12909 SW 68TH PARKWAY STE 200-1 :rrr
-Y.
U2 - Forma (-conL•)- Project Name: Page:
Form 4a SYSTEMS - OERERAL g
P4 � Project Name: /� Page: -
O TEM8 - aSAERAL lam®
--�_� � O -- /� - T. Oar-hour controle - BiVAC Systems (/eetl4aa 1 f
Z < '1 8sceptlons 1. S:oeptlona (section !818) � complla.Al nev •JAC 313.1.3.7 ]
1--i CYemaebn a ❑ No HVAC. The b(se sy6111I are capable of automatic setback or shutdown ,dring
F j !fl I s �"p&MI ❑ Exception. g Plans do not call for an HVAC system. Skip to Item 12 below. ❑ ^o^-�or aMemare use of the apace served by the system.. psn�
axis on o.p„-u Oeption• The building or art cd the building Exception'b a readily
hes fullsib iced heating demands o{2 kW 8,826 BtWhr or leas end le
lf-y-1 requtrements.The g P 0 qualities Ica en exeepfbn Irom HVAC code 0ontroaed ■Equipment
( )
applicable Cele exception is Section 1313, Y aocesefble manual o6-hour control.
WARD,
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building that quality: Errceptio,l� . Portions o181eNINE ililillllllllllllllllillillillillilllllllll1111111111
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CRY O iN� A W 19 r�N � -- / On•Lour Coatrole - supply O Y+ se•rise 4.14 a . 7. /ample or Complex /peteme (section 1313.9 or 1818.8 Compiles- Plena require that o s PPy e w ehxMaeett /arta have*(131 °f(1313.1.3.3)Q��IN E•" H E•+ "d`f"'a• Simple System. The planned HVAC system qualities as a Simple System. I{true,complete this mobs(either motorized oore0reviyutddoo
rv� stet
se r E x loon P �, w ahemate was of Me ce sry,d�r)volume shutoff or reduction during periods of non-use
.e�ylC rl I
"fands. ❑ �m(a1 and equipment efficiency works'leets as required. Form 4b is not required. f] by the system.
U F Z `J p ystem• he planned HVAC system is a Complex S reduction.
o°n le -ulldng qualities for an exception to the requirement for automatic shutoff or
Nev4xnber 19,2001
U 0 � Form 4b and equipment efficiency worksheets all required. System. Complete this form (4a), applicab a code e
_ zoeptlon Is Section 1313.1.3.31 Exception-- '
Exception* 9. Economiser Cooling 9. Beat Controls (/eotloa 1318.1.8.4f
�I J L (sect/oa 1318.1.9)
807 NE Associates, Inc. / (ID
camp x system, Cl No Cooling. The building plans do not cell for a new fan system with mechanical cooling. �❑/ NO HM PUMP. -the planWepse"do not call for a new heat pump.
Por NB Couch 2 `1 mry germ a'•a•'m ,� Compiles. The new fen !'t Complies. All new heat pumps aqui
Portland,OR 97232 I eao6 WM saoweo system hes an air economizer capsule of modulatin o in Section 1313.1.3.4. equipped with supplementary heaters are cwnrollod tie rsqulretl
I~ for skip*system, retum•alr damper,to provide up to 85 percent of the design supplyd Aida-air and
im ❑ Exception-Simple Systems. The new fan system qualifies loan e�outdoor air.
�: Ace 9SA_permit q MEC2001-00361 0" Q section 131,12 coda exception is Section 1313.1.2, Excap.,on� or Section 1313.2.1. Portions opplil�lef the 10• E4nipmeat Psrtormance (section 1313.1.4)
12904 SW 68"��rkway,Sulu 200 O
Tigfud,OR97223 Q. T s••Pew4-1afors building that quality:
C4 dhnwwpn doss• ❑ Exception-Complex S ❑ NO blas Oh he Equipment. The bursting plans co not call for new electri�a HVAC
The City of Tigard has s.�mplcted the review of the submitted pleas for the mechanical I- •-t._ &Cape ,s. P Y13131 The neer fan a combustion heating equipment or haat equipment,
code exception Is Section 1313.1.2, Exception qualities for an axceptlon. The applicable
The All new HVAC -^Perebed COOan P
instellation at the above referenced address.This review was performed under the provisions of the building that qualify:- or 1313.3.1, Exception portions of The following g equipment
the State of Oregon Mechanical Specialty Code(OMSC), 1999 edition.The phare are approved 1 equipment has efficiencies not less thea se
g equipment efficiency worksheet,am attached: required by the code. .�
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"�' 4. 2 Coolin/ - Overpressnrising (Beetles 1313.1.9) 1O1BDDgct Insnlatloa (section 1313.9.2 A 1313 3.2)
Q'•4 ❑ No Economizer. The building Plans do not call for a new fan system with an econornI •�• T^e building plans and speuiNcatims do not call for now'
ew HVAC ducts or plenums.
subject to the following conditions. 1 l � Complies. The drawings r Simple Cyate.n:Compile,
LL! that will exhaust the extra asirintroduced bythjheeeconomizer, and the*eco orrizee.system is sThe Plans and specifications call fora Simple System, and all
(~ exterior eupp;y/mtum air-handling ducts and plenums and all outside air ducts are in as
1• All units aro to be inspected end approved prior to in stalling well or ceiling cover. U J� capable of providing ostial ec»ling even when ndessur l mechanical Coolin is _ exterior
u Section 1313.22.
.D I Q the remainder of the load. 9 required to rtwet ❑ Complex System:COMPlies.2. A copy of the approved plans shall be on the job site and available to the inspector for 0. handling d P les. The building plans/specs call for a Complex System, and all etr-
e. system and lcone Controls (Bao. 1313.1.3.1 ,2 23i3.1.3.21) actsendplenumserainsulatedasrequiredbySar:. 1313.3.2.
inspection purposes at all times. E-1 - -s
Compiles. All new HVAC systems Include at least orra temperature cortrol device responding to Sticeptions �.13No iNew W dasalatloa (section 1314)
ti
Q temperatures within the zone. ping. The building Plans and
Exceptions ❑ Exception. The new HVAC system qualKes for en exrapt on from the zone comrol require �sson d heating or cooling system or �thca8One do not call for new piping serving a
P ments. The applicable code exception Is Section 1313.1.3.2, Pan of a circulating service caster heating system,
awcuss arcp u� q -- _ am~1s waterpheeatinglls a Pipping si sing the heating or cooling system or part of a circulating service
Siaccrcly, �'? = pitayin on a building!het quality. Exception 1 and 2. Portions of the lorw ,❑ P-xoeptlon. New C• service
1314.1.
requirements of the
tons On Pas•�1B O. Control Capabilities (see. 1313.1.3.2.1) Piping exception:g cep.fon:Section 1314, Exception_
WComplles. Zone themrostate are capable of being set to the temperatures described in Sec. serl•1r!!ee mater Heating (section 13165)
�•+ 1313.1.3.2.1. Where used to control both heating and cooling,zone controls shall be capable of No New Water MO"
ng.ll (n Providing a temperature range or deadband of at least 5 d nD• The building plans are specifications do of adl for new,water halters:
dtOB E•+ F- heating end cooling Energy to the zone Is shut off or reduced toe minimiui'mil�the supply o1 ❑ het water storage tants, service hot water dstrib Won systems swimmin
Euepttone Compiles All new water heaters, ha water storage g pools or spas.
E-+ Q Z ❑ Exception,The building qualifies for an exception to the deadband requirements. The applicable o0a u,nn d 11161 swimming pools or 1 mer �h"ca hot water distribution eys-
•a 001 exception is Section1313.1.3.2.1, Exception_ _ pMlil}Mp ercep. spas comply with the requirements of the Code.
c.File 9 naris w1 pep•4.ra ❑ Exception. The applicable code exception is Section , Exception F+ - - of the building that qualify:_--- _. Portions
H 00
12109 SW said,Pbry a=Oe t
MEC20I 361 42
+2epp SW 68th Pkwy 9200 - J of to Forms B Wdrkil mets, + (1w89)
121119 BW sea pkwy apo MEC20M-00361 (10/gB) MEC20M4036+
MMMMM
MEc2m1-0o3e+ 2.11? 16 I if 16 Forms& Worksheets 4-1
4of Is
13125 SW Hct Bled.Tlpard OR 97-M(613)6394171 TDD(503)6842772-
I 1-1/21b acoustic type Insulation. AD wntrol syxtem. The standard 8. Cordensete overflow
option server Options and accessories
vertical and downflow(mita ere features of th4 control ere: 9: on to reset unit at
Advance 50RHR/50R`IR/50RDR painted. Fan moron and compres 1. Unit performance Sentinel thermostat or disconnect
Worksheet 4d son are sound twisted and the NPs) 10. Automatic Intelligent !1
Horizontal, Vertical Insulated abiriet makes writ opera 2, Mti short ycle t mer R4s¢n 5 m nui•A, locks our.; �0� ° OEs' Hasa
_ Project Name: �Q,/rf" Page: tion even gent rent Factio ickel heat Exchangers dOp
SCAT PUMP - WATER COOLED Product queer. Risen mi
UNITARY Ei. and Downflow 3. Random Stan relay t , High tem
j All horizontal units have factory 11. Service test mode ig pasture switch
( _ Data Water Soslrce Heat Pum s mounted hanging brackets. All anis 4. High and Low vokage Ball va es Rand
P protection 12. LED fautt ad status lights Sound att¢nuatlon package(Mut¢Package). Y aha,rers w1
of meat •hl on factory wooden palettes, ( tit phgs and blow,down vekwsl
E9 P (s) (b) (e) (d) (e) (f) (g) Horizontal - 1/2 t0 5 Nominal Tons with units bolted to the palettes 5. High and Low Pressure 13. drySelectable 24-v Or plies duty I ;1 Enhanced DXM(D)control system. DXM controls Solenoid values
D&aaII through the hast n b Prdectlon dry confect ekrtn outµ* Include a0 CXM features and these additional features:
om*mlr d Fearing Vertical - 3/4 to 5 Nominal Tonshanging brackets. 6. Water coil freeze Protection 14. 24v - -+ Floss ids a Nies with GPM Autc f ew+eiws
a efts w�rraara+ Cooling water Tem r Downflow- 1-1/4 to 5 Nominal Tons Spotureld free design. ha external P Output to r wt ° Removable thermostat conrsixtor,
^9 P- umli ((Sakcabk for water or anti- motorized water valve with
fila s414a mpner Equip. I Capacity EW7 Prop4ki
support refs. et Sits hammotor
ot r fnvsl compressor contactor .r 1 Random Start on return Num r ght.set back Thermostats
6eWmiempaw ID Model Desi Bf.N)n able blower inlet dos for Air(check Poser operation) Electric r 2-In. Biter racks
�1P gn (Btulh) (• F) EEerxd fan removed. 7. Air toll freeze protection 15. Electric haat controls/ Ntghtsefback with thermostat overture L°°P contro0ara
--�• _ New catalog in process at Dry contact N
grtal tight setback
rs: time of printing. Contact our The t 16. 50 w oamforme 1: a thermostats
tint sat pack for dl
[fes LI sf Zoo 7 O ` S P 9 Y The labs have A SO, NRTL or - thermo tat or Hea:Pump Thermostats capable
w amt, • Carrier neprRsentetive for , ttestedaunder normal operating bels. All wits are factory mil `'1
• 3 _ - most recent Informati-cm conditions at nominal water now Bcikdem system control
A❑ u p z o N e Table of contents Emergency shutdown
a / ratesTesting report aids areship71
eeac75 va transfomlar10 /S. 8 z:. 3 A - Single-Packaged Horizontal, Vertical ards state the performance of each Peps i
and Downflow Water Source Heat unit in the cooling and hating Fealures/BeneNb .......................................................r...... ....1,2 . ` humldistat input
• efega -Rr law o 701_ ' 0 H Pumps with electronic unit controls modes. Model Number Nomenclature .................................................... 2 , Pump restart ,.
P• Se o, e • System designed for high efficiencyR4ifdges atlon cireuk Options and Accesoorla ..........................r................................ 3 i , Hot water generators
/S:4 4. year-round cooling and heating tfitts have a sealed refrigerant circuit Physical Data............................................................................ 3 CCN compatible controls
• Ideal for schools, ottices;apart- Including a hips efficiency rotary,
• •r7f2 t o- ' ia- O y : fedprocatine, or scroll compressor, a Dimensions .............................................................................4.6 I ? Insulated water dreutt for low temperature appliI
mons, hotelstmotelei, and condomini. dM osfatic expansion valve, a Performance Data...................................................................7-18
.Jifie,too _Q ' r Lima s enhanced aluminum fin/rifled copper Application Data...................................................................... 19
• Choices in water coil heat exchang- tubs air coil, a reversing valve and a a.
ers allow coP or°gem use In closed-loop cosxlal(tube In tube)refrigerant to Electrical Data ......................................................................... 20 ` Physical sisal data
water heat exchanger. All com res- Typical Wiring Die
P YP 9 grams........................................................21-26
loop applications '
P- l0 X goo o ' rT.o y 0 I sm are spring mounted. All units Guide Specifications ......................................................27-29 SOltflit/$OVR/50RDR Phyetcal Data
M designed to withstand 450 psig .'
" a r Features/Benefits p nt and water working 1- 7, 81ZC sae war a12r Me Me 324 030 on oc see sea
4oar e e �nlecontrols Model number nomenclature _ ^�
Operating efficiency Al lata will have a solid state CXM ICI
S r rw 00 70• f�/O I�, The Carrier water source heat pumps Horiswfbl, Vassiral and Downflow Units
Pen
+ + 1 r a
(WSHP)are designed for quarry and I WAe1r
X
x 7 2.1 pedonmanw over their lifetime. Models coax I r r o
Rsgtaired /ndcar seise dkibrrrwtlpn offer cooling FFR's(Energy Efficiency e..e x.w...• ��� !/ 1°` + 1 1
Doeumeata• _ARI Ratio)to 13.3 and COPS Coefflclent of
tk+earosaday secazlAc,caw: 1 �.
tion _ AnlbProdxy pr.cAsrx S•cemr ULE,Alco; 0 dart 3256-1to 4.6 under lSO Stan- . .r _ r u
Proal dN(Aalen deft k"Wfed by eco apsem•he applar,II 'da61eaY7 ()MIgrl Raxibmty li '•'� ane � . aee.i fir* t e 1 12 it t t
_ 1
n '. o,,,.e nw,rsea-r 1 x 1 0 1exM lexa n.M nit. MxM 6.26 e.a+ axle
The WSHP rnits em offered I^ 11 )' ,air _ - t lar i 1e ns
Code -¢•. yi. 3'.1. v �y I� horizontal sizes In 5 foot prints, 10 1
Reeqquired Capacity(lttufft) Min.COOINg Min.Heating ;w _ Venial and 8 downfim edar,In 5 foot x•"'• -
ER+cieacles PA" Rallne Ai - - prints. Various wltages are evalkble to 1 °R " w
1 meet Individual zone needs efficiently V car
Compisnce Bal Not ws°,e '_.a u,'. -.
Schedule Equipment Type Over Over• EER O EWT (X)P O EWf ` and effectively. UN{„hall be capable I
of operation with an entering water 1 1
0qurft edwd:Nd • x. j ca
•pxprrwm•6kswt 0 146,000 8.3 850 3.8 70•F tsmpeaNlu rangem 20 to 110 F. • k rs.,sr,a,e.1•n..w..r r,.M .o.n 10.:, .a e.n nit, e.M u.w nn.0 a-e.0
CIM roe w�a'd 0 86,000 10.2 76•F 3.9 70•F Horlrnntal units have flaw convert n n 1 i ur 1 1
discharge air to 5 tons (side 1A 1st d,1 1st nv ens ea n+ s m s
imm all rwW. raOte A Water Souroe ishan/,Ida � g , a„� .
nbN. 66,000 136,000 10.5 86•F 3.8 700 F discharge to We mtum/back stria:w uNte neve eq,e mrpwer mmxieee.Tlly av0len41on deaoee,end tR•a ON•sfeoekal knarAwte.
136,000 8.8 discharge). •eco 001•xeeeMe sx 111010x1 may
86•F 3.8 70•F lassie Construction t ase 006 are 011 nil avill"In Assam.omaieer:.
E Gmund-water Source 0 136,000 11.0 70•F 3.4 70•F Horizontal,Vertical and DownflOW units
0 136,CJo 11.s 60•F 3.0 500 F will be fabricated from heavy gage
galvanized sheet meted. All Interior
136,000 9.6 - 3.0 50• F surfaces ere lined with 1/2 g-In. thick, +zoos sw III PAwy a2oo ? 12N*ger aft"
1 ,areas3
136.000 0.6 3,4 70•F r 1946 MEC2001-0 361 sit
copyapM 2000 carder cowiaon 12806 SW oath Pkwy l200 Foml app�l App ref 1s Itis 1e
1847 MEC20014V3M
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performance data (cont) Performance data (cont)
50RHR/50RVR/5GRDf t 074 Al M
•l; 50R1Jt/SOKVR/50RDR 086
ARI 320•EERa16.0lCt7P■4.6 i
-ISO Ce��O 23,000 Btuh and 12.3 EER u+oo0ltrng and 27,400 Btuh and 3,6 CAP to h eating. 11 SORHR/50RVR/5 dRDR 0A AN 320 fled 0 4,OW bluh Rand Ah Fl.*12W SCPM °I
peAor nuns cppaclh 4 p w v%i on thousarw is
. ARI 320•EER.15.1/CC1P■4.8 •180 Gntfied O 34,000 btuh and 13.0 EER in cooling and 41,:'00 Bluh aril�.2 COP in heating.
Pertotmance eapadties shown m thousanos 'ISO Certified 0 28,500 Btuh er,d 13 2 EER in cooling wed 33,300 Stuh and 4.4 COP in heating. Performance capacities shown an Ir"SOM6
SOp CFM Nominal Airflow HEATING-EAT"OF � t 1200 CFM Nominal Airflow
C000NG-E dU.6188.2°F 1000-(,'FM Performance capacities shown+n thousands i_ 4
YYPD FM NamEnal Alr>'low WPO COOLING-EAT 80.61613.2°F � HEATING-EAT 98°F
I lest Heat OTJ LAT COP
EMff°F VPI' Trlw SenwTot Kyy Heat Of EER �y cM• WPD COOLING-EAT 110.6/68.2°F HEATING-EAT 6f)"F EWT OF jr45
PSI FT Total Se Serla/Tot�� Het t of `FR Heat KW Heat 01 LAT COP
PSI FT r,AN cooling Rath
_ EWT°F GPM Conlin Cod Ratio Rel. GP�1fY Ext.
3.0 2.1 4.8 OP FSI FT Total SemstZ>le Sens/Tot KW Hsat of Epp Heat KW Heat of LAT COP 1.2 2.7
Operation Not Reoommended 13.5 S• 9.0 3.8 1.5 3.4 Coaling CooW1p Ratio Rej, Ext. Not Recommended
2D 4.5 4.3 8.8 85,6 2.99 20 2.2 5.2� Operation
6.0 7.2 16.8 f 20 5.5 2.5 5.9 Operation Not Recommer+tled 3.6 B.4 20.3 2.07 13.3 115.7 2.86
4.8 28.7 20.5 0.69 1.12 33.5 26.5 13.6 1.35 9.0 85.1' 2•!F5 ' -r---
9.0 2.0 28.1 14.1 1.38 9.4 86.3 2.98 7.5 4.1 9.4 1�3 1.68 11.8 36.0 3.03 4.5 1.1 2.8 41.0 30.0 0 73 1.94 47.5 21.1 23.0 2.17 15.8 87.7 3.10
- _ _
1.07
]0 4.5 4,2 9.8 30.T 20.7 0.86 1.03 34.8 29.8 14.5 1.41 8.7 88.7 3.02 3 8 1.4 3.3 30.4 30.5 0.77 1.48 44.4 27.0 19.0 1.75 13.0 87.6 3.18 30 6.8 2.2 5.0 41.7 30.2 G.73 1.8Ei 48.1 22.2 r3.7 '.22 18.2 88.3 3.14
.95
8.0 7.0 16.1 30.6 20.8 0•� 30 5.5 2.4 5.7 40.7 31.1 0.78 1.41- 45.5 28.9 19.6 1.78 13:6 88.E 3...3 -g_ Tb. 3.1
1.34 32.8 21.1 16.3 1.49 11.2 88.8 321 9ti " o 0 9.0 3.5 8.1 42A 30.5 0.72 1.83 4$.8 2 .7 2i.a 2.
3.0 2.0 4.5 28.2 20.7 0.73 4 16.8 1.52 11.5 89•� 3 2° 02 4.5 1.1 2.5 39.0 30.4 0.76 2.04 46.0 19.1 27.2 2 3L 19.1 91.0 3.37
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
40 4.5 4,0 92 28.7 20.9 0.73 128 '0 17.3 1.54 12.0 90.0 3.28 , 40 6.8 2.1 4.8 39.7 30.6 0.77 ".f►9 1B.5 20.0 28.0 2.41 19.8 91,6 3.41
1.22 33.3 23.8 21 3.8 1.4 3.2 34.5 2,.2 0.79 1.58 39.9 21.8 22.1 1.89 15.7 91:.4 3.44 _
J 8.0 6.7 15.5 29.1 21.1 0.72 1�g 1.85 14.2 93.0 3.53 ? 24 40 5.5 2.4 5.5 35.7 27.7 0.78 1.53 40.9 .23.3 22:H 1.91 18:3 91.2 9.50 9.0 3.ti 7.8 40.4 30.8 0.'76 1.93 47.0 21 U 2E.P :..46 20.5 82.3 3.45
9.q 1.16 4.3 26.9 2.0.1 0.75 1.48 32!,0 18.1 14.7 93.7 3.57 2 � 4.5 1.1 2.4 37.9 29.9 0.79 2.23 ri•E..`:+ 17.) 31 5 2.56 22.8 94.3 3.01
19.2 20.4 1.68 �8 7.5 3.8 8.8 38.8 28.2 0.7 1.47 41.9 X5.0 2. 1.6 1,94 17.0 91.9 3.56 _ �__ l
60 d,g 3.9 8.9 27.3 20'3 0'74 1,42 �2 "- 15.2 84.4 3.130 50 6.8 2.0 . 4.6 38.5 30.2 0.78 2.18 45.9 17.9 32.5 3'.61 '3.6 95.1 3.R5
1 3B 4 20 4 21 0 1,71 3.8 1.3 3.0 31.3 25.1 U.80 1.74 37.3 18.0 25 4 2.01 18.5 93.5 3.89 _
6.0 6.5 15.0 27.8 20.4 0.74 5Z,
15.9 23.6 1.81 17.4 97.3 3.82 80 S.5 2.3 5.3 32.4 25.fi 0.79 1.88 38.1 19.3 26.3 205 19.3 94.3 3.76 9.0 3.3 7.5 39.2 30.4 0.78 2.1� 46.4 18.7 33.5 2.88 2.1.4 t?5.9 3.89
3.0 1.8 4.1 25.6 19.2 0.75 1.82 31.2 18.8 24.3 1.84
18.1 98.1 3.86 7.5 3.7 8.5 33.4 26.1 U.r% 1.82 '. 39.0 20.7 27.1 2.08 20.0_ 95,1 3.83 4.5 1.0 2.4 36.9 29.i 0.79 2.42 45.2 15.2 35.9 2.75 26.5 97.7 3.82
60 4.5 3.7 0.8 26.0 18.3 0.74 1.88 _ -
1.48 31 5 17.9 25.0 10.i 98.9 3.90 32. 3.8 1.3 2.9 29.4 24.0 0.82 '.92 36.0 15.3 28.7 2.14 21.4 98,6 3.94 60 6.8 1.9 4.5 37.5 29.3 0.78 2.35 45.6 W 16.0 37.1 ?.81 27.5 98.6 3.87 .
13.0 8.2 14.4 26.4 19.5 0.74 , 1;x,9 4.03 60 5.5 2.2 5.1 i ^ 9.0 3.1 7.2 38.2 29.6 0.77 2.2E AVO 16.7 38. 2.86 28.4 99.5 3.91
13.8 26.7 '1.94 2i ' 30.4 24.5 0.01 1.8; 36.7 16.4 29.7 2.17 22.3 97.5 4.01
1.7 4A 24.3 18.4 0.76 1.77 30.3 _ Jnr 1,
3.0 _ ^ 7.5 3.5 8.1 31.4 25.0 0.79 119 37.5 17.6 30.7 2.21 23.2 98.5 4.08 _
i 18.5 0.75 1.69 30.4 14,6 27.5 1.98 .-G T 101.8 4.07 1Q, `� 4.5 1.0 2.3 35.6 28.1 0.7A 2.81 '4e.J �7 40.3 2.95 30.3 101.1 4.09'
70 4.5 3.8 8.3 2,.7 _ _
1.62 30.5 15.5 28.9 2.01 21.E 102.7 4.11 Ig 3.8 1.2 2.8 28.3 23.5 O.B3 2.11 35.5 13.4 32.0 2.26 24.3 93.7 4.18 70 6.8 1.9 4.3 35.3 28.4 0.78 2.53 A!.9 4.3 41.6 3.01 31.3 102.1 4.05
6.0 6.0 13.9 25.0 18.7 0.75 ? r _
17.9 0.78 1.94 29.5 11.8 28.4 2.02 21.5 102.8 4.12 ,7 70 5.5 2.1 4.8 29.3 23.9 0.82 2.04 36.2 14.4 33.2 ^c.29 25.3 100.7 4.24 9.0 '4 0 7.0 36.4 29.6 0.77 2.46 45.9 15.0 42.8 3.06 32.4 103.1 4.10
3.0 1.7 3.9 22.9 12.5 29.2 2.06 22.2 103.8 4.16 .4.; 4.5 1.0 2.2 33.9 27.2 0.00 2.78 43 4 12.2 44.6 3.14 33.9 104.4 4.18
_ �z,' 7.5 3.�• i.8 30.Y 24.4 0.81 1.96 36.9 15.4 34.3 2.33 26.3 101.8 4.31 _ _
80 4.5 3.5 8.0 23.3 18.0 0.78 1.86 29.8 0'.9 104.8 4.21 8 �_7.
6.0 5.8 '13.5 23.6 18.2 0.77 1.78 219.7
13.3 30.1 2.09 - 3.8 1.2 2.7 27.5 :3.1 0.84 2.30 35.3 11.9 15.2 2.38 27.1 102.6 4.36 80 6.8 1.3 4.2 39.5 ^7.4 0.79 2.70 43.i 12.8 46.0 3.20 35.1 105.5 4.21 e
Q':, 8o 5.5 2.1 4,7 28.4 23.5 0.83 2.22 36.0 12.8 36:: 2.40 28.2 t03.7 4.44
1.5 17.7 0.82 2.14 28.3 70.0 27.9 2.01 21.0 102.3 4.D6 , , 9.0 2.9 6.8 35.1 27.6 0.79 2.62 44.1 13.4 4-1.4 3.�6 36.3 106.6 4.28
3.0 1.6 3.8 2 1 '- 7.5 3.3 7.8 29.9 24.G 0.82 2.14 36.6 13,7 37.7. 2,44 29.3 104.9 4,52
17.8 0.81 2.05 28.9 10.6 28.7 2.05 21.7 103.3 4.10 4.5 0.9 2.1 31.9 26.3 0.83 2.95 42.0 10.8 48.8 3.32 37.5 107.7 4.30
80 4.5 3.4 7.8 21.9 90 6.8 1.8 4.1 32.5 26.5 0.82 2.86 42.2 11.3 50.4 3.39 38.8 108.9 4.35
1.1616 28.9 11.3 29.16 2.09 22.4 104.2 4.15 3.8 .2 2.7 26.5 22.8 0.85 2.50 35.0 10.6 38.1 2.45 29.7 105.2 4.54
6.0 5,7 13.1 22.2 17.8 0.81 - 9.0 2.9 6.6 33.0 26.7 0.81 2.78 42.5 11.9 51.9 3.46 40.1 110.0 4.40'
28.3 8.7 3.' 90 5.5 2.0 4.6 27.4 23.0 0.84 2.41 35.6 11.4 39.4 2.50 30.9 106.5 •4.63
3.0 1.8 3.7 20.3 17.4 0.88 2.33 4.5 0.9 2.1 29.8 25.6 0.86 3.17 40.6 9.4
17.6 0.85 2.23 28.2 9.2 _ 7.5 3.2 7.4 28.2 23.5 0.83 2.32 36.2 12.2 40.7 2.54 32.1 107.7 4.70 ri
100 4,5 3.3 7.6 0.6 100 6.8 1.1 4.0 30.3 25.7 0.85 5.07 40.6 9.9
213 28,2 £.8 Operation Not Recommended 3.8 1.1 2.6 24.7 21.7 0.88 2.69 33.9 9.2
E.0 5.5 12.8 20.9 17.7 0'& 2.45 27.8 8.0 9.0 2.8 6.4 30.8 25.9 0.84 2.98 41.0 10.3
100 5.5 1.9 4,5 25.6 22.1 0.87 2.59 34.4 9.0 Operation Not Recommended
3,0 "_5 3.6 19.5 18.8 0.86
16.4 7.5 3.1 7.2 26.4 22.5 0.85 2.50 34.9 10.6 4.5 0.9 2.0 28.2 24.8 O.R7 3.50 40.2 8.1
110 4.5 3.2 7.
a 18.8 116,9 0.85 2.34 27.8 Operation Not RecontmenCad
B.0 5.4 12.5 20.1 17.1! 0,85 2.24 27.7 9.0 ; 3.8 1.1 2.5 21.8 20.1 0.93 2.87 31.6 7.8 110 6.8 1.7 3.9 28.7 24.8 U.86 3.4n1 40.3 8.5
Int 110 5.5 1.9 4.4 22.5 20.5 0.91 2.77 31.9 8.1 9.0 2.7 6.3 29.2 25.0 0.65 3.'0 40.5 8.9
All
interpolation is permissible.Extrapolation Is not l All -7.. 3.Y 7,0 23:2 "'20:9 "1790 '1-2.67 32:3 _•1�7. Interpolation is permissible. Extrapolation Is not.
and 68°F DB and 59°F WB in heating 1 •It All entering•lir conditions are 80.8°F DB and 66.2°F WU in cooliog and 68°F OB and 59°F WB in heating.
All entering air condhlorts sr,80.6'F DB and 66.2'F WB M ung ,;;. Inierpolation Is permissible. Extrapolation is not. All performance data I6 based upon the lower voltage of dual voltage rated units.
the lower voltage of dual voltage rated units 'II� Se M All entering air conditions are 80.8°F DB and 66.2!°F WB In cooling and 68•F DB and 59°F WS in heating, -ISO Certified conditions are 88°F EWT,90.6°F DB and 66.2°F WB in cooling aad 68`F EWT,68°F DB and 59°F WB in heating.
All perbrmsr *d►'e is based upon I All perfomtanim data is based upon the lower voltage of duel voltage rated units. Operation below 60°F EWT requires optional insulated water circuit.
'ISO Cartifled conditions aro 88°F EWT;80.8°F DB and 66.2°F WB in coding and 88°F EVa 68°F DB and 59°F WB In heating. See performance Data Correction Tables for operation conditions other than those listed above.
,. OpermtIon below 80•F EWT requires optional insulated water ciradt.
See Performance Data Correction Tables for operation conditions other than those listed above.
1
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12 12909 SW 68th Pkwy x«200
MEC2001-00361 14
1958 9 of 18 12906 SW oath Pkwy 0200 13 12909;i91V 68th Pkwy#1200
MEC2001-00361 1960 MEC2001.00361
10 of 16 111101 16
1059
Performance data (cont)
y 50RHR/50RVR/50RDR 048 A
t�
SORHR/50RVR/SOROR 042 ARI 320-EER.14.61/COP-4.6 °f
'ISO Certified O 47,000 Btuh and 12.8 EER in cooling and 58,000 Btuh ani .,e COP in hefting.
r 'ISO Cc,rtlfisd 0 40,000 Btuh and 13.0 EEA in cooling and 46,700 Btuh and 4.3 COP In hosting.
Performance capactlies shown In thousands
1400 CFM Nominal Alf-flow Pyrformance capacities shown in thousands 2000 CFM.Nominal Airflow
WPD COOLING-EAT 80.8/66.2 OF � WPO COOLING-EAT 80.6/168.2 OF HEATING-EAT 68°F
HEATING-EAT as-r
'•. F_YVT"F GPM PSI FT EWT°F -GPM PSI FT Total Se Sens/Tot KW Heat Of EER Fleet K1N FiFof LAT COP ;.
Total 5ensibie SanslTot KW Heat of EER Meat KW Heat of l AT COP Cooling Coo4ng Ratio y Rej Cef�N
" CoolingCook Ratio ReJ. 1 EM
5.3 1:5 3.4 6.0 2.1 4.9 ,
--- 20 7.9 3.0 6.9 Operation Not Recommended 1 20 9.0 4.1 9.4 Operation Not Recommended
a - 10.5 4.7 10.9 12.0 6.6 15.3 29.8 2.A3 19.8 87.2 2,98,
" 24.5 2.34 116.5 86.2 3.07 l
i 5.3 1.4 3.3 47.4 35.4 0.75 2.09 54.6 22.7 28.6 2.51 20.1 88.9 3.34 _ -
6.0 2.1 4.3 51.4 37.8 0.74 2.49 59.9 20.7 33.7 2.98 23.5 89,5 3.31
i 30 9.0 :3.9 9.1' '32.3 87.3 0.71 2.4'1 60.5 21.7 34.6 3.04 242 . 911.0 _.3.33 -
30 7.9 2.9 6.6 :'9 35.6 0.74 2.03 54.8 23.6 29.4 2.55 20.7 89.4 3.38 i
12.0 6.4 14.8 53.2 30.° 0.69 2.34 61.2 22.7 .35.4 3.10 .249 90.5 3.35
10.5 4.6 10.5 4(1.4 35.8 0.74 1.98 55.1 24.6 30.2 2.58 21.4 90.0 3.42
5.3 1.4 3.2 47,8 35.8 0.75 2.34 55.8 20.4 33.8 2.72 24.3 92.3 3.82 P 6.0 2.0 4.6 55.2 4;,2 0.75 2.75 64.6 20.0 38.9 3.19 2e•.0 92.5 3.57
46 8.0 3.8 8.8 56.1 40.6 0.72 2.67 85.2 21.0 39.9 3.26 28.0 93.1 3.58
40 7.9 2.8 8.4 48,3 36.1 0.75 2.27 56.0 21.3 34.5 2.76 25.1 92.8 3.616: 12:0 6.2 14,2 57.1 40.1 0,70 2.58 85.9' 22.0. 41.0 3.33 29.6 93.7 3.BOt
' i0.5 4.4 10.2 48.8 36.3 0.74 2.20 56.3 22.2 35.5 2.80 25.9 03.4 3.71 41.80.716 3.01 85.0 18.2 44.7 3.45 32.9 95:9 3.801
s I S.0 1.9 4.4 54.8
1� 5.3 1.3 3.1 47.1 35.6 0.76 2.55 55.8 18.5 38.3 2.92 28:4 95.3 3.85it
60 7.9 2.7 6.2 47.6 35.9 0.75 2.48 516.t 18.2 39.3 296 29.3 96.0 3.90
50 9.0 3.7 8.5 55.3 41.3 0.74 2.92 85.8 19.1 45.9 3.52 ^�.a 96.5 -?.82
10.5 4.2 9.8 48.1' 38.1 0.75 2.40 56.3 20.1 40.4 3.00 30.2 98.7 3.95 i 12.Q 5.9.. 13.7 56.6 40.7 0.72 2.83 66.3 20,0 47.0 3.59 34.8 .,97,2 3.83.
8 0 1.8 4,3 52.4 41.1 0.78 3.26 83.5 16.1 5..2 3.71 38.5 99,6 4.04
5.3 ..3 3.0 45.6 34.9 0.`76 2.77 55,0 16.5 42.6 3.09 32.1 98.2 4.05
so 7.9 2.6 5.9 46.1 35.1 C.76 2.68 55.2 17.E I so 9.0 3.5 B.1 53.3 40.5 0.76 3.16 64.1 16.8 52.5 3.79 39.6 100.4 4.08
43.8 3.13 33.1 99.0 4.10
12,0 5.7 -13.2 542 40.0 0.74 3.07 64.7 17.7 53.9 . 3.87 40.C� 101.2 4.07
10.5 4.1 9.4 46.5 3:i.3 0.76 2.80 55.4 17.9 44.9 3.17 34,1 99.7 4.15
5.3 1.2 2.9 43.4 33.7 0.78 2"' 53.7 14.5 46.6 3.24 35.6 99.7 4.15 6.0 1.8 4.1 49.6 39.7 0.80 3.53 61.7 14.1 58.0 3.99 44.3 103.5 4.26
1`1 70 7.9 2.5 5.7 43.9 34.0 0.77 1 r; s 10 9.0 3.4 7.0 50.5 39.1 0.78 3.42 62.2 14.8 59.5 4.07 45.6 104.4 4.28
53.8 1 F.1 47.9 3.28 33.7 101.7 4.27
10.5 3.9 9.1 44.3 34.2 0.77 2_t' 53.9 15.8 49.2 3.33 37.8 102,5 4.33 j' 12.0 5.5 12.i 51.3 38.6 0.75 3.32 82.6 15.5 61.0 4.16 46.16 105.3 4.30)
6.0 1.7 4,G 47.2 36.1 0.81 3.80 612 12.4 64.2 4.27 19.6 107.1 4.41 '
5.3 1.2 2.8 40.8 32.3 U.79 51.9 12.6 50.3 3.37 38.8 103,3 4.37
80' 9.0 3.3 7.16 48.0 37.6 0.78 3.6P 60.6 13.0 45.9 4.36 51.0 108.1 4.43
160 7.9 2.4 5.8 41.2 32.8 0.79 3.15 52.0 13,1 51.7 3.42 40.0 104,2 4.43
M 10.5 3.8 8.8 41.6 32.8 0.79 3.05 52.1 13.7 53.0 3.48 41;2 105.1 4.48 ' 12'•0 5.4 12.4 48.8 37.1 0.76 3.58 61.0 13.7 67.6 4.45 52.4 109.1 4.45
5.3 1.2 2.7 380 30.9 0.81 3.52 50.0 10.8 53.6 3.48 41,7 105,5 4.51 1 6.0 1.7 3.9 45.3 36.7 0.81 4.09 59.2 11.1 68.4 4.55 52.9 109.8 4.40
I 90 7.9 2.3 5.4 38 4 31.1 0.81 3.41 50.0 11.3 55.1 3.53 43.0 108,4 4.57
90 9.0 3.2 7.4 46.1 36.2 0.79 3.97 59.6 11.6 70.2 4.65 54.3 110.6 4.42
10.5 3.7 8.8 38.9 31.3 0.81 3.30 50.0 11.7 56.5 3 58 44.3 107,4 4.133 i '12.0 5.2 12.0 46.8 35.7 0.76 3.85 60.0 12.2 72.0 4.75 55.8 111.7 4.44',
6.0 1,6 3.8 43.1 35.3 0.82 4.38 58,1 9.8,
5.3 1,i 2.8 35.2 29.8 0.84 3.77 48.1 8.3 ,
100 9.0 3.1 7.2 43.9 34.8 0.79 4.25 58.4 10.3
100 7.8 2.3 5.3 35.8 29.8 0.84 3.85 48.0 9.7 n?
10.5 3.8 8.4 35.9 29.9 0.83 3.54 48.0 102 i
.?.0 5.1 11,7 44.16 '14.3• 0.77 4,12 58,7 10.8 Operation Not Recommer+tied
t , 5.3 1.1 2.6 32.7 26.6 0.87 3.97 46.3 8.2 Operation Not Recommended 6.0 1.6 3.7 9r 3.3 0.34 4.67 55.4 8.5
I 110 9.0 3.1 7.0 :32.9 0.82 4.53 55.6 8.8
• 110 7.9 2.2 5,1 33.1 28.8 0.87 3.165 46.2 8.6
10.6 3.5 8.1 33.4 29.0 0.87 3,72 48.1 9.0
12.0 5.0 11.4 40.8 3?.4 0.79 4.39 55.8 9.3
Interpolation is permissible. Extrapolation is not. I I Interpolation is permissible. Extrapolation is not.
All entering air conditions are 80.6°F DB and 86.2°F WS In tooting and 68°F DB and 59°F WB in heating. ,� All entering air conditions are 80.6°F 06 and 66.2°F WS in cooling and 68°F DB and 59°F WB In hosting.
All performance data is based upon the lower voltage of dual voltage rated units. All performance data Is based upon the lower voltage of dual voltage rated units.
"180 CsrtHied conditbne are 881F EVVT,80.8°F DB and 68.2°F WB In coding and 68°F EWT,616°F DB and 591F WB In heating, °ISO Certified conditions are 88°F EWT,80.6°F DB and 68.2•F WB In coollag and 8B°F EWT.68•F DB end 59°F WB In heatln�
Operation below 60°F EWT requires optional Insulated water circuit, 8 Operation below Dat0OF Cor requires optional insulated water nAscircof
See Performance Data Correctlon Tables for operation oo"mons other than those listed above, , See Performance Datt Correction Tables for opentlon condltinns other than those listed above.
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