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Home My WebLink About750 Jerome St - Disclosures/Mechanical - 03/01/2017-2�,-( -2o(-7 City of Fort Collins Residential Mechanical Systems Performance Report updated 3/7rz014 This form is a record of testing targets and results, with Pass/Fail outcomes. For information on measurement tools art Collins 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. uauws This form must be completed and signed by an "Approved Agency; and submitted to Building Services as a requirement for receiving a C.O. Color key Target Measured value limit to compare with Pass I Fail HEor target or limit ADCF = Air Density Correction Factor, based on tool, ADCF altitude (5000'), air temperature through tool Volumetric flow (CFM 5000') = ADCF x Indicated flow (CFM) 1. House Data Address 750 Jerome St. Unit #5 Dateof'Residential 1/10/16 Mechanical Systems Builder Philgreen Construction Design Submitted information referenced HVAC contractor Air Comfort, Inc. by testing technicians As -built changes mech design submil Testing date(s) 13/1 /17 2. Local Exhaust (Spot Ventilation) Bath exhaust Testing tech (initials) MS Flo Flow box Pilot tube duct traverse Air temp through tool 71 Deg F ADCF I . tool Passive flow hood Other (note below) (F) Measured Airflow Design Airflow(CFM Minimum Airflow Requirement Indicated Volumetric Exhaust Pickup Location (CFM (CFM 5000') Flow Flow Pass Fell + Type of Operation (CFM) (CFM SOW) 1 st Floor Bath 2150 Intermittent ❑ 20 Continuous 73 80 ❑ ❑ 2nd Floor Bath 2150 Intermittent ❑ 20 Continuous 64 70 Q ❑ 3rd Floor Bath W/ 50 Intermittent 20 Continuous 62 68 ✓❑ ❑ 50 Intermittent 20 Continuous ❑ ❑ 50Intermittent 20 Continuous ❑ ❑ 50 Intermittent ❑ 20 Continuous ❑ ❑ ❑50Intermittent ❑ 20 Continuous ❑ ❑ I Testing 11 notes Kitchen exhaust N/A - hood does not vent to outside ❑ Testing tech (initials) MS �I Oven fuel JD Gas ❑Electric Minimum airflow requirement (CFM 5000') + operation ✓�100 Intermittent Q 25 Continuous Measured airflow I VF1.owox Pilot tube traverse Tool El Interior grille Air temp ❑ . Flow ve flow hood❑Flow grid ❑ Exhaust ductthrough 7t deg F ADCF locelionred flOW hood Other (note below) (Exterior termination not Op tool (F) i f Indicated flow 142 CFM Volumetric flow 156 CFM 5000' ❑✓ Pass Fail Testing ± „ notes 'L_J Residential Mechanical Design Submittal V20140307 Page 1 r Systems other than substructural floor exhaust Testing tech (initials) MS Code -minimum ventilation airflow Design ventilation CFA # BR) 42 CFM 5000' airflow, 45 CFM 5000' System ❑Exhaust -only (based on and of QSupplyonly type 9 to 96 CFM 5000' ❑Balanced Target ventilation airflow range F ode -minimum) (120%of design flow) Measured Airflow Air Temp Indicated Volumetric Measurement Method Tool Location Through ADCF Flow Flow Pass Fail Tool (F) (CFM) (CFM 50001 Total exhaust ❑ N/A ❑ Passive flow hood ❑ Flow box ❑ Pilot tube traverse Ventilation duct at return air. .1 51 cfm 56 CfM R] El airflow ❑ Flow collar Q Other (note below) Total ❑ N/A ❑ Passive flow hood El ❑ supply ❑ Flow box ❑ Pilot tube traverse airflow ❑ Flow collar ❑ Other (note below) When supply airflow is circulated by air handler fan, fan speed for measuremeni Healing D Cooling D Continuous fan Balanced airflow in balanced systems 1 Average of measured CFM Target flow range CFM ❑ 5000' +/- 15%) to 5000' Pass Fail supply + exhaust flows(average Tasting l notes Measured with hot wire anemometer at ventilation duct. Substructural floor exhaust ✓❑ WA — no sub -structural floor exhaust system Testing tech (initials) MS �1 Design exhaust airflow (based onCFM 5009 Target airflow limits to CFM 5000, approved design) (design +/-15%) Measured airflow Flo Flow box Pilot tube traverse Tool Air tamp tool ❑Passive flow hood ❑ Flow collar location through ADCF Powered flow hood Other (note below) tool (F) I Indicated flow CFM Volumetric flow CFM 5000' OPass 1:3 Fail i Testing notes Heating4. + Cooling Duct Leakage N/A D No ductwork Testing notes 0 No ductwork outside conditioned space Qncl multiple eye) Duct leakage _ Energy rater (name, data source company, testing date): House conditioned floor area Air temp ADCF (include full basement) rent) through tool (F) Test Parameter and Conditions NormalRee (CFM25 5000' l 10o sf) laosorure (CFM25 marcaceu (CFM25) vuruni (CFM25 Leakage Type Timing Alr Handler Total leakage Rough4n Excluded 3 Total leakage Rough -in Included 4 Total leakage Complete Included 4 System #11System #2 =LOL=1= fffim RIDER ffilmliffill Residential Mechanical Design Submittal V20140307 Page 2 For multiple systems, attach one page per system System #F1__1 Which parts of house does it serve? Entire home. Installed equipment (Be dear about which AC components are installed at time of testing) Testing tech (initials) MS 1 Manufacturer Model # Furnace or Boiler AC or Heat Pump Condenser AC or Heat Pump Cal York ADP York TG9S080B16MP11 YE32636E21OB1605AD RAC13L36B215 — — Basic fiberglass Electrostatic Filter — Other: Thickness n MERV brand Purolator Type _X_ Basic pleated u —High-efficpleated (inches) (optional) Static pressures Setup Speed: ❑ Heating D Cooling ❑ Cont. fan High -stage for multi -stage equipment war speed tap: High Speed midifier damper: E' N/A 10Open (Healing) 0Closed (Cooling) All registers open Zone dampers open SP1 .14" AP Filler 17It (SPt - SP2) Cooling: Measured air flow through Indoor coil Design cooling airflow11 1300 CFM 5000' (high stage) Measured airflow Testing tech (initials) MS (Same location sPa 11 " for NSOP, TFSOP) AP Coil 17" (SP3-SP4) SP3 28'/ AP Total ESP 59" ISP3SP2) SP2 WA — no AC installed Testing tech (initials) MS Target airflow limits 11 O5 to 1495 CFM 5000' (design +/-15%) Flow grid plate size El 14 20 Air temp thr000l ugh 70 deg f ADCF '� '� NSOP 30 Row R stance TFSOP 33 Correction) Factor n�a 1 Measured airflow, no adjustment/correction n/a CFM Indicated airflow 2672 CFM Measured AF x FRCF Volumetric airflow 38CFM Indicated AF x ADCF 8 5000' l Pass Fall Testing notes DG-700 calculates ADCF air flow. Heating: Gas manifold pressure (high stage) Testing tech (initials) MS Manifold pressure Measured❑ �IWC Target manifold P 3.3 t° 3.7 Iwc 3.Iwc Pass OEM spec (d15000' 3 � limits (spec +/- 5%) pressure5 Fail Hea ting: Temperature rise Testing tech (initials) MS OEM temperature rise limits 35 to 65 F (high stage) Supply Return Temp Caution: within 10F Measured temps (F): sirEd deg F — air 70 deg F = rise 50 ❑Pass Fail of top of range Residential Mechanical Design Submittal V20140307 Page 3 6. Refrigerant Charge Testing tech (initials) FMS Testing approach and targets ❑N/A: No complete AC system Q N/A: House completed November - April onstantrg contractor responsible for testing in warn weather) f_. ❑TXV: Subcooling + SH check ❑ Non-TXV: Superheat ❑ OEM -specific: Approach [-]Other OEM -specific (documentatlon required) Temperatures Condenser Non-TXV: Return � Target Targel� Target (F): entering air temp air wet -bulb temp superheat subcooling approach Subcooling Discharger Condenser❑ LiquiP❑ Actual ❑TXV Pars: Actual SC within pressure saturation T F line F subcoolin ❑ F 3 F of target SC, 2 F min ❑TXV PSI (soon' chart) temp (Cond T - aq line T) Fail Superheat Suction Evaporator Suction Actual ❑Non-TXV Pass: Actual SH I r pre cti j❑ saturation T❑F lin❑F superheat❑F ❑within XV 5 F of target SH PSI (scow chart) temp(Suct Ilne T- evap T) Non-TXV Fail LITXV checks: Pass: Feld -installed TXV installed in accordance with OEM instructions ❑Caution: Actual SH outside mfgr range Approach Liquid line�F Actual approach�F ❑Approach Pass: Actual approach within +/- 1 F of target approach temp (uglineT- condenser EAT) [:]Approach Fail Testing Too cold outside to verify air conditioning operation. 7. Room Air Flow Register air flows Testing tech (initials) FMS L J All registers are cut through finish materials and moving air ✓❑ Pass MFail (Remainder of register air flow section under development, not yet being enforced) Pressure balance Testing tech (initials) MS Room (match names on plans, include basement if there is a door) Roomto--Core Pressure Drop Target Range (Pa) Measured Pressure Drop (Pa) Pass Fail Bedroom #1 -3to+3 0.3 ❑.r ❑ Bedroom #2 -3to+3 1.6 0 ❑ Bedroom #3 -3to+3 2.7 0 ❑ 3 to +3 ❑ ❑ 3 to +3 ❑ ❑ 3 to +3 ❑ ❑ 3 to +3 ❑ ❑ 3 to +3 ❑ ❑ -3 to +3 ❑ ❑ -3 to +3 ❑ ❑ Residential Mechanical Design Submittal V20140307 Page 4 8. Combustion Combustion safety testing N/A — no natural -draft combustion appliances Testing tech (initials) M S u (Appliance Types table must be completed for every home) Appliance types Appliance Combustion Type N/A Draft -hood Natural -draft Induced -draft Natural -draft Power- vent Direct- vent Powered sealed - combustion Electric Furnace #1 ❑ ❑ ❑ ❑ ❑ ❑ ❑ Furnace #2 ❑ ❑ ❑ ❑ ❑ ❑ ❑ Boiler #1 ❑ ❑ ❑ ❑ ❑ ❑ ❑ Boiler #2 ❑ ❑ ❑ ❑ ❑ ❑ ❑ Water heater #1 ❑ ❑ ❑ ❑ ❑ ❑ ❑ Water heater #2 ❑ ❑ ❑ ❑ ❑ ❑ ❑ Fireplace #1 ❑ ❑ ❑ ❑ ❑ ❑ ❑ Fireplace #2 ❑ ❑ ❑ ❑ ❑ ❑ ❑ Other. ❑ ❑ ❑ ❑ ❑ ❑ ❑ Worst -case depressurization performance are closed: # of bath fans on Vented range hood on Clothes dryer on Air handler on fans on: Other setup Outdoor temperature = F GAZ pressure BPI depressurization limit (Pa wrt outside) Measured net CAZ depressurization (Pa wrt outside) OK (less negative) I Caution (more negative) Spillage BPI maximum limit (seconds; Measured spillage duration (seconds; Pass = duration not exceeding limit Draft pressure BPI limit (Pa wrt CAZ Measured (Pa wrt CAZ Pass = pressure more negative than limit CO eonceribatlon In undiluted flue gas BPI maximum limit (ppm Measured CO (ppm Pass = CO level not exceeding limit Caution = CO level 25 to 100 ppm ❑ OK ❑ Caution ❑ OK ❑ Caution ❑ OK ❑ Caution 60 60 60 ❑ Pass ❑ Fail ❑ jPass I IFail I❑ Pass ❑ Fail ❑ Pass I ❑ Fail ❑ Pass 1 ❑ lFail 1 ❑ Pass 1 ❑ Fail 100 100 100 ❑ Pass I ❑ IFail ❑ Pass I ❑ lFail ❑ jPass 1 ❑ 1all ❑ ICaution ❑ ICaution ❑ Icaution Residential Mechanical Design Submittal V20140307 Page 5 9. System Controls Testing tech (initials) FMS System Controls Operating Per Design Intent Local exhaust (all fans) ❑ N/A Q Pass ❑ Fail Whole -house ventilation ❑ WA ✓❑ Pass ❑ Fail Sub -structural floor exhaust WA ❑ Pass ❑ Feil Heating (all systems) ❑ N/A Q Pass ❑ Feil Cooling (all systems) ❑ N/A Q Pass ❑ Fail Testing Notes Signatures Technician #1 performing inspection and testing documented on this report (Approved Agency) I certify that the tests referenced above, in sections bearing my initials, were performed in accordance with protocols specified by the City of Fort Collins Building Services Department, and that the reported results are accurate to the best of my knowledge. Name (print) Mark Shadowen Time Service Operations Company Air Comfort, Inc. Signature and Date Mark Shadowen 3/1/17 (electronic signature) Technician #2 performing inspection and testing documented on this report (Approved Agency) I certify that the tests referenced above, in sections bearing my initials, were performed in accordance with protocols specified by the City of Fort Collins Building Services Department, and that the reported results are accurate to the best of my knowledge. Nai Signature HVAC Contractor (City of Fort Collins license holder) I certify that I have reviewed this report and that the test results are an accurate representation of the performance of the installed mechanical systems. Name (print) Matt Rausch Title Owner Company Air Comfort, Inc Signature and Data Matt Rausch 3/1117 (electronic signature) Residential Mechanical Design Submittal V20140307 Page 6