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12909 SW 68TH PARKWAY STE 350-1 si s ' i 110 a N,, • f y t i C/1 Forr i 4 Project Name: -ti. Form 4a (cont.) \ C J -- - - - 0 — _ $ -✓ 11 Page: BYSTE�� Project Name: Pa Y8�'EBtB t �AxERAL a r Exce do �- �Rl�$RAL --------• ge�__ -- 0 Z p,, P ns 1. XxoeptioQs (8ectioa 131.x,1) ' 4 } ? Dscusslon of trAC. '�'. No N Off-boar Controls - LL The building plans do not call for an HVAC system. BVAC 8 • C + C/� r� quathving excep- Exception, y Skip to Item 12 below. Complies.All new HVA ystetms (8ectioa i 3 �� (!1 tions on page 4-14 prion. The building or art C s 13 P of the building systems are capable of automatic setback or shutdown during periods ,.a � requirements. Thea applicable code exception s Section 1313,E-xre tion from HVAC code of non-use or alternate use of the space served by the system. ��E�� t--I PP P 9 P ds . I/ building that qualify: _ _ option . Portions of the -i Exception. Equipment has full load heating demands of 2 KW 6,i?2 i --- controlled by a readily accessible manual n. ( 6 l,tu/hr)or less an - nuur control. d is f See page 4.14/ora �. lsimpl0 t�1'Cd —.� November 19, 2U01 -E-+ F"' �' VS.complex Simple S complex cyst°ins 18eation 1 d. _ P ystern. The planr,ad HVAC;system qualifies as a S3 p e•Z stem 13x13 omplete this On hoar Controls _ tBtt l systems. form (4a)and o� If �'Compllea. Plans require that outdoor 3>ad $xhanat Fystenia (131.1,3,3 U U3 auipment efficiency worksheets as iequired. Form 4 t�.� t"t ❑ Complex System. The Plannerned bis not required. uratic (either motorized Supply and exhAL St Systems i q or gravity damper) volume shutoff or reduction during peeaJs of non-use Protemp Associates, Inc. t v�rrn 4b and equi,�ment efficiendcy otkshee s as eq i ed. System. Com l3 or alternate use of the space served by tha system, 807 NE Couch � � � t��7 Z �� p to this form (4a), r> Exception. The b e L Exceptions 3, building qualifies for an exception to the requirement for automatic shutoff or t "'coatsmiser Cool reduction. The applicable code exception is Section 1313.1.3.3, Exception Portland,OR 97232 � ~~ ❑ No Coaling, The building g (section 1313.1.2) Comp/exCyslems option ��' ^r� may claim the same g pians do not call for a new fan system with me 9- Heat Pam Co de: IDeltek-Permit�MEC2001-00375 `,! I i.; exceprl,ns ono' � Complles. The new ch P at _ apical idea' rola (Sectio 1313.1.3.4) [2909 SW 68�'Pkwy.,Suite 3�0 Cl) � ;.�, lorSnnple systems, p w fan system has an air economizer ca able of modulating outside-a9and 't No Heat Pump. The plans/specs do not call fora n return'air dam ors to Provide u to 135 percent of the Cesigpn supply air as outdoor air. ir P Complies. All new heat pumps equipped new heat pump. _ P Tigard,OR 97223 0.; tions alowedin Exception•-Slrnple Systems. The new fans in Section 1313.1-3.4, ne3,4. pP with supplementary heaters Section 1313.1.2, code exception is Section 1313.1.2, Exce?tion system qualifies for an exception. The applicable are controlled as rem "red a See pegs 4-15 fora building that qualify: ! or Section, 1313.2,1. Portions of the 10. $ >ni The City of Tigard has completed tine review of the submitted plans for the mechanical - L3•t discussion of these ❑ Exception- %;oro lex~~`-`-- Q Pmeat Performance (Section 1313,1 ►�• +� code exception is Section 1313.1.2, Exception an exception. The applicable combustion Equipment. The building plans do not ,ei the State of Oregon Mechanical Si,eci•tlty Code(OMSC}, ly9y tdition. The plans are approved (/2 the building that qualify: , or 1313.3.1, Exception_ heating equipment or beat-operated call for new electrical HVAC a subject to the following condUons. '� __.. Portions of Complies. All new H pe ated cooling egt,•ipment. equipment, • `� 4• Economiser Coolies -_�---- --`—'�- VAC F,luipment has efficiencies not(e:s than hos _ _ The following equipment efficiency worksheets are attachec: a fequ'fed by the code. All touts are to be inspected and approved prior to in stalling wall or ceiling cover. p� 't No Economizer.The building Plans o° predsnrisia g (flection 1313.1.2) 11. D ---- - Complies. The drawings specifically identify nal foes new fan system with an economizer. Du Insolation (Section 1313 A tapy c"'he approved plans sh,�ll in on the job site and available to the inspector for inspection E`' J No Ducts. The building '3•a 13 3.3.3) ° ii,Idt wt,l exhaust the extra air introduced by the economizerssure liand ef n e economizerhariism for aSy fan system a plans and specifications do got call for new HVAC e1 ' purposes at all times. U e capable of Providing �Simple System: Complies. The I acts or plenums. �J the remainder vi the load. cooling even when additional mechanical cooling is regal ed to meet P s pans and specifications call for Simple!3ystem, and all Sincerely, Q+' �..r. exteriors ply/return air-handling ducts and Plenums and all outside air 1 i;c required b Section 1313.2.2. p e is are insulated as $ J Complex System: �x a• system and Zone Controls (sec, 1313. Y Complies. The Compiles. All new HVAC systems inc,rade at least one temperature 1313.1.3.3 building plans/specs call for a Complex Svstem lj+tivt(�!( � handling ducts and plenums are insulated as required by Sec. 1313.3.2. and all air / temperatures within the zone. perature control device responding to itui7'ing Off Exceptitoas ") Exception. The new HVAC system qualifies for an exception from the zone control 13• piping Insalatioa (Section 1314) Exceptions ❑ No New Piping, The building pians and specifications do not nal moots. The applicable code exception is Section 1313.1.3.2, Exception 1 and 2. Portions of the t�uilding Offin�ial � Discussion of building that qualify: require" heating qualilyino excep Discussion o/ g or coaling system or I for new piping serving a qualifying excep- � Complies. All new piping sere ng a heating or cool vire watt system or part system. tions on page 4.16. 6 Control Cap loll �`� frons on page 4-1B ab�:,f (flee. 1313.1.3.2 1� :err hater heating system complies with the requirements of the Codep ° a circu'ating service C. File W � Complies. Zone thermostats are capable of bei, set to th -I Exception. New Pipingqualifies , Section, 1314.1. Fax to: Prctc::�p-(503)238-9767 1313.1.3.2.1. Where used to corftrol both heating and Cooling,temperatures de^ q es for the following exception: Section 1314 providing a temperature range or deadband a in least 5 degrees F within shall a in Sec. Exception_ 9 olgre zone controls;;hall be capable of 13• Berviee Water Hearin H . heating and cooling energy to the zone is shut off or r 3duced which the Supply f g (section 131 ❑ Exception. The building to a minimum. pP Y o No New Water Heating, The building plans and specifications Z P g qualifies for an exception fo the deadband requirements. The Exceptions hot water storage tanks, service hot:eater do not call for new'mater code exception is Section1313.1.3.2.1 Exception` distributions stems heaters, Happlicable Complies. All new water heaters, hot water storage tanks, service ho ing pools or spas. Discussion c toms, swimmin t water drstribu tan sys qualfy�ng excep- g pools or spas comply with the requirements of the Code. t'O"s on page 4-18 J Exception. The applicable code exception is Section of the building that qualify: _ Exception Portions I Z 129x9 sw 66TH�KWY>x 350 - -- --- I MEC200'i-00375 - - - -- 1 of 16 11125 SW Hd 8t fd,,Tlga.d OR 97223( ) V-/171 MDOW) 4-2772 12909 MSW 68TH EC2001-00�N 350 (low) 4-2 • Forms& Workshe9ts 10 L Of IV 1290 350 -1 Forms& WO-�,•+.�.•,t,.,.,,...•...... ;, 9 5W 6tl1M PKWY i1. �;. MEC2001-00375 r _ShAatc 12909 SW 68TH PKWY 0 350 (10/98) f 16 MEC2001-00375 4 of 16 _,- V`>orlcahset 4d _-' � ��4; Page: insulation. All UEIZ"AItYEA�- pUIP Advance 50RHR/50R1✓ 1-1/2 lb acoustic type control system. The standard + # i �'/A�I'ER �(�OEL � R/50RDR �� vertical and doumflow units are { a. Condensate overflow sensor 1i � :��" �%�'.''dr�,�:., ,; .M r` ti r;• 4.y� eat•Jres Of this control are: Options and accessories z4aipment (a) Product painted. Fan motors and compres- 1. Unit rformanre Sentinel 9 therm t reset unit at p Horizontal, Jertiea.{ sors are:-,;md isolated and the thermostat or disconnect ( � (c) d insulatea cabinet makes unit opera (UPS 10. Automatic Intelligent LMectrabrd O �.� and Downflow Pe gent reset. „- (� ��� Data tion even quieter. 2• Anti-short cycle timer Resets 5 minutes, locks out Factory-installed options: F Entering I 3. Kandori Start relay _�" Cuexchangers •a t«rr,ew>s, Water Source Meat Pumps after 3 faults pronickel heat � - ae �•. anr+a,;,gprrw,,; Equip Gaoling Water Temp. + All horizontal units have factoryh,;,� r: 1••,,„� x r y.•, an p&p ID Capacity EyttT ProPeaed PmPoced CSeh Ilancxa Horizontal - 1/2 t0 5 Nominal Tons mounted hanging brackets. All units 4 High and Low voltage 11. Service test mode High water temperature switch ` a� c protection t 13x11 valves(with and without r i�N 4.10 ,lilodel Designation (Btu/h) (° Ft Schedule shipped on factory wooden palettes, 12. LED fault and status lights .0 Sound attenuation package(Mut, Package)Vertical - 314 to 5 Nominal Tons with units bolted to the 5. High and Low pressure 13. Selectable 24-v or Clot du ! g Y strainers(with plugs and blow down valves) EER COP (A Or B) with- 1-1/4 to 5 Nominal Tons r� through the hanging bracketse5 p n Enhanced DXM(D)control system. DXM controls 1 - p,ut,�riJn include all CXM features and these additional features: o dry contact alarm output Solenoid valves � i Spotweld free design. No extemal 6• Water coil freeze protection 14. 24-v output to c t.! A -. p y III Removable Hose kit assemblies with GPM,qutoflow v support rails. AU units have remov Selectable for water or anti mot thermostat a - � 'rid 70 I'y. 0 �, . New catalog in ��rocess at � oozed water valve with ermostat connectors Ives 4 able blower inlet rings for easy motor reeze' compressor contactor Random Start on return from night set back Thermostats ' �� time of printing. Contact your and fan removal. 7. Air coil freeze prcrtecrion 15. Electric heat controls/ setI Loop controllers 70 A Carrier Repre.,entative for raetorit teSHngg (check filter operation) outputs - Dig contact night thermostat override 2 in. Filter racks '-` y f I j The units have MASO, NRTL or ___ _ 16. 50 va transformer i Dry g set bark for diSital night setback .3G 4{0 roost recent Information. ;� CSA labels. All units are factory run - thermostats 7(a j a + ~ tD A t - A Q U A Z O N E` t tested under normal operating ' Heat/Cool or Heat Pump Thermostats c _ P ,s • : y 33 rates Testing reportcards are Boflerless system control capable • Sinr;e-Pack ed Horizontal, Vertical i ' _� ��� o /S.o � �'i shipped with each unit, these re n fable of contents Emergency g. cY shutidoum V. ! O and Pumps with v Water Source Heat cards state the performance of report page 1 75 va transformer Pumps with a ectronic unit controls ;• a� { unit in the cooling and heating Features/Benefits .............................................. 1,2 �• �a' v System des gned for high efficiency modes. Dehurnidistat input ` year-round cooling and heatingModel Number Nomenclature............. .... 2 Pump restart � Refrigeration dreuN- ...........•.... . • Ideal for schools, offices,apart- Units have a sealed refrigerant circuit Options and Accessories ............... ,•,,,• 3 �„ Hot wider generators f ments, hotels/motels, and condomini- �. including a high efficiency rotary, Physical Data............................ ! 3 CCN compatible controls ums reciprocating, or scroll compressor, a Dimensions ........................... .................................................4-6 insofar t r Choices in water coif heat exchang thermostatic expansion valve, a Performance Data............... .............. % ed water circuit for low temperature application enhanced aluminum fin/rifled copper 7 18 �t t Application Data.............. ors allow use in clorad-loo ur open. I + ti• •'t ►' P tube air coil, a reversing valve and a �i r - - loop applicatiofs coaxial be ............................... ......................... .............. 19 al to g Electrical Data . " r , ( in tube)refrigerant to Typical 20 Physical water heat exchanger. All corn res Typ P Wiling Diagrams ................................ .. 21-26 dot sr•,s ares nn mounted. All units , a -,- y Features/Benefits " tee designed o withstand 450 psig Guide Specifications............................................................... 27-29 R/50VR/00RDR Physical Data 1r = i dr 50RH t iAeeowc,, of Operating pointing efficiency Pre e. and water working • ,Dt2t . ,, 048 O6 , refrigerant O ssur �J��� �oei�lteata- AR;,fns The Cancer water source heat pumps Electronic controls IYIodel number nomenelatur� 81 Z F tK19} 015 019 024 030 0� 042 0 t' F C1,* ' 04. 12 1S t R i �� ,e4r 's�Df''�"'p'�1e � '" r � (WSHP)are designed for quality and i All units will have a solid state CXM(C) %' as 3Q � N +� •. •e � ' AX*d seoRgn UCE,pop: performance over their lifetime. Models i s' Fan „Tyasa°� F�Ot!<iCYf�(Aftayt /.• CSRIAe�11J _ �– Hor"rontsi, V %�U P1t10 Pt/e P9/3/J , } Aid dj, offer cooling EER's(Energy Efficiency 9 ertkal and Uoamgow Unit>t •Ode PRatio)to erformance) COP's(Coefficient of FN't ia„ Pscr3 rscr� v P era r e) 0 4.6 under ISO Stan- ! ltiort«tNtfou n y y Pscra eoRM R C ( i 0 1 * 'nee Sr6 er 9x7 Yt7 er7 Pr7 , e,U 0■10 ,U x,10 t,e1J dard 13256-1. ..°.,. ►f■•o Far , 1 ,rr +: Saxawr►,.n� y' Y•• Y4' 3%•'— �• 1• I. t. ��O�F�eOC>ttlfle Capactt3,MU411) in. G"&V Min. "• Desi — t>�tiutt►Compilie� flat Not Raft Rata ��" The WSHP units are offered in 11w.�w Nib - ur C°II Sdw � wart+ o,. � Air Crx1 T,lOa sea b. Z.� 2].e �e •.e I ,a • r ,.� . diel! E d Type ter ,.- ° '. horizontal sizes in 5 foot prints. lU �aa,a Tq,r� 000-e Ax - rz Ye tie �i a,e i } ` "� Own- EER EWT _ vertical and A downflow sizes in 5 foot � rfal,o•,,,�k i Air Cot Nv„per O EHVT b+a<yi14 Irl Farr strfaard-r a z COP G ' Prints. Various volts z• 10Mp ,oezo ,eezo ,ee2o lee .2• ze.2• i F 4 rtt 0 r •�" ' Arlo are available to eo , 7 �•a� 9.3 850 Z• 3.8 70• F �• ��t',(4q`' ;"-,�, � meet individual zone ,pis efficiently A"^•� ___j -� nz 1e, �a zeeza ,a, ,e> 179 z, and effectively. Units shall be capr,ole �Mnre„•�,• , , xr. � tai i n '+ . f t!•M, �" A WIIM�x gq;fpp 0 x6,000 10.2 76•F 3.8 70• F of operation with an entering water � ,�11 • n � - 65,000 135,000 10.5 85•F temperature range ot•* T R , x l 10 r 1 ,o,1e ,e r u , ., , :, ,l e , . 1e- coil ori _ 7 20,m 3.t3 70• F pe ge t 20 to 110 F. ,ae••f fto �, ,a ---�"�"" 135.000 - 9.6 85• p Horizontal units have field convertible 1. • o,, T� i dam. Fr 19 , , ,z _ �- t - ., 3.8 70 F discharge air to 5 tons(side return/slide a e H1 12 0 135,000 1 t r discharge to side retum/back - - res.slr,dra ,• �ftgXt�'•�.tOrSOUn:e ) 7� F T►royMr tOr2p tOr10 tOra+p ,er20 ter20 1er90 1$ 04 ,erg. a-+er,e 2 ,ort 3.4 70" F _ G 135,0(�Q ° discharge). �j��y�� 11.5 5(,t F 3,0 g0. F ti- x ens,„w,s ,�,:. WWI-Dea,ser�ne.f n t t 2 , t e 135.N{/y rM VIM,1+w ,tl 1 203 236 X construction ,., >; M if=•. lei•. ,zo ,n ,e7 ,» , 2� �p z» � , i, Note-All unite hew ' a 0 "compressor mountings,TXV oxpanelon devic,",and 112'd'La•olerinael knockouts. `i - g's �• F I Horizontal, Vertical and Downflow units , •s+ne Doe ay.e.a.for 60RHR 1 rWQ 9.6 3 4 70•F will be fabricated from heavy gage ' IM 06 and o12 not evRH ��-11 in t�ownno•+c -----._ galvanized sheet metal. All Interior onngursW --- surfaces are lined with 1/2-in. thick, ^., p""awo Canter cmiriamn 4 i. 12909 aid 68TH PKWY a 360 ern,50R•9 APD �frf 9, 1947 MEC2001-00375 12909 SW 86TH PKY+Y R 360 r 1291 SW 68TH PKWY 0 360 440 MEC2001-00316 3 6 of 16 MEC2001.0-3376 7 of 16 low 6 of 16 11191 r fill 11111111t tt t N til II ., -. ,,,,,,•,,, _..,_ -..-._ i x 11 ! t x, 4 4,;•.A,l+,." :;.,Milt•,.SNtlINYotW.4ciR, r � � IIIIIIII 1i11ii�uh ,I!Illlil`ini�nitll+till Il liH�lll{' Ill�lh'+Itlll':iijllllllllllllll 1111 III I I�illl IIII 11 II fi II i1 :..G•Irnrwiap►n:=,w,�•ewtia.�+fr�,,w, :: „vsv fid SIGN la 1 I I$ 1� i 4 I l . �, I le at Sia $4 !!! Ze 27 $e ?1e t , i V,li f {r• I - t . . F. r - o f Performance data (cont) Performance data (cont) �. 50RHR/50RVR/50RDR 036 �.. 50RHW50RM50RDR 024 Al ARI 320 EER-15 OICOP.4 7 Rated Air Flow 1200 SCFM AMI 320•EER-15 O=P-4 a e •180 ConWwd a 23,000 Stuh and 12 3 EER u1 cooking and 27,600 BnA1 and 3.6 COP n neaurlq 50RHR/50RVR/50RDR 030 ISO Certified O 34.000 Btuh and 13.0 EER in cooling and 41,700 Bluh and 9.2 COP in heating. •I I ARI 320-EER-15 t/COP.4.8 50RHR,'50RVRi50RDR 042 Psdormartce capacmu shown m thousands •ISO Candied O 28.500 Btuh end 13 2 EER ill cooling and 33.300 Stuh and 4.4 COP in heating 1200 CFM Nominal Airflow Performance caparihes enown in thousands u '- Performance prcities enown in thousands r ISO Certlfiad O 40,000 Btuh and 13 0 EER in cociing and 46,700 Blur and 4.3 COP in heating 600 T:FM Nominal AIrSIOW HEATING•EAT 98°F 1000 CFM f lominal Airflow Performance capacities shown in Inousands W COOLING-EAT 80.6166.2°F HEATING-EAT 68`•F WPD COOLING•FAT 90.i1t166.2°F I sande EWT°F GPM Total Sensib SansiT0 He.t of Heat Heat of 1400 CFM Nominal Alrflow PSI FT KW Re, EER Com, KW -Ext. LAT COP Parr rmance capacnla•enown in thousands Fleet Fuel KYy "'41,1111110f LAT COP WPD COOLING-EAT 80.8/66.2°F HEATING•EAT 68°F Cooling Curling Ratio EWT•F GPM Total Senet'Tot KYV EER E; WPO PSI FT Co6IMp Coolr+p Redo Rel' EWT°F GPM Total Sensible Sons/Tot Heat of Fleet Heat of 4'5 1.2 2.7 COOLING-EAT 80.6/68.2°F PSI FT KW EER KW LAT COP P - EWT°F GPM HEATING-EAT 68"F OP Cooling Cooling Ratio Rel. CapatAy Ext. 20 6.8 2.2 5.2 Operation Not R.ecoromended r PGI F7 Tote; Sonsibe San of Heat of 3.0 2.1 4.8 •-�' Coolin Goblin Ratio KW EER Heat KW Heat of C 20 4.6 4.3 9.9 Operation Not Recommended 3.8 1.5 3.4 13.5 1?" 9.0 85.8 2.99 9.0 3.6 8.4 20.3 2.07 13.3 85.7 2.88 5.3 1 5 3.4 g 7.2 1d•8 20 5.5 2.5 5.9 Operation Not Recommended' f Rei. Capacity Ext LAT pp 8.0 13 g 1 35 9.0 BS.B 2.95 4.5 1.1 2.6 41.0 30.0 0 73 1.94 47.6 21.1 23.0 2.17 15.6 87.7 3 10 29 7 9 3.0 6.9 1.12 33.5 26.5 7.5 4.1 9.4 17.3 1.68 11.6 86.0 3.03 5 Operation Not Recommended 3.0 2.0 4.6 29.7 30.5 0 89 .99 30 68 2.2 5.0 41.7 30.2 0.73 1.88 48.1 22.2 23.7 2.22 16.2 88.3 3.14 -- , 30.1 211.7 O8p 1.07 33.8 28.1 -14-.1 1.36 9.4 86.3 2,98 95 3,8 1.4 3.3 39.4 30.5 0.77 1.46 "A 27.0 19.0 1.75 13.0 87.6 3.18 9.0 3.5 8.1 42.4 J^5 0.72 1.23 49.6 23.2 24 . - 30 a.5 4.2 96 _ 105 4.7 10.9 2.26 T6.7 88.9 3.1 j 24 5 2.34 i6 5 86.2 3.07 1.03 34.1 29.8 14.5 1.41 9.7 86.7 3'02 30 5.5 2.4 5.7 40.7 11 1 0.76 1.41 45.5 28.9 19.6 1.78 13.6 88.2 3.23 5.3 1.4 3.3 47.4 35.a 0.75 2.09 54,6 22.7 28.6 2 St 6 0 7.0 16.1 30.8 20.1 O.6B 98 4 5 1.1 2.5 39.0 30.4 0.78 2.04 46.0 19.1 27.2 2.36 19.1 91.0 3.37 20.1 88.9 3.34 31.1 18.3 1.49 it 2 88.8 3.21 30 7.9 2.9 6.6 : 47 9 35.6 0.74 3.0 2.0 4.5 Z82 20.7 0.73 1.34 32.6 7.5 3.9 9.1 42.1 31.7 0.75 1.36 46.7 31.0 20.3 1.81 14.1 88.6 3.29 - 2 55 20.7 69 a 3.38 16.8 1. 11.6 8b.4 3.24 .02 40 6.d 2.1 4B 39.7 30.6 0.77 1 99 46.5 20.0 26.0 2 41 19.8 91.6 3 41 2.03 54.8 2 2B.7 20.9 0.7-1 1.28 33.0 22'4 21 3.8 1.4 3R 34.5 27.2 0.79 1.58 39.9• 21.6 a.1 1.88 15,7 90.4 3.44 10 5 1 6 tD.S a8.4 23.6 29.4 9 0 3 4 7.8 40.4 30.8 0.76 1.93 47.0 21.0 28.9 2.46 20.5 92.3 3.45 35.8 0,7a 1,96 55.1 24.6 30.2 2 SB 21 a 90.0 3 42 40 1.5 4'0 9 23.6 17.3 1.54 t2.0 90.0 3.28 5.3 1.4 3.2 47.6 35.8 0.75 2.34 24 40 S.5 2.4 5.5 35.7 27.7 0-78 1.53 40.9 23.3 22:8 1.91 15.3 91.2 3.50 4.5 1.1 2.4 37.9 29.9 0.79 2.23 45.5 17,0 31.5 2.56 22.6 94.3 3.61 a 40 7 n 55 8 20 4 33.6 2 72 24.3 92.3 3.62 6 0 6.7 15.5 29.1 21.1 0.72 1.22 33.3 i 4.3 26.9 20.1 0.75 1.48 37.0 18.1 19.8 1.65 14.2 93.0 3.53 28 7.5 3.8 8.8. 36.8 2B.2 0.77 1.47 41.9 25.0 23.6 1.94 17.0 91.9 3.56 2 �.5 2.61 23.6 95.1 3.65 2.8 6 a 48.3 36.1 0.75 2.27 56 0 21.3 3a 5 ?6 25.1 92.8 3.66 3.0 19 19.2 20.4 1.68 14.7 93.7 3.57 50 6.8 0 4.6 38.5 30.2 0.78 2.16 45.9 17.8 3_ 1 3,p B.9 --i7.3 2C.3 OJ4 1.42 32.2 _ 3.8 1.3 3.0 31.3 25.1 0.80 1.74 37.3 16.0 25.4 2.01 16.5 93.5 3.69 I 10.5 4.4 10.2 48 B 36.3 0.74 2.20 56.3 22 2 35,5 28C 25.9 93.a 3.71 6A 4.5 1 71 15.2 94.4 3.60 �� 9.0 3.3 7.5 39.2 30.4 0.78 2.10 46.4 18.7 33 5 2 66 24.4 95.9 3.69 4 20'4 21'0 SO 5.5 2.3 5.3 32.4 25.8 0.79 1.68 38.1 19.3 263 2.05 19.3 94.3 3.76 s; 5.3 1.3 3.1 47.1 35.6 0'6 6.0 8.5 15.G 27.8 20.4 0'74 1'36 32. 57 4.5 1.0 2 4 36.9 29.1 0.79 2.42 45.2 15.2 35.9 2.75 26.5 97.7 3.82 ! n 2.55 55.8 18.5 38.3 2 92 28 4 95.3 3.85 r 19.2 0.75 1.62 31.2 15.9 23.6 1.61 174 97.3 3.82 50 7.9 27 6.2 47.6 35.9 0.75 2.48 56.1 i 9.� 39 3 2.96 29.3 96.0 3 90 7.5 3.7 8.5 33.4 26.1 0.78 1.82 39.0 20.7 „27.1 2.06 20:0- 95.1 3.83 . 60 6 8 1.9 4.5 37.5 29.3 0.78 2.35 45.6 16.0 37.1 2.81 27.5 98.6 3.87 � ' M 3.0 t.B 4.1 25.6 50 10.5 4.2 9.8 40.1 36.1 0.75 2.a0 56.3 20.1 40 a 1.55 31.3 16,8 24.3 1.81 160 98.1 3.86 60 4 5 3.7 B.8 28.0 19.3 0.74 3Y 3.8 1.3 2.9 29.4 24.0 0.82 1.92 36.0 15.3 28.7 2.14 21.4 96.6 3.94 o n 3.1 7.2 38.2 29.6 0.77 2.28 46.0 16.7 38.2 2.96 28.4 99.5 3.91 3.00 30.2 96.7 3.95 1.48 31.5 17.9 25.0 1.88 18.; 98.9 3.90 5 3 1.3 3.0 45 6 6.0 6.2 14 4 26.4 19.5 0.74 100.8 4.03 16 60 5.5 2.2 5.1 30.4 24.5 0.81 1.85 38.7 16.4 29.7 2.17 22.3 97.5 4.01 34.9 0.76 2.77 35.0 1F5 42.6 3.09 32 1 98.2 4.05 1. 3.0 1 7 4.0 24.3 18.4 OJg 1.77 30.3 13.8 28 7 1.94 2. a.5 1.0 2.3 35.6 2A.1 0.79 2.61 44.5 13.7 40.3 2.95 30.3 101.1 4.01 101 8 4 07 )0 7.5 3.5 8.1 31 3 25.(1 0.79 1.79 37.5 17.6 30.7 2.Y1 23.2 98.5 4.08 60 7.9 2.6 5.9 46.1 35.1 0.76 2.88 55.2 17.2 43.8 3.13 33 t 39 0 4.10 1.69 30.e 14'6 27.5 1 2r, 70 6.8 1.9 4.3 36.3 28.4 0.78 2.53 44.9 tai 41,6 3.01 31.3 102.1 4.D5 70 4.5 3 6 8 3 24.7 18.5 0.75 3.8 1.2 2.8 28.3 23.5 0.a3 2.11 35,5 13.4 32.0 2.26 24.3 99.7 4.16 13 10 5 4.1 9.4 46.5 35.3 0.76 2.60 SS.4 179 44.9 3 1? 34,1 99.7 4.15 8.0 6.0 -- 25.0 18.7 0�5 1.62 30.8 15.5 26.3 2.01 21.4 102.7 4.11 ° 9.0 3.0 7.0 3fi.9 28.6 0.77 2.46 45 3 15 0 42.8 3 0E 32.a 103.1 a 10 5.3 1.2 2.9 43.4 33.7 0.78 3.00 53.7 14.5 46.6 3.�4 i7 70 5.5 2.1 _ 4.9 2.'.3 23.9 0.82 2.04 36.2 14.4 33.2 2.29 25.3 1 U0.7 4.24 4.5 1.0 2.2 -- - 17.2 0.80 2.78 43 4 12.2 t4.E'' 3.14 33 9 104.4 4.16 t 70 7 9 ' 35.6 100.8 4.22 11.8 28 4 2.02 21 5 102.8 4.12 _ _ 3.0 1.7 3.9 229 17.9 0.75 1.94 29.5 7.5 3.4 7.8 30.. 24.4 0.81 1.96 36.9 15.4 34.3 2.33 26.3 101.8 4.31 4{ 16.0 0.'8 1.86 29.6 12.5 29.2 2.06 22.2 103.0 4.16 1 6 8 1.8 4 2 34.5 27.4 0.79 2.70 43.7 12.8 46.7 3.20 35.1 105.5 4.21 110 3 9 5.7 43.9 34.0 0.77 2 90 53.8 15.1 47 9 3 28 36.7 101.7 4.27 4.5 -3.5 -8.0 23.3 2 3.8 1.2 2.7 27.5 23.1 0.84 . 2.30 ,5.3 11.9 35.2 2.38 '.7.1 102.6 4.36 10.5 3.9 9.1 44, 9.0 Z. 6.8 35.1 27 6 0.79 2.62 44 1 13 4 47.4 3.26 36.3 106.6 4.26 3 34.2 0.77 2.81 53.9 15.8 49.2 6.0 5.B 13.5 23.0 1H.2 4,.77 1.78 29.7 13.3 30.1 2.09 22.9 104.8 4.21 3..8 102.3 4.37 g 80 5.5 2.1 4.7 28.4 23.5 0.83 2.22 36.0 12.8 36A 2.40 28.2 103.7 4.44 5.3 L2 2.8 a0 8 32.3 0.79 3.25 51.9 12.6 50 3 37 10.0 27.9 2.01 210 102.3 4,D6 4.0 0.9 21 31.9 26.3 0.83 2.95 42.0 10.8 48.8 3.32 37,5 107.7 4.30 38.8 103.3 a 37 3.0 1.6 3.8 21.5 17.7 0,82 2.14 28.8 1 7.5 3.3 7.6 29.3 24.0 0.82 2.14 36.6 13.7 37.7 2.44 29.3 104.9 4.52 BO 7.9 2.4 5.6 41.2 32.6 0.79 3.15 52.0 13.1 51.7 4.5 3.4 7.8 21.9 17.8 O.o1 2.05 28.d 10.6 28.7 2.05 21.7 103.3 4.'10 90 6 8 1.8 4,1 32.5 26.5 0.82 2.86 42.2 11.3 `.0 4 3.3P 38.8 108.9 4.35 {' 3.42 40.0 104.2 4 43 g - 3.8 1.2 2.7 26.5 22.6 0.85 2.50 35.0 10.6 38.1 2.45 29.7 105.2 4.54 10.5 3.8 8.8 41,6 32.8 0.79 3.05 52.1 13.7 53.0 3 46 41.2 105.1 a.48 11.3 29.8 2.09 22.4 104.2--r4.15 9.0 2.9 6.6 33.0 26.7 0.B1 2.78 42.5 11.9 51.9 3 46 40.1 110 0 4.40 II B.0 5 7 13.1 22.2 17,6 0.81 1.96 28.8 90 S.F 2.0 4.8 27.4 23.0 0.84 2.41 35.6 11.4 59.4 2.50 30.9 106.5 •4,63 4.5 0.9 2.1 29.8 25.5 0.86 3.17 40.6 9 4 5.3 1 2 2.7 38.0 30.9 D.81 3 52 50.0 10.8 53.6 3 48 a.11 105.5 4.51 1 17.4 0.86 2.33 28.3 8.7 7.5 3.2 7.4 28.2 23.5 0.83 2.32 38.2 12.2 40.7 2.54 32.1 107.7 4.70 90 7.9 2.3 5.4 38 a 31.1 0.81 3 41 7 50.0 it 3 55,1 35 43.0 106 3.0 1.6 3 7 20.3 i � _ 100 6.8 1 J 4.0 3Q3 25.7 0.85 3.07 40.8 9.9 10.5 3.7 8.6 38.8 31.3 0.81 3.30 50.0 11.7 56.5 3.58 44.3 107.4 4.63 ', 100 4.5 3.3 7 6 2Q.8 17.6 0.85 2.23 28.2 9.2 4a 3.8 1.1 2.6 24.7 21.7 0.88 2.68 33.9 92 8.0 5.5 12.8 2_.9 17.7 0.84 2'13 28.2 9.8 Opeiration Not Recommended 9.0 2.8 6.4 30.8 25.9 0.84 2.98 41.0 10.3 Operation Not Recommended 100 5.5 1.9 4.5 25.6 22.1 0.87 2.55 34.4 9.9 , 5.3 1.1 2.6 35.2 29.6 0.84 1 D.5 16.8 O.i98 2 45 27.8 8.0 28.2 24.6 0.87 3.5J 40.2 8.1 3.77 48.1 g 3 ' _ 10a 7.9 2.3 5.3 35.6 29.8 0.84 ' 3.0 1.5 3.6 r` 7.5 3.1 7.2 26.4 22.5 0.85 2.50 34.9 10,6 3.65 48.0 9.7 27 8 8 4 I Operation Not Recommended 110 6.8 1.7 3.9 28.7 24.8 0.86 3.40 40.3 B.5 f r 110 4.5 3.2 7.4 19.8 16.9 0.85 2'34 3.8 1.1 2.5 21.8 20.1 0.93 2.87 31.6 7.6 r 10.5 3.6 8.4 35.9 29.9 0.83 3.54 48.0 10.2 1 8.0 5.4 12.5 20.1 17.0 0.85 2.24 27.7 9.0 9.0 2.7 6.3 29.2 25.0 0.85 3.30 40.5 8.9 Int 110 5.5 1.9 4.4 22.5 20.5 0.91 2.77 31.9 8.1 110 d 1.1 2.6 28.6 U. 3.97 46.3 8.2 Not Recommended 5 32 7 Operation _.•.8�- Interpolation is permissible. E`drapolation is not. . All -- 75- 3.Y 7.0 23.2 20:9' 0 9Q -287 X2:3entering '9 2 2 5 1 33 1 28 8 0 87 3.85 46.2 8.6 Interpolation is permissable.Extrapolation Is not. All All performance data is based8 ponthe Blower6voltage of dual voltageinre ed°unDB and 59°F WB in heating. '.� loons are 80 6°F DB and 66.2"F WB in cooling and 60°F DB and 59'F WB in heating .C ; Interpolation is permissible. Extrapolation is not. - s pe 3.5 8.1 33 4 29.0 0,87 3.72 d6.1 g,p All entering air Bond O All enterfrg air conditions are 80.6°F OB and 68.2° WS in cooling and 68°F DB and 59°F WB in eating. 'ISO Certified conditions are B6°F EWT,80 6°F DB and 66.2°F WB m cooling end 68°F EWT,68°F DB and 53°F WB n heating. ( x, enation below 60°F EWT requires optional insulated water circuit. � Interpolation is permissible. Extrapolation is not Ali performance data is based upon the lower voltage of dual voltage rated units Se All performance data is based upon the lower volt tge of dual voltage rated uniLq. All Performance air conditions are upon a and 6oltag of in cooling and 68"F DB enc 59°F WB in Fastin '!SO Certified conditions are 88°F EWT,80.8°F UB a.1d 86.2°F WB in cooling and 98°F EWT,68°F DB and 59°F WB in heating. See Performance Data Correction Tables for operation conditions other than innFe listed above. entering All C r ified data o based upon the lower voltage of dual voltage rated units. g Ooeratictn below 80°F EYV•r requires optional'•tr Mated water circuit. ISO Certified conditions are 86°F EWT,80.6°F DB and 66.2°F WB in cooling and 68°F EWT,68°F DB and 59°F WB in h See Performance Data Correction Tables for operation conditions other than those listed above. Operation oeiow 60°F EWT requires optional insulated water circuit. eating. See Performance Data Correction Tables lo•operation conditions other than those listed above N 14 12909 SW 68TH PKWY 0 350 1 12909 E 88TH PKWY M 350 12909 SW 68TH PKWY fM 350 13 1960 MEC2001-00375 MEC2001-00375 MEC2001-00375 11 of 16 129Q9 SW 68TH PKWY M 350 1 1958 9 of 18 a 10 of 16 MEC2()01.00375 PKW Fe: 1959 1961 12 of 16 Performance data (cont) 50RHWSORVIR/SORDR 048 ARI 320•EER.14.611COP.4 h A '130 Cori rod O 47,000 Btuh and 12 a EER in rooiWV and 58.001 Btuh and 4.2 COP m Mating. I 2400 CFM Nominal Airflow Performsi oapeoltles shown In thousands wPD COOLING-EAT 90.61!6.2•F HEATING-EAT 681F EWr'f•F ^GPM PSI FT Total CooY1p baa KWl01 EERY KW H�°1 lAT COPi 6.0 21 4.9 20 0.0 4,1 94 Operation Not Recommended 12.0 6.6 15.3 29.8 2.93 19.8 87.2 2.98, 60 2.1 4.7 51.4 37.8 C.74 2.49 59.9 20.7 33.7 2.98 23.5 89.5 3.31 30 9.0 3.9 91 82.3 -37.3 0.71 2.41 60.5' 21.7 34.6 3.04 242 9110 --3.33- 12.0 _3.33 12.0 8.4 14.8 53.2 36.8 0.69 2.34 61.2 22.7 35.4 3.10 24 a, 90.5 3.35 6.0 2.0 4.6 55.2_ 41.2 0.75 2.75 64.6 20.0 38.0 3.19 38.0 92.5 3.57 40 0.0 3.8 8.8 56.1 4:.6 0.72 2.67 65.2 21.0 39.9 3.26 26.8 93,1 3.58 124.0 14.2 57.1 401 0.70 2.59 66.9 22.0 41.0 3.33 29.6, 93.7 3.60 6.0 1.9 44 54.8 41.6 0.76 301 65.0 18.2 44.7 3.45 32.9 95A 3.80' W 9.0 3.7 8.5 66.7 41.3 0.74 2.92 65.6 19.1 45.9 3.52 33.8 96.5 3.82+ 12 .6. 13.7 58.6 40.7 0.72 88.3 20.0 47.0 3.5 34.8-...07,2 . 3.83 80 1.8 4.3 52.4 41.1 0.78 3.26 83.5 16.1 51.2 3.71 38,5 99,6 4.01 e9 9.0 35 01 53.A 40.5 0.76 3.16 64.1 16.8 52.5 3.79 39.6 100.4 4.06 12.0 6.7 13.2 54.2 40.0 0.74 3.07 64.7 17.7 53.9 3.87 40.6 101.2 4.07 6.0 1.6 41 49.6 39.7 0.00 3.53 61.7 14.1 58.0 3.79 44.8 103,5 4.26 70 9.0 3.4 7 B 50.5 391 0.78 3.42 62.2 14.8 59.5 •..07 45.6 104.4 4.26 ° 1 Y.0 5.5 t 2.7 51.3 36.6 0.75 3.32 62.6 15.5 81.0 4.16 46.8 106.3 4.30 6.0 1.7 4.0 47.2 38.1 0.81 3.80 W.2 12.4 64T 4.27 49.9 107.1 4.41 90 9.0 3.3 7.8 48.0 3701, 0.7 d 3.69 60.6 13.0 65.11 4.35 51.0 108.1 4.43 12.0 5.4 124 48.8 37.1 0.76 3.58 81.0 13.7 67.6 4.45 52.4 109.1 4.45 9.0 1.7 3.9 45.3 36.7 051 4.09 59.2 11.1 884 4.56 52.9 109.6 4.40 90 9.0 3.2 74 481 36.2 079 3.97 59.6 11.6 70.2 4.8E 54.3 110.6 4.42 12.0 5.2 12.0 48.8 35.7 0.76 3.95 00.0 12.2 72.0 4.75 55.8 111.7 6.0 t.a 3.9 43.1 35.3 062 4.38 66.1 9.6. 100 9.0 3.1 7.2 43.9 34.8 0.79 4.25 58.4 10.3 12.0 5.1 11.7 44.6 34.3 0 77 4,12 59,7 10.9 4.0 1.6 3.7 39.5 33.3 0.94 4.97 56.4 8.5 Operallon Not Recommended y 110 9.0 3.1 70 40.1 32.9 0.82 4.53 56.6 8.9 1:.0 S.0 11 4 40.8 32.4 0.79 4.39 68.9 9.3 himpok" 6 perrNsMb4' Ewtrt,poisom a nol. N wawa tp aM ootlNlOna are 90.9°F De and41,11111 rF wB in coo9rq and 98°F De and 50°F WB In Melling. N p9tMfri wee doh IS booed upon M»loirm weep:of dual voRage rete0 unke. rep paAl9ad sat dlilln we 99°F EWT,90.8'F 0e and 06.t"F WB in 000*v and 06°F EWT:66"F CO And 5VF WB In testiri - Op"a9ett ttabw 90"F EW requlrsa ov tx+al Mtsulated tit IN rdMult. %a Poi br to Date Carre�aorl I'Milea br wtialko ow4llbrN oltter than 31oee noted above. } 1�., iF • " 1 909 9W 911TH PKWY 0 360 1ff a AWCl901-00375 13 of 19 ti x 001 No 101 Oil +��y:J u tl ' R:iw'.:• l ...NR141 i CITI Ii�ll f fu i Iii f�llllllllii�linlll l I1 -fir� staftle loop lli�" lll'IIl11lift 111111 Ilu 111 �I ff{! ll�ufi) n�lfn�l it fiu lflf�l lilf�l) fol fug ni n i f i if f I �; t 10ama1CM d a 7 • to I f f� fa f4 Ie I`>' is io tai Its �� 4 >�!1 30 i t r , 17 }.. � '� �.:•'`e,- W y�� �"�uf,. '� 'l��!i.� t;>i 4`f, !14z t:. 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