement tool b Z 5000'. air temperature Operation Minimum Design Exhaust Pickup Location intermittent or Airflow AirflowFln(dloated yolumetrle Flow Pass Fail Continuous Requirement (CFM (CFM S,000') (CFM 5000') Saco') L9Vn intermit —Conlin �j � '7 `•Y 2 (� Intermit —Conlin 5 O h -XIntermit —Conlin S, p —7 1, L %)ntermit —Conlin S O b!J P 7 —Intermit —Conlin — Intermit —Conlin —Intermit —Conlin —Intermit —Conlin Kitchen exhaust Oven fuel Cie6 Electric Exhaust airflow is= Operation _ Intermittent — Continuous Measured airflow EW NIA - Kitchen hood does not vent outside Minimum exhaust airflow requirement l CFM 5000' Airftowrn eal iuremenlmethod —Flow box _Flow collar Passive flow twat _ Pilot tube traverse i'__? j )'='' Temperature of air through F Indicated flow to Volumetric now multi ierr—�JI --j measurement tool 5000%air temperst reI ' Indicated flow CFM Volumeldcflow�CFM 5000' Pass Fall �A rF Testing notes (fen speed, masking, flowout of range,... ) Mechankal Systems Pedormana TestN Su"11 sl Foen V20120608 1 eta Systems other than sub -structural floor exhaust Minimum exhaust aliflow requirement CFM SOOV Indicated to Measured Airflow Volumetric uP Design Airflow Measurement Measurement Location + Flow Indicated Flow Volumetro (CFM 5000) Method Air Temperature (F) Multiplier (CFM) Flow Pass/Fail (CFM BODO.) Flow box Po L. d cr Total exhaust airflow Passive flow hood Flow collar 0& Picot tube traverse Flow Coils ,-f-; Total supply aft -flow 4 NI f P Rot box averse pit, Flo box plow Passive Passive a )r systems In which supply airflow Is circulated by the air handler fan, fan speed for measurement[ _Heat Cooling Continuous fan Balanced airflow In balanced systems Average of measured supply and exhaust floyes CFM BODO' Target flow range (average 10. to CFM BOOU Pass Fall Sub -structural floor exhaust N/A - no sub -structural floor exhaust system I: Design alt-flow CFM 600V IMeartured eirflow AJrncw measurement method Flow Passive w box Flow collar flow hood Pilot tube traverse measurement F Indicated flow to Volumetric flowntuhipliar Temperature of air tivough rement toolF @ 5000'. air temperature Indicated flow CFM Volumetrieflow, CFM SDO(Y ❑ Pass Fail NIA — no ductwork or no ductwork outside conditioned space Temperature of air throug measurement ant F 00=1 House conditioned floor areal Isf Indicated flow to Volumetric flow muIjipjief-----� 5000', air temperaturaL Maximum Allowed Duct Leakage Measured Duct Leak Test Parameter and Conditions Normalized Leakage (CFM281 100 to Abslute Leakage (CFM26) Indicated Flow (CFM23) age Volumatric Flow (CFM28 IiOOOj Misaiturement Timing Air Handler Pass/Fall Total leakages Rough -in Excluded 4 El i Total leakage Rough -In Included 6 ❑T., Total leakage Complete Included 12 Leakage to outdoors complete Included 8 C1 MechvVc4j Systems Pjtmoa TSthg S,Wj,I Form V201205N 2 of a Flltertype IMBrandi Static pressures (OPTIONAL) r Coding coil installed Y N — — Mode: — Heating L Cooling Continuous Fen xFan speed tap �K;3{ Humidifier bypass Open __Closed 'i _All registers open b 3�1 f' P= AP filter = Type/style Pj Thickness Inches P=+ P=+ MERV (optional) AP AC coil = AP Total ESP = Cooling: Measured air flow through Indoor toll using flow grid ❑ NIA —no AC system installed ..<'_ Design coding airflow 1 { CFM 500d Target alrflowltmlls (design+1- 16%) ( '2-7q to CFM 5000' Measured airflow, Cooling fan speed lap Flow grid plate size Temperature ofu air ent too measurement tool Z F Indicated Dow to Volumetric row multiplie 0 @ 5000', air lemperetur � ' NSOPr �� J Pe TFSOP (,y Pa Flow Resistance Correction Facto . q Measured alrrow, no adjustments or correction 1 Z 3z. CFM Adjusted (Indicated) airfl 11 d' Z CFM Volumetric now l Z- CFM 5000' 2' Pass i ❑ .`3. Fail Heating: Gas manifold pressure OEM manifold pressure specification, 5000' s IWC Target manifold pressure limits (spec +l- 5%) ;.7- to 3, tf IWC Measured manifold pressure 3, (.I IWC Pass Fail Heating: Temperature rise OEMtem a c., temperature L ,.; .�Q to.. 0 F i` k Measured temperature rise l;a Return air eJ �' F Supply air (y!/ F i Tam rise I F (R P 6 V Pase r Caution: Temp rise within Fall ❑ 10 F 10 top f1, o! of range Macnankal SWIMS Perrvmanca Terrrg SOMMal Fam VtOUMS de (This section under development, not yet being enforced) Register air flows -�`I p�—, All registers are cut through finish materials and moving air Pass 1� n?� I Fail A ,�V (Remainder of section under development, not yet being enforced) Pressure balance Pressure difference Emit. room -to -care �3 to +3 Pa Room Measured pressure Pass Fail drop (Pa) Mq 9fer 2 El ix km^ A MKhOMSC&I SYStem' Peftme Testing SvbmaiJ Form V20120608 404 iv NIA — no natural draft combustion appliances Worst -case depressurizatlon testing 40t House setup Tested appliances Outdoor temperature! IF _ # of bath fans on These doom are dosed: —Vented range hood on —Clothes dryer on Air handler on Other fans on Appllencr Type Locatior c pressure BPI depressurization limit Pa vdt outside Measured net CAZ depressurization Pe Yin outside OK (less negative) I Caution (more nag alive) BPI maximum limit Measured spillage duration Pass = duration not exceeding limit Draft pressure seconds seconds BPI limit Pa"CAZ Measured Pa vet CAZ Pass - pressure more negative than limit .: CO concentration In undiluted flue gas BPI maximum remit ppm Measured CO ppm Pass= CO level not exceeding limit Caution - CO level 25 to loo ppm _ Draft -hood Induced -draft _ Draft -hood Induced -draft _ Draft -hood Induced -draft ❑ OK ❑ Csullon ❑ OK ❑ I Caution ❑ OK I ❑ Caution 80 1. BO 60 ❑ Pass 101 Fail ❑ Pass ❑. Fell ❑ Pass Q� Fall ❑ Pass `,❑ Fall ❑ Paas❑ Fail ❑ Pess !❑ Fall 100 100 100 ❑I Pass 101 Fell ❑ Pesa ❑ Fail ❑ Pass O; Fall ❑ I Caution ❑ Caution ❑ lCaullon Me&wnlcal Systems Performance Tasthp SvbmkW Form V20120aea 5 of 6 9 .`.S stem Controls y S aZ ..... :», � _,_..-,. eR• . t .. .� .�' d�i'C'-�.<< .r n., P z .iw J'r.3 "r r '� F - > i> t -i ; G� ..:,% System controls operating per design Intent I: I sue" stem Pass Fall Local exhaust. Whole -house ventilation Substructural floor exhaust Heating Cooling .. .. •-�-': ._... e Approved Agency (technician performing inspection and testing documented on this form) i Name(print) 13ernarZ A1q qr^d ?.i Tine Te "r-.bln r Company o tl i ,f eq ton %l 4-/,1 I Signatura and Dole HVAC contractor (Fort Collins license holder) '•� Name (print) Title I Company Signature and Data MCUanud Syeleme Peftnnsnw iesrng Svbmhal Fenn VNM606 safe