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Manual S i �1gOND4C, ' Manual S Compliance Re ort--.-A------ =-=-m...` Job: The Springs Date: Feb 08,2019 > &' ' Entire House `� u r }B� �'� Adirondack P&M l i '' , PO Box 562,Glens Falls,NY 12801 Phone:518-793-3883 Email:info@adirondadcpm.com -' l( 1' l� ._tt r.-,: i<:;i' i,.:a- Project Information . Fon The Springs,Monsour Queensbury,NY 12804 Cooling Equipment Design Conditions Outdoor design DB: 85.0°F Sensible gain: 12882 Btuh Entering coil DB: 75.0°F Outdoor design WB: 70.8°F Latent gain: 6171 Btuh Entering coil WB: 62.5°F Indoor design DB: 75.0°F Total gain: 19053 Btuh Indoor RH: 50% Estimated airflow. 687 cfm Manufacturer's Performance Data at Actual Design Conditions Equipment type: SplitAC Manufacturer. Amana Model: ASX130241C*+C(R,S)30B24+A*VC960804CNA*+TDR Actual airflow: 687 cfm Sensible capacity: 14420 Btuh 112%of load Latent capacity: 6180 Btuh 100%of load Total capacity: 20600 Btuh 108%of load SHR: 70% Heating Equipment Design Conditions Outdoor design DB: -3.5°F Heat loss: 35086 Btuh Entering coil DB: 68.0°F Indoor design DB: 68.0°F Manufacturer's Performance Data at Actual Design Conditions FILE COPY Equipment type: Gas furnace Manufacturer. Amana Model: AMSS960402BN Actual airflow: 687 cfm Output capacity: 38000 Btuh 108%of load Temp.rise: 50 °F Meets all requirements ofACCA Manual S. -rid- wrightsoft° 2019-Feb-08 12:34:43 ...t-,......,,....y.m,—, Right-Sate®Universal 201818.0.16 RSU21843 Page 1 ACG° ...ate715\Doamerts\WrightsoftHVAC\TheSprirgsnip Calc=MJ8 Front Doorfaces:N p-t&ONDAc. J1 Form -Worksheet A Job: The Springs • 34° i; j_P&M r Date: Feb 08,2019 , • _. Entire House • By: 1 "'"" � ' 4, Adirondack P&M PO Box 562,Glers Falls,NY 12801 Phone:518-793-3883 Email:irto@adirondackpmmm Supporting Detail • • Project Name: TheSprings Date: Feb 08,2019 Address: Queensbury,NY 12804 . Phone: Job ID: The Springs • Worksheet A Location.and Design Conditions Weather Location: Glens FailsAP,NY US Elevation= 335 Latitude= 43 Indoor Conditions,Heating: DB= 68°F RH= 50 % Indoor Conditions,Cooling: DB= 75°F RH= 50 % Table 1 Conditions 99%DB= -4 °F. 1%DB= 85 °F Grains Difference= 27 gr/lb Daily Range= M Design Temperature Differences HTD= 72 °F CTD= 10• °F • • Calculations approved byACCA to meet all requirements of Manual J 8th Ed. Pk wrightsoft- 2019-Feb-08 12:34:43 •M.ek•,...,,,,.wa..,.m,-, Rig ht-Sute®Universal 201818.0.16 RSU21843 Page 1 ACCk ...ate7151Doameris\WrigtisottMC\TheSprirgs.rup Calc=MJ8 Front Door faces:N - -, HVAC Design Report '' #fr{' ENERGY STAR Certified Homes, Version 3 / 3.1 (Rev: 08) HVAC Designer Responsibilities:. ., •Complete one HVAC Design Report for each system design for a house plan created for either the specific plan configuration(i.e.,elevation, option,orientation,&county)of the home to be certified or for a plan that is intended to be built with potentially different configurations(i'e - . different elevations,options;and/or orientations).Visit ww wenergystar..gov/newhomeshvacdesign'and see Footnote 2 for more information ' •Obtain efficiency features(e.g.,window performance,insulation levels,and infiltration rate)from the builderorHome Energy Rater. •Provide the completed HVAC Design Report to the builder or credentialed HVAC contractor and to the Home Energy Rater. 1.Design Overview 1.1 Designer name: Designer company: Adirondack P&M Date: Feb 08,2019 1.2 Select which party you are providing these design services to: •Builder or 0 Credentialed.HVAC contractor 1.3 Name of company you are providing these design services to(if different than Item 1.1): Monsour 1.4 Area that system serves: •Whole-house 0 Upper-level 0 Lower-level 0 Other 1.5 Is cooling system for a temporary occupant load? 0 Yes 1111 No 1.6 House plan: Check box to indicate whether the system design is site-specific or part of a group: •Site-specific design.Option(s)&elevation(s)modeled: ' 0 Group design.Group#: 0 out of 0 total groups for this house plan. Configuration modeled: Designer 2.Whole-House Mechanical Ventilation Design - Verified Airflow` .. 2.1 Ventilation airflow design rate&run-time meet the requirements of ASHRAE 62.2-2010 or2013 O 2.2 Ventilation airflow rate required by 62.2 for a continuous system 0 CFM - 2.3 Design for this system:Vent.airflow rate: CFM Run-time per cycle: ` 0 minutes Cycle time: 0 minutes - System type&Controls:':'., 2.4 Specified system type: El Supply 0 Exhaust II Balanced - 2.5 Specified control location: (e.g.,Master bath,utility room) - 2.6 Specified controls allow the system to operate automatically,without occupant intervention El 2.7 Specified controls include a readily-accessible ventilation override and a label has also been specified if its function is not 0 obvious(e.g.,a label is required for a standalone wall switch,but not for a switch that's on the ventilation equipment) 2.8 No outdoor air intakes designed to connect to the retum side of the HVAC system,unless specified controls operate 0 intermittently and automatically based on a timer and restrict intake when not in use(e.g.,motorized damper) Sound:'•:';: 2.9 The fan of the specified system is rated 5 3 sones if intermittent ands 1 sone if continuous,or exempted: 0 Efficiency , 2.10 If system utilizes the HVAC fan,then the specified fan type in Item 4.7 is ECM/ICM,or the specified controls will reduce 0 the standalone ventilation run-time by accounting for hours when the HVAC system is heating or cooling 2.11 If bathroom fans are specified as part of the system,then they are ENERGY STAR certified 0 Air Inlet Location: (Complete this section if system has a specified air inlet location;otherwise check"N/A") _ 1 N/A 2.12 Inlet pulls ventilation air directly from outdoors and not from attic,crawlspace,garage,or adjacent dwelling unit El 2.13 Inlet is z 2 ft.above grade or roof deck;z 10 ft.of stretched-string distance from known contamination sources(e.g., 0 stack,vent,exhaust,vehides)not exiting the roof,and?3 ft.from known sources exiting the roof 3.Room-by-Room:Heating&Cooling Loads . . . , 3.1 Room-by-room loads calculated using: •Unabridged ACCA Manual J v8 02013 ASHRAE Fundamentals El Other perAHJ - 3.2 Indoor design temperatures used in loads are 70°F for heating and 75°F for cooling 0 3.3 Outdoordesign temperatures used in loads:(See Footnote 12 and energystargov/hvacdesigntemps) - County&State selected: Washington,NY Cooling season: 85°F Heating season: -4°F 3.4 Number of occupants used in loads: 28 , - 3.5 Conditioned floor area used in loads: 2780 Sq.Ft. - . - 3.6 Window area used in loads: 108 Sq.Ft. - 3.7 Predominant window SHGC used in loads: 0.56 - 3.8 Infiltration rate used in loads: Summer: 0.21 Winter: 0.41 - 3.9 Mechanical ventilation rate used in loads: 0 CFM - Loads At Design Conditions(kBtuh) N NE E SE S SW W NW - 3.10 Sensible heat gain(By orientation) 11.6 13.9 14.7 13.1 11.3 13.4 14.4 13.2 - Cooling 3.11 Latent heat gain(Not by orientation) 6.2 - 3.12 Total heat gain(By orientation) 17.8 20.0 20.8 19.2 17.5 19.5 20.5 19.4 - 3.13 Maximum-minimum total heat gain(Item 3.12)across orientations= 3.3 kBtuh Variation is 5 6 kBtuh I♦ Heating 3.14 Total heat loss(Not by orientation) 35.1 - PP- wrightsoft°' 2019-Feb-08 12:34:43 ^� * Rigrt-Stite®Universal 201818.0.16 RSU21843 Page 1 ...ate7151Doanerts\WrigttsoftFIVAC\TieSprirgs.rup Calo=MJ8 Front Door faces:N HVAC Design -Report _ ENERGY STAR Certified Homes, Version 3 / 3.1 (Rev. 08) • _ Designer 4.Heating&Cooling Equipment Selection . " , Verified 4.1 Equipment selected perACCA Manual S(see Footnote 19&20) p Air Conditioner/Heat Pump ;•..(Complete if air conditioner or heat pump,will be installed;otherwise check"N/A") < i " .`,p N/A 4.2 Equipment type: m Cooling-only air conditioner or p Cooling&heating heat pump - 4.3 Condenser manufacturer&model: Amana ASX130241 C* - 4.4 Evaporator/fan coil manufacturer&model: Amana C(R,S)30B24+A*VC960804CNA*+TDR - 4.5 AHRI reference#: 7458837 - 4.6 AHRI listed efficiency: 10 ./13.5 EER/SEER Air-source heat pump: HSPF Ground-source heat pump: COP - 4.7 Evaporator fan type: p PSC El ECM/ICM •Other. " - 4.8 Compressor type: •Single-speed p Two-speed p Variable-speed - 4.9 Latent capacity at design conditions,from OEM expanded performance data: 0 kBtuh - 4.10 Sensible capacity at design conditions,from OEM expanded performance data: 0 kBtuh - 4.11 Total capacity at design conditions,from OEM expanded performance data: 0 kBtuh - 4.12 Air-source heat pump capacity: At 17°F: 0 kBtuh At 47°F: 0 kBtuh •N/A - 4.13 Cooling sizing%=Total capacity(Item 4.11)divided by maximum total heat gain(Item 3.12): 0% - 4.14 Complete this Item if Condition B Climate will be used to select sizing limit in Item 4.15.Otherwise,check"N/A": •N/A - 4.14.1 Load sensible heat ratio=Max sensible heat gain(Item 3.10)/Max.total heat gain(Item 3.12) = 70% - 4.14.2 HDD/CDD ratio(Visit energystargov/hvacdesigntemps to determine this value for the design location) = 3.3 - 4.15 Check box of applicable cooling sizing limit from chart below: - Equipment Type(Per Item 4 2)& '', Compressor Type(Per Item4.8) " Cliinate_Condition(Per Item 4.14)` :Single-Speed Two-Speed '..",Variable-Speed. For Cooling-Only.Equipment or _ Recommended:- 115% Recommended 90 `120% Recommended 90`;-130% For Coglrng:Mode of Heat.Pump in Er- Allowed:90-130% 'v 0 Allowed-90-140% E 'Allowed:90-160% . Condition A:Climate ;, ;• " _ • :, - ForCooling Mode of Heat!Pump im El 90%-100%,plus 15 kBtuh p 90%-100%,plus 15 kBtuh El 90% 100 A,plus 15 kBtuh Condition B Climate, . 4.16 Cooling sizing%(4.13)is within cooling sizing limit(4.15) El Furnace (Complete if furnace will be installed;otherwise check"N/A"). " . - ' . . 0 N/A 4.17 Furnace manufacturer&model: AmanaAMSS960402BN - 4.18 Listed efficiency: 96.1 AFUE - 4.19 Total capacity: 38 kBtuh - 4.20 Heating sizing%=Total capacity(Item 4.19)divided by total heat loss(Item 3.14): 108% - 4.21 Check box of applicable heating sizing limit from chart below. - ; When Used for Heating Only . , - ' When Paired With Cooling, , p ;-,100:2140% , ' . Recommended:100-140%Allowed:100=200% _ 4.22 Heating sizing%(4.20)is within heating sizing limit(4.21) MI 5.Duct Design.. (Complete if heating or cooling equipment will be installed with ducts;otherwise check"N/A") _. • ..' _ " l N/A 5.1 Duct system designed for the equipment selected in Section 4,perACCA Manual D IN 5.2 Design HVAC fan airflow: Cooling mode 687 CFM Heating mode 687 CFM - 5.3 Design HVAC fan speed setting(e.g.,low,medium,high): Cooling mode Medium Heating mode Medium • - 5.4 Design total external static pressure(corresponding to the mode with the higher airflow in Item 5.2): 0 IWC - 5.5 Room-by-room design airflows documented below(which must sum to the mode with the higher airflow in Item 5.2) - Room Name Design Airflow(CFM) Room Name Design Airflow(CFM) 1 Room10 49 13 Room5 28 2 Room11 25 14 Room6 47 3 Room12 40 15 Room7 100 4 Room13 38 16 Room9 48 5 Room14 38 17 6 Room15 0 18 7 Room16 53 19 • 8 Room17 -24 20 9 Room18 80 21 10 Room2 40 22 11 Room3 50 23 12 Room4 27 Total for all rooms 687 PP- wright f sc t°' 2019-Feb-08 12:34:43 ^�^ ....- ^-- Right-Sate®Universal 2018 18.0.16 RSU21843 Paget ...ate7151Doameris\WrigNsoftHVAC\TieSprirgs.rup Calc=MJ8 Front Door faces:N r Specification Sheet Item SGI L; Rev Date C'Iu1;l L'I 1 FLEXIOOH® A J j )3 f. f."'. ti C US 111 Heat Recovery Ventilator __ 4MUM Product#: 44001 ,r l t...- ;s r,. "---Two CO factory-balanced fans with backward curved blades.Motors come `� -' with permanently lubricated,sealed ball-bearings to guarantee long life Y r � r :;, and maintenance-free operation. a'r , r x, 8 ✓ irk fY '. ,1 1.,,q , r Fcrkh`' Vw,�I-ti '- u.: Heat Recovery Core ';'�` `'°' }'"'`�' ' :'�4 t " Aluminum heat recovery core covered by a limited lifetime warranty:Core v° dimensions are 8.5"x 8.5"(216 x 216 mm)with a 12"(305 mm)depth. �� 40,41�1444. , Y'0 Our heat exchangers are designed and manufactured to withstand _, ,4 4.At, `, d rapt" extreme temperature variations. z�' � ��4 ` sA s'Y WinterguardTM Defrost ,1� The FLEX 100H incorporates'a unique and quiet internal recirculation ,;� defrost that does not depressurize the home during the defrost cycle.A preset defrost sequence is activated when the outdoor temperature falls below 23°F(-5°Cl and automatically adjusts itself based on operating As Fantech's masterpiece of versatility,features and efficiency,the Flex conditions.The fan speed is also adjusted automatically to provide a 100H is ideal for high-rise apartment applications,condominiums,single smooth and quiet transition between Ventilation&Defrost mode. and multi family homes.With its compact top port design featuring 5 inch oval collars.and the included EZ-MountTM wall bracket,the Flex Serviceability 100H can be installed in spaces as small as 24 inches, such as a closet Core,filters,fans and electronic panel can be accesses easily from the or maintenance room. access panel. Core conveniently slides out with only 14"(356 mm) clearance. Unlike traditional HRVs that require excessive power to meet Duct Connections supplemental ventilation needs,the compact,yet powerful Flex 100H 5"(125mm)Oval plastic duct connections with integrated balancing allows for sizing based entirely on principal ventilation requirements. damper and airflow measurement ports. With its exclusive TurboTouchTM feature,the Flex 100H can deliver up to 50%more exhaust capacity to easily meet supplemental ventilation Case needs whenever additional airflow is required. 24 gauge galvanized steel.Baked power-coated paint for a superior Features adhesion and resistance. • TurboTouch function boosts exhaust capacity by up to 50% Insulation • 5"(125mm)oval duct connections with integrated airflow Cabinet is fully insulated with 1"(25 mm)high density expanded measurement polystyrene. • Removable screw terminal for easy connection • Lightweight:only 39 lbs(17.7 kg)including core Filters • Super compact size Two(2)washable electrostatic panel type air filters 8.5"(216mm)x • Top port design fits in tight spaces 12.5"(318 mm)x 0.125"(3mm). • Includes EZ-Mount wall bracket Drain • Aluminum heat recovery core 1/2"(13mm)0D(outside diameter)drain spout provided,entire bottom • Multiple speed operation of unit covered by drain pan. • Internal recirculation defrost Optional Controls: Wa ntll • ECO-TOUCH®w#4aszsi — Programmable Touch Screen Wall Control Limited lifetime on aluminum core,7 year on motors,and 5 year on parts. • EDF7 (#aaem) — Electronic multi-function dehumidistat • RTS2 (#4o,sar — 20 minute timer over-ride • RTSS (#44784) — 20/40/60 minute timer • MDEH1 (#4o172) — Dehumidistat Specifications • Duct size — 55(125mm)oval • Voltage/Phase — 120/1 • Power rated — 168 W • Amp — 1.4 A riL COPY •rAverage airflow. = 105 cfrri150 Vs) 0.4"Ps(100Pa) sew O ffi.:1: fantech ...:,.. a systemair company • Dimensions&Airflow 1.6- Mi IMII I r F..= t -;:. # / 1 li I f " W7. . a d Pi , .. ,,b \��� fresh air to inside If i� ! fresh air if: _ from outside 1.0 stale air �� Ai� from inside — _ I■.1 I.■I stale air moilimim A — r1 1.5— B —a-I — — to outside Model A 13 C 0 E F in mm is mm in mill in mum in mm in. nun Flex 100H 21 1/2 546 141/2 368 15 5/8 397 17 7/8 454 221/2 572 15 381 Dimensional information is in inches.Clearance of 14'(356mm(in front of the unit is recommended for removal of core.All units feature three foot plug-in power cord with 3-prong plug. Ventilation Performance Airflow flJsl 0 12 24 35 47 59 71 82 94 in.wg.(Pal 0.1(251 0.2(501 0.3(751 0.4(1001 0.5 11251 0.5(1501 0.1(1751 0.8(2001 1.2 ,,,,r—ys., , �+300 cfm(Us) cfm(Us) cfm IL/s) cfm(Us) cfm(Us) cfm Kist cfm(Us) cfnr(Us) 1 0 to • © BFi �`'- 250 Net supply airflow 146(69) 129(61) 116(55) 105(49) 96(451 88(41) 80(381 73(341 O s •w 1,a r f _ y„ r ,i• •r -f •l ,.<,N"' od fk's.. Jr..0 .©Ai ,,i.t s . ': N,: . ., ' ,.1 ` . ;...r ,�,,,? tJk -t r • " `f�"f�`;, 1 .t., 'f, .:tI y ":,, wg' 08 ' ,,k, 54 ijl �i 2002 Gross exhaust airflow 148(703 133(63) 120(57) 107(51) 95(45) 85(401 73(351 63(30) g 0.6 1"" '�,•;i't , /��tr. x' 4 '''4 150 y a 'Turbo Mode is an intermittent mode only.It can be activated with the RTS2•RTSS and the EL:O-Touch for up to 60 minutes. a s% e , 3' ,f k s xr in E Only the data of the normal speed are HVI certified. : 4,. .f; sm,d,j" h o- g 04. ' 0 © © r O100: ' rr teit .f-: 2'Y#, w �0,, ,te., 0.2 y . 50 0 25 50 75 100 125 150 175 200 Airflow(c(rn) Energy performance Supply temperature Net airflow Consumed power Sensible recovery Apparent sensible Latent recovery/moisture Heating efficiency effectiveness transfer 'F 'C - ctm L/s. W % % - - 32 0 52 24 46 70 80 -0.08 srai.,� .i • b � -'. z,9i,4 1�3"c. i ,.A•l,., •.@ r ',0 5 xY 'K - 'El"'c`)st`' .. t 'o-"Kr - W. ,,.....f?nk :`''";.F"rk;rt 4P `Yq�" ..�;..f''`E'�•�6-'�+>. ',i,W>f`,'`,be `a F�"_xV,V.....�''.s,S,ar2 ; ci;,�r rgRi a >D::: k/.Z.`'�.`:' to 32 0 99 47 102 64 73 -0.04 ?<<rG4.,:s, t`� tv poi S 94ti`S T6 ,,,,. 7i4»",^x- '.A C , , _* 3 vti-.1 1,iR,� 7,1,1 -5 zq 'w ; r.,,e-1 iri r it i S^I i ; a r,l c !✓M! :41-.:-..t .e.,:7.:N/ r-r,;rd,f :zo.4,-Pr 4'- ; -,. - ,;-> .._.,s•- ., re. •.„:zti« :,.4 •,;.✓.5.t. 1 s d te,t,i -;,:L f•-,., r 'S:rf,A 1 pi- , Requirements and standards • Complies with the UL 1812 requirements regulating the construction and installation of Heat Recovery Ventilators • Complies with the CSA C22.2 no.113 Standard applicable to ventilators • Complies with the CSA F326 requirements regulating the installation of Heat Recovery Ventilators • Technical data was obtained from published results of test relating to GSA C439 Standards • HVI certified and ENERGY STAR®qualified* This product earned the ENERGY START)by meeting strict efficiency guidelines set by Natural Resources Canada and the US EPA.It meets ENERGY STAR®requirements only when used in Canada. Contacts Distributed by: Submitted by: Date: Quantity: Model: Proiect#: Comments: Location: Architect: Engineer: Contractor: United States 10048 Industrial Blvd.•Lenexa,KS 66215•1.800.747.1762•www.fantech.net Canada 50 Kanalflakt Way•Bouctouche,NB E4S 3M5•1.800.565.3548•www.fantech.net •1119.. Systemair reserves the right to modify,at any time and without notice,any or all of its products'features,designs,compo- ��;•;;; f a n t e c h nents and specifications to maintain their technological leadership position. •••:• • a systemair company