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Report STABILITY AL OFFICE COPY 74" ENGINEERING INC. P.O. Box 2646 • Corvallis, Oregon 97339 • p: 541.223.5360 • f: 541.223.5278 July 17, 2017 HVAC Inc. 5188 SE International Way Milwaukie, OR 97222-4602 RE: Attachment requirements of new mechanical unit (RTU-6) at BI-Mart in Tigard, OR To whom it concerns: At your request, we have reviewed the plans for the proposed mechanical unit at the address above and found the following: The replacement unit (RTU-6) per the plans should be attached to its respective adapter curb with (4) 16 ga. x 6" long steel brackets. One bracket at each corner of the adapter curb. Each bracket should be attached to the mechanical unit with (4) #10 sheet metal screws and attached to the adapter curb with (4) #10 sheet metal screws. The adapter curb should be attached to the existing curb with #10 sheet metal screws @ 12" o.c. around the entire curb perimeter. If you have any questions regarding this letter, please contact us. Sincerely, Stability Engineering, Inc. / By: K - Shawn oneberg, P.E., Prin al, Proje neer :341 Encl: Calculations ;0 µ., '` il -5A (fai ,.. i 60 6:' - 1 _ ., A., / /./7/ r `` STC\ -v -, EXPI IE C i' /K N BI-MART (HVAC) 16500 SW PACIFIC HWY TIGARD, OREGON 97223 JULY 17, 2017 JOB#17-0409 STRUCTURAL CALCULATIONS BY STABILITY AIL NGINEERING INC. P.O.BOX 2646 •CORVALLIS,OREGON 97339 P: 541.223.5360 F: 541.223-5278 INFO@STAB I LITYEN G I N EERS.CO M 07/17/2017 f - + `` - ' L SEP/ A 't , s " v e _ LATERAL CALCULATIONS 1-3 7/14/2017 Design Maps Summary Report )43 IIUSGS Design Maps Summary Report User-Specified Input Report Title 17-0409 Fri July 14, 201721:12:41 UTC Building Code Reference Document ASCE 7-10 Standard (which utilizes USGS hazard data available in 2008) Site Coordinates 45.42147°N, 122.78237°W Site Soil Classification Site Class D - "Stiff Soil" Risk Category I/II/III • ' 'w s ' eu ��, se ',•t �' r , FY - rwFr y- , sty se'''- „: $ + r '''''-4''''''''''; � r, r a �, � . i �".1:::;:,,, 441,i4.7' �, r'. n., yw, .r1��}' '..i..:, • fir 1,fN. • F ,trA j t.i USGS-Provided Output S5 = 0.964g SMS = 1.074g SDS = 0.716g S1 = 0.421 g SM1 = 0.665 g SDI = 0.443 g For information on how the SS and Si values above have been calculated from probabilistic(risk-targeted)and deterministic ground motions in the direction of maximum horizontal response, please return to the application and select the"2009 NEHRP"building code reference document. MCE.Response Spectrum Donn Response Spectrum 1.10 0:72 alw aw ass Clea 0.72 2 d.as ale ,onss , 4a ail EL.,: i aas t 2' axt am am alb aa6 am Abel a20 6.40 A60 010 iia 1.10 1.40 1.90 1.80 200 am 026 a40 010 0.40 1 40 1.10 1.46 1.60 1A0 703 Period,T(sec) Fanuc,T(aft) For PGA,, T„ CRS, and CR1 values, please view the detailed report. Although this information is a product of the U.S. Geological Survey,we provide no warranty,expressed or implied,as to the accuracy of the data contained therein.This tool is not a substitute for technical subject-matter knowledge. https://earthquake.usgs.gov/cn 1/designmaps/us/su mmary.php7template=minimal&latitude=45.421469&longitude=-122.782365&siteclass=3&riskcateg... 1/1 •lc Q N, IN-w0 1z( C'n.a nece--k2-VSS rn ' o Z "-r- 3-9/ ; SS a=ITh"'C'') 1 c)1 -gbe M 9gJ 901 Q))1 . Crri SrY 9 yrg 01 If 5 qt S111 cn ScrL _? 'YY'5 sg, 047$ a - c ”1-v-3 * 545)) 4:SO 2- ce).:--5 1 0/3 7/14/2017 Project:!17-0409 BI-MART(HVAC) STABILITY \ ENGINEERING INC. Mechanical Unit:RTU-6 By:Paul Schroeder HVAC Shear and Overturning Forces ASCE 7-10;13.3:Seismic Force Wp= 780 lb aP 2.5 ASCE 7-10;Table 13.6-1 Son= 0.716 g R0 6 ASCE 7-10;Table 13.6-1 Ip= 1 ASCE 7-10;13.1.3 z= 1 ft- h= 1 ft F°= 0.4a°So,Wp(1+2z/h)/(Rp/Ip)(.7)= 195 lb ASCE 7-10;Equation 13.3-1 Maximum F°= 1.6SoslpWp(.7)= 625 lb ASCE 7-10;Equation 13.3-2 Minimum F°= 0.3SmlpWp(.7)= 117 lb ASCE 7-10;Equation 13.3-3 Controlling Fp= 195 lb Fps,= 0.25c6Wp(.7)= 78 lb ASCE 7-10;13.3.1 ASCE 7-10;29.5:Wind Force = 0.62 ASCE 7-10;Table 29.3-1 Krt= 1 Kd= 0.9 ASCE 7-10;26.8.2 ASCE 7-10;Table 26.6-1 V= 120 mph GC,= 1.9 GCq niM1= 1.5 ASCE 7-10;29.5.1 ASCE 7-10;29.5.1 Af= 25.1 sf Ar= 27.2 sf Horizontal projected area of equipment qn= 0.002561clg1CdV2= 20.6 psf ALA-t'4. ,/o ASCE 7-10;Equation 29.3-1 Fw= (.6)q GC,Af= lip lb / ASCE 7-10;Equation 29.5-2 (.6)ghGCr(,,pIR)A,= 504 lb ASCE 7-10;Equation 29.5-3 Overturning Force:Seismic and Wind X= 47 in. Y1= 24 in. -z- Y2= 43.4 in. Wp CW+IMB=0=Fp(Y1+Y2/2)+Fpv(X/2)-Wp(X/2)-FaX Fp or Fw ��p Y2 Fa= -5 lb 7CG CW+2Me=0=Fw(Y1+Y2/2)+Fwv(X/2)-Wp(X/2)-FaX Y2/2 Fpv(for seismic only) Fa= 590 lb —.- )C!2 Wind forces control N{.AX if, Fs X B Fs Controlling Fa= 590 U-1 :r Fa Fb OFFICE COPY STABILITY ENGINEERING INC P.O. Box 2646 • Corvallis, Oregon 97339 • p: 541.223.5360 • f: 541.223.5278 July 20, 2017 HVAC Inc. 5188 SE International Way Milwaukie, OR 97222-4602 RE: Attachment requirements of new mechanical units (RTU-1, 2, 3,4, 5,6) at Bl-Mart in Tigard, OR To whom it concerns: At your request, we have reviewed the plans for the proposed mechanical units at the address above and found the following: The replacement units (RTU-1, 2, 3, 4, 5, 6) per the plans should be attached to their respective adapter curbs with (4) 16 ga. x 6" long steel brackets. One bracket at each corner of each adapter curb. Each bracket should be attached to the mechanical unit with (4) #10 sheet metal screws and attached to the adapter curb with (4)#10 sheet metal screws. Each adapter curb should be attached to its respective existing curb with #10 sheet metal screws @ 12" o.c. around the entire curb perimeter. If you have any questions regarding this letter, please contact us. Sincerely, Stability Engineering, Inc. 7/7„. f ; By: R Zo Shaw oneberg, P.E., Pri•:pal, Project Engineer %� .c PR 't Encl: Addendum #1, Calculationsf �",. ,F •'r I-> MECHANICAL UNIT 16 GA. BRACKET(INSTALL (BY OTHERS) AS SPECIFIED IN REPORT) ADAPTER CURB (BY OTHERS) #10 SHEET METAL SCREWS (INSREPTORALLT) AS SPECIFIED IN EXISTING CURB (BY OTHERS) EXISTING CURB ATTACHMENT TO EXISTING ROOF ROOF FRAMING EXISTING ROOF FRAMING SHAPE MAY VARY DEPENDING ON MECHANICAL UNIT TYPE. MANUFACTURE AS REQUIRED. 07/20/2017 6"LONG 16 GA.CLIP TYPICAL c - IEri' ATTACHMENT REQUIREMENTS FOR MECHANICAL UNITS (RTU-1 , 2, 3, 4, 5, 6) ADDENDUM#1: MECHANICAL UNIT ATTACHMENT REQT'S STABILITY AL, PROJECT: SCALE: ENGINEERING INC. BI-MART(HVAC) N/A 777 NE 2ND STREET, SUITE 280 LOCATION: sht. P.O. BOX 2646, CORVALLIS, OR 97339 16500 SW PACIFIC HWY 1 TIGARD, OREGON 97223 TEL.: (541)223-5360 FAX: (541)223-5278 JOB# 17-0409 I By: PS I DATE: JULY 20, 2017 of 1 • BI-MART (HVAC) 16500 SW PACIFIC HWY TIGARD, OREGON 97223 JULY 20, 2017 JOB#17-0409 STRUCTURAL CALCULATIONS BY STABILITY \ ENGINEERING INC. P.O. BOX 2646•CORVALLIS,OREGON 97339 P:541.223.5360 F:541.223-5278 INFO@STABILITYENGINEERS.COM 07/20/2017 cry .��t �..� ;.' ✓, � w .t, 3 A'S LATERAL CALCULATIONS 1-3 �'Design Maps Summary Report mmarY Report DesrgnMa maps User-Specified Input Report Title 17-0409 Fri July 14,2017 21:12:41 UTC Building Code Reference Document A (whichSCE utilizes7-10Standard USGS hazard data available in 2008) Site Coordinates 45.42147°N, 122.78237°W Site Soil Classification Site Class Q — "Stiff Soil" Risk Category I/II/III µ :1..,...-,..#44-- h a 64 s. t " .t r q . 3 ! .t' —.12.- Fr . r' ;;44 ) . USGS-Provided Output SS = 0.964 g SMS = 1.074 g SDS = 0.716 g S1 = 0.4218 SMS = 0.6658 S01 = 0.4438 For information on how the SS and Si values above have been calculated from probabilistic(risk-targeted) and deterministic ground motions in the direction of maximum horizontal response, please return to the application and select the"2009 NEHRP"building code reference document. ML x,Response Spectrum Desltgn Response Spectrum LIDtin cud Gig p,b S 0.46 /Ill aes a+o a 41y , ,n 032 a44 ass asp au ate 141 an acs am W° cum a= a20 ab tab aeo 1= 140 til t s0 1M 11 am Q. 44,0040 !(d I. 1.10 I'm !e0 t Period,T(sec) Peruxt<T(ssc) For PGA„,T„ Cas, and Cm,values, please view the detailed resort. Although this information is a product of the U.S. Geological Survey,we provide no warranty,expressed or implied,as to the accuracy of the data contained therein.This tool is not a substitute for technical subject matter knowledge. 1/1 haps://earthquake.usgs.gov/cn 1/designmaps/us/summary.php?template=minimal&latitude=45.421469&longitude=-122.782365&siteclass=3&riskcateg... I g/3 ,T7.--A,44,,,,,, 0p . -. - TO pcapi-pt--6-17._ Cbt..R f----.Go Z S`o? Ugs Cs G. cliz c e65t-Cs ) Po Z _G-4c /Gs TRS (1) lCo 6AY x Cfl-" AA Li- W / (g) # /62 God. SCrze- s 1 yS g)s '4 iU st.)-, e CAP tf &-Aft-t 428'? /bs.l scw rePs e. : I((o I9-& /sc z -r--,g-k— zacs !es c, r - o E- ESS 2..1T1(2.5___ , as7(y) e A- Pct.:w. .3T c)r= i6C-9j I2 C.CAt�($ `T ) (16 G u y'q - 10 s.)-t, scie z.J5 tRk O.C. ODI &cM 6 4i3' 'y . J s#7-S- .7-. ,v NOTTE AJFto cAwrr p)L. - E)cJ j7 JG : -Roar- FRhefi.)JG . _rs A06—QW4' to su: Po - Ai Eu... n 7/21/2017 Project:117-0409 BI-MART(HVAC) STABILITY A t ____ . ..mmmimmmmmmimom. 3/•••••••••••• 3 'mom.= ENGINEERING INC. Mechanical Unit:RTU-1,2,3,4,5,6 By:Paul Schroeder HVAC Shear and Overturning Forces ASCE 7-10;13.3:Seismic Force Wp= 780 lb ap= 2.5 ASCE 7-10;Table 13.6-1 5ps= 0.716 g Rp= 6 ASCE 7-10;Table 13.6-1 Ip= 1 ASCE 7-10;13.1.3 z= 1 ft h= 1 ft Fp= 0.4apSpsWp(1+2z/h)/(Rp/Ip)(.7)= 195 lb ASCE 7-10;Equation 13.3-1 Maximum F1,= 1.6Sps pWp(.7)= 625 lb ASCE 7-10;Equation 13.3-2 Minimum Fp= 0.3SosIpWp(.7)= 117 lb ASCE 7-10;Equation 13.3-3 Controlling Fp= 195 Ib Fp„= 0.2Sp,Wp(.7)= 78 lb ASCE 7-10;13.3.1 ASCE 7-10;29.5:Wind Force K,= 0.62 ASCE 7-10;Table 29.3-1 Krt= 1 ASCE 7-10;2682 Kd= 0.9 ASCE 7-10;Table 26.6-1 V= 120 mph GC,= 1.9 ASCE 7-10;29.5.1 GC,p,p = 1.5 ASCE 7-10;29.5.1 Af= 25.1 sf A,= 27.2 sf Horizontal projected area of equipment qh= 0.002561V„K,V2= 20.6 psf (i A ASCE 7-10;Equation 29.3-1 F,„= (.6)qhGC,A,= 0 lb gc, ASCE 7-10;Equation 29.5-2 504 lb ASCE 7-10;Equation 29.5-3 Overturning Force:Seismic and Wind X= 47 in. -1- '11= Y1= 24 in. Y2= 43.4 in. Wp CW+EMB=0=Fp(Y1+Y2/2)+Fpv(X/2)-Wp(X/2)-FaX Fp or FwY2 ` iCG Fa= -S lb Y2f2 Fpv(for CW+1Mp=0=Fw(Y1+Y2/2}+Fwv(X/2)-W p(X/2)-FaX seismic only) s Fa= 590 lbY1 1h X/2 --, Wind forces control /306 Vi---: Fs X Eg Fs Controlling Fa= 590 Ib U.-(7"P- Fa Fb / xt f tilt- m s Y �, 4 „ „ . d/ t \,o,,,,...„...-'''Z':A-`. '*rp, :.;..-v-..,,,, gi,'1.;1;,,..,,,,2,,,,,,z,....„,,,,; . , ,,,_, _..: ,,,,,,„,./,..,,,,„,,r , s ,/�} I'y b , tris Im ..,:i.....,. „, e � lL) f , . II , , ,* -,^,, ,,,,,t 4';t„'-frf,-, '', „*„. -- tt:,.-filt f tfIfffr, "--,,7",” , f ' `F i .4.r f e if J'' . 111;,-.....z.,.„7.7/ ''''•-•., , ` meq. "� 1. 4144:0 4. , ',. ... .1:4,::,i Mil 1 S 'Wfis,-,119„,,,,,9 ,PC�T I��A F gi It 995 � �� Irndgery to 7/23/201.6 ,-0-5,16.03" N I °46'55.97" Wv 245 ft �e • r • .1 OFFICE COPY CITY OF TIGARD REVIEWED FOR CODE COMPLIANCE Approved: I OTC: I I Permit #: oQ Address: 1 ; ,coo Sw Pc Suite#: J Q T �,� 15O c> ACCESSORYDIMENSION ,- INCHES I(MM) UNIT WITH REMDI6M ECONOMIZER DAMPER SECTION AND RMFI6 ROOF MOUNTING FRAME CORNER WEIGHTS CENTER OF GRAVITY Model AA BB CC DD Number lbs. kg lbs. kg lbs. kg lbs. kg Model EE FF GCS16-024 108 49 149 68 126 57 90 41 Number inch mm inch mm GCS16-030-036 113 51 157 71 132 60 95 43 GCS16-024 GCS16-030 GCS20-036 145 66 197 90 176 80 129 59 GCS16-036 25-1/8 638 21 533 GCS16-048 145 66 197 90 176 80 129 59 GCS20-048-060 155 70 211 96 188 85 138 63 GCS16-048 GCS20-048 30-3/4 781 24-1/2 622 GCS16-060 152 69 206 94 184 84 135 62 GCS16-060 GCS20-060 AA BB DDC CONTROLS BOX IN (Factory Installed with DDC control system) FF CENTER OF OPTIONAL REM016 �� GRAVITY ECONOMIZER DAMPERS _ _ :11k \ (fieldlnstalled) III� Ji1: II I ‘,.t.f..:1 ik ______ EE Idl IIIIII I I 1 ..-1 ssassiums SIDE VIEW DD 11.1 .11 �'�' CC (DDC Controls Box) F TOP VIEW DDC CONTROLS BOX (Factory Installed with DDC control system) raOUTDOOR AIR B 11• (787) DAMPERS frill A A FLUE OUTLET 1 - III I II ' S �� f/ \ I RECIRCULATED I ' I AIR DAMPERS / FILTER i.. I I,I_� C I OPTIONAL 1111'1 I RETURN AIR I R ROOF CURB I FILTER r I POWER ENTRY KIT (Furnished withNi L OUTDOOR I (Field Installed) '� Pckaged Unit) �� , O U I _- - ., - __._. ii EXHAUST I i • `1p Q AIR 14(356) H J \ \ SUPPLY AIR RETURN AIR DAMPER MOTOR RMF16.41 FRAME RMF16.41 FRAME -►J RMF1665 FRAME ROOF MOUNTING FRAME RMF16-65 FRAME 4 is DH SIDE VIEW LIG END VIEW Model A B C D E F DG EH Number inch mm inch mm inch mm inch mm inch mm inch mm inch mm inch mm inch mm GCS16-024 GCS16-030 46 1168 60 1524 23 584 21-3/4 552 16-1/4 413 3/4 19 --- GCS16-036 GCS20-036 GCS16-048 GCS20-048 52 1321 72-1/2 1842 29 737 27-3/4 705 20-7/16 519 1-1/2 38 7 178 16 406 3-1/2 89 GCS16-060 GCS20-060 ['Dimensions reflect usage with RMF16-41 mounting frame. OFF C COPY GCS16/GCS20-2 to 5 Ton/Page 21 l► S• 5 // _ Lennox Industries Inc. - Product Submittal System ID:RTU-6 Package Model:KGB060S4B Description:PKGGE/5TON/BTO HEATING PERFORMANCE Unit TypePackaged Gas Electric Gas Supply Connection 0.50 (in.) H/E Lowlnput 53000 (Btuh) H/E Heat Rise 26.4 (°F) H/E LowOutput 43000 (Btuh) AFUE/ThermalEff 81 H/E Highlnput 70000 (Btuh) Number of Heating Stages 2 H/E HighOutput 57000 (Btuh) Gas Supply Pressure 7 (in.WC) System HeatOutput 57000 (Btuh) COOLING PERFORMANCE Refrigerant R-410A Number Compressors 1 ARI EER 11.8 Number of Cooling Stages 1 ARI SEER 14.0 Condensate Drain Size 1.00 (in.) ARI Total Power 5000 (W) Cooling OutdoorDB 95.0 (°F) ARI GrossTotalCool 61900 (Btuh) Cooling CondenserDB 95.0 (°F) ARI NetTotalCool 59500 (Btuh) Cooling MixedDB 80.0 (°F) Coil GrossTotalCool 64000 (Btuh) Cooling MixedWB 67.0 (°F) Unit NetTotalCool 61678 (Btuh) Coil DischargeDB 57.4 (°F) Coil GrossSensCool 47360 (Btuh) Coil DischargeWB 56.4 (°F) Unit NetSensCool 45038 (Btuh) Unit DischargeDB 58.5 (°F) Unit DischargeWB 56.8 (°F) Coil MoistureRemoval 15.7 (lb/hr) System MoistRemoval 15.7 (lb/hr) SUPPLY FAN PERFORMANCE Supply AirFlow 2000 (cfin) TotalStaticPress 0.64 (in.WC) ExtStaticPress Supply 0.50 (in.WC) Wet Coil Static Press 0.09 (in.WC) SupplyFan Req'dPower 0.74 (hp) Economizer Static Press 0.05 (in.WC) SupplyFan NomPower 1.00 (hp) Air Filter Qty 4 Supply Fan Type CAV Belt Drive Air Filter Length 20.0 (in.) SupplyDriveReq'd RPM 1073 (rpm) Air Filter Width 20.0 (in.) SupplyDrive Min RPM 833 (rpm) Air Filter Thickness 2.0 (in.) SupplyDrive Max RPM 1250 (rpm) ELECTRICAL Voltage 208V 3Ph SupplyFan FLA 4.6 (amp) Frequency 60 (Hz) CondensingUnit FLA 2.4 (amp) System MCA 24.0 (amp) CondenserFan Power 370 (W) System MOCP 35 (amp) Compressors RLA 13.5 (amp) Cooling FLA Total 20.5 (amp) Unit Oper Range-Nom Voltage +/- 10% DIMENSIONS Cabinet Width 47.0 (in.) Downflow Supply Length 18.0 (in.) Cabinet Length 83.3 (in.) Downflow Supply Width 20.0 (in.) Cabinet Height 43.4 (in.) Downflow Return Length 11.0 (in.) Total Weight 780 (lb) Downflow Return Width 29.0 (in.) SOUND Outdoor Sound Rating 79 (db) Project: 3000682565 Bi Mart Tigard Last Changed:FABER,MARK Quote: 4000804742 Bi Mart Tigard Prepared On:2017-06-06 Page 13 of 19 Phone:800-575-2473 ex-1,, ..„..\--\,,Di --) ,s--)-- e--10\r\\ • ACCESSORY DIMENSIONS(inches) GCS16-953,-1353&-1603 UNITS WITH REMD16M ECONOMIZER DAMPER SECTION AND RMF16 ROOF MOUNTING FRAME • L— ill IND"UCSD DRAFT CORNER WEIGHT(lbs./ 1 BLOWER r4a'.? z�,yy I .... .• .. ." . .. • " r` r + I��} vim \+...1 1 Model No. F G H J FLUE/VENT >wl't� �µ} f y 4 t"'((j"�"�`111+ r 1`� GC316-953 256 295 295 256 OUTLET 1I i t i;.1 .' 1'' t Y "'°`0 9 i , ))((0(110})/J/ 1 1�•� .0....--",„' + ,.. j� �L., '+'y'1-'i'11I iYtl , I.AJx}l��!!:� CONDENSER GCS16-.1353 h 274 - 313 404 7. 354 . I l ' l+A" "� I1 , GCS16-1603 I) 320 416 459 353 4 l 1!I' .v j;p „�• i.&` � 'r�" t � �t-- COIL INTAKE i 1}j n a..l t�,D, 4d, § 4Al a gi AIR _ w . –Iiiiiiii "a�. q I* u> ' r I{� (��,�� J1)��?�� 1 1'Cry CENTER OF GRAVITY (in.) 4 (:i f,3 t , �°a m "„`d 01 iii ti-.i Model No. K L Ilj4` GC S16-953 24 41 6 • r,F CONDENSER COIL-FANS T (Single Fen on GCSlG-953} GCS16-1353 41 b'I rn:` `""% NAINR000{2) GC516-1603 282:18/2 44-3/8 E1)11Ibil It (F rnished with 0E016 ..P:'X 7 S Gravity Exhaust Darnpsnl VEld1... ilk},«.... TOP VIEW. CONDENSER COIL B_ 11EXHAUST AIR LIFTING LUGSr 29-3/4 sr \\,,o, c 0 1 PLUS/VENT..ze x x t' r1 k')�1^ ' II .- . ( ppp „ OUTLET r , , I� i Ji OUTDOOR AIR "'� • p , a'E/t -..P1,-:4.-reP I I . DAMPERS I r t 4 a' �7� ' esu ar. r 9 I t r l _r to „ rr f Fvf' fi{ $i ' i, «4 ( e. (ice i I, I�. � ; �,Fs,� 1a. ;� �� ,�� A � 'fit. ^ Tr 3�. 1 D � #: t Te I, ll 'ti F11"�k}1' . i r i 44 1 al v OUT t 'YY' $e' ` y i,i,„ ' a. 1 [ AIR OR U �/iii n . y �u• -:' :.g I I 1-1/2 11 "' 'peraaxsa�.-iwaa�a ,, •aru t? '��.._.�.,�= „,-,mow- ”a' .. s �� imp pc�c s s °: ' .. � 1�" C u •�• OPTIONAL .q r a - --•- '� •'� GED7t3 GRAVITY ° .n 1 yAt"tl-:L, •. id o-• atiSI!!1 0a, .^4 ,.�, :.,g EXHAUST DAMPERS h .,p .�.�c.... ° (Fold Installed Both Sidesl -- BACK'VIEW CONDENSER SECTION END'VIEW Model No. A B C D E - GCS16-953 39 88-1/2 48 28-9/18 32-9/16 GCS16-13553 46 94 60 34-9/16 32-9/16 GCS16-1603 46 102 60 349/16 40-9/16 L SPY Or$ y J '. ,. —28— g'?'W n '''' -- 1 D VI Lennox Industries Inc. - Product Submittal System ID:RTU-5 Package Model:KGA092S4B Description:PKGGE/7.5TON/BTO HEATING PERFORMANCE Packaged Gas Unit Type Electric Gas Supply Connection 0.75 (in.) H/E LowInput 117000 (Btuh) H/E Heat Rise 44.4 (°F) H/E LowOutput 93500 (Btuh) AFUE/ThermalEff 80 H/E Highlnput 180000 (Btuh) Number of Heating Stages 2 H/E HighOutput 144000 (Btuh) Gas Supply Pressure 7 (in.WC) System HeatOutput 144000 (Btuh) COOLING PERFORMANCE Refrigerant R-410A Number Compressors 2 ARI EER 11.0 Number of Cooling Stages 2 ARI LEER 11.8 Condensate Drain Size 1.00 (in.) ARI Total Power 7800 (W) Cooling OutdoorDB 95.0 (°F) ARI GrossTotalCool 88200 (Btuh) Cooling CondenserDB 95.0 (°F) ARI NetTotalCool 86000 (Btuh) Cooling MixedDB 80.0 (°F) Coil GrossTotalCool 88200 (Btuh) Cooling MixedWB 67.0 (°F) Unit NetTotalCool 84324 (Btuh) Coil DischargeDB 59.8 (°F) Coil GrossSensCool 63504 (Btuh) Coil DischargeWB 57.4 (°F) Unit NetSensCool 59628 (Btuh) Unit DischargeDB 61.0 (°F) Unit DischargeWB 57.8 (°F) Coil MoistureRemoval 23.3 (lb/hr) System MoistRemoval 23.3 (lb/hr) SUPPLY FAN PERFORMANCE Supply AirFlow 3000 (cfin) TotalStaticPress 0.85 (in.WC) ExtStaticPress Supply 0.50 (in.WC) Wet Coil Static Press 0.10 (in.WC) SupplyFan Req'dPower 1.22 (hp) Gas H/E Static Press 0.12 (in.WC) SupplyFan NomPower 2.00 (hp) Economizer Static Press 0.13 (in.WC) Supply Fan Type CAV Belt Drive Air Filter Qty 4 SupplyDriveReq'd RPM 776 (rpm) Air Filter Length 20.0 (in.) SupplyDrive Min RPM 590 (rpm) Air Filter Width 25.0 (in.) SupplyDrive Max RPM 890 (rpm) Air Filter Thickness 2.0 (in.) ELECTRICAL Voltage 208V 3Ph SupplyFan FLA 7.5 (amp) Frequency 60 (Hz) CondensingUnit FLA 4.8 (amp) System MCA 38.0 (amp) CondenserFan Power 740 (W) System MOCP 50 (amp) Compressors RLA 26.2 (amp) Cooling FLA Total 38.5 (amp) Unit Oper Range-Nom Voltage +/- 10% DIMENSIONS Cabinet Width 60.1 (in.) Downflow Supply Length 20.0 (in.) Cabinet Length 101.3 (in.) Downflow Supply Width 28.0 (in.) Cabinet Height 46.9 (in.) Downflow Return Length 24.0 (in.) Total Weight 995 (lb) Downflow Return Width 27.0 (in.) SOUND Outdoor Sound Rating 88 (db) Project: 3000682565 Bi Mart Tigard Last Changed:FABER,MARK Quote: 4000804742 Bi Mart Tigard Prepared On:2017-06-06 Page 8 of 19 Phone:800-575-2473 -23(4. -- \ \0- ACCESSORY DIMENSIONS (inches) . • GCS16-953,-1353&-1603 UNITS WITH REMD16M ECONOMIZER DAMPER SECTION AND RMF16 ROOF MOUNTING FRAME ® L.----01 CORNER WEIGHT(lbs.) INDUCED DRAFT ..,.,, , „,..,...,,,,,.. .,.,.„,„, ,, l® --.. . . . .. .. BLOWER -.A.::71,;'",..t.f.l.',.'', o ,T4W,,VOW.'•','N ,49,';,„ wii*.-..\ A •"gok,tifk,',.!".1,7'1: • $ i ..' Model No. F .r.• G H J — , . . ....,. GCS16-953 256 295 295 256 FLuENENT ' OU ',111trrtft4v TLET i! II_ ..„,,T iv4. ...,. ..1:„. 2,v,,/ -,Li " GCS1&130 7 274 313 7, 404 ..354 Q1101,,i, :.'-'t 0(.,.! ',,,',';:ltfe .,•2„'-,.sZ:7-.<•-,,•'<,—,---, coNDEresEn ... GCS16-1503 320 415 459 353 :41:1;1!l.i.• 41! •—,' 1'1.•.:',....,, ir- --,,,,,,, 1l i.J l,...I i',,,e,,,,.:Arr• ,,,., , ,.. '7.,, 'ldt,t. ,1;', - .11,41,4Ertyll* ' ''.,.,-.' f" „ ,4:,,..,,-: . v :,.. :Attiffootir 1 tr' ;qr•"'''''4 ''' 00 0) ” -r H,'' .g: ,'-:' • °V'.:t::::',.,i?.,4 , ( 4 i I<=, CENTER.OF GRAVITY (in.) 1 i i,l41,1-1,:-1,, w V, .,F'•' '? !‘:+ \uS:•.'...:: ...., / I I .1qtTfilifl.,(1 - e ,ti Model No. K L ,4,P.:,1:'•;',:.;;;?..:,*• .14.,:,;,-,e,•.',4.::-.40;:'- 7--;:,i! ...77-4'4'.! r.:-N - 0 '7-' • ‘(-11,..•:::-M1:• ',;;ir1,-.71 r.—i,....::, itwr ' •----s...(19 5 i:Kitc4 -' L . CONDENSER COIL FANs GCS 16-953 24 41' " -- (Single Fen an GCS16-953) GCS16-1353 28 41t GCS16-1603 28-1/ 44-3/.8 r . , (FiGravity EXIWOIR(Wows) .• '''-*S2`.71!4Pleriiiii.4,04t7.!•:: ---1110. 7-6/13 -. -,r,•• . ' TOP VIEW. ' CONDENSER AIR EXHAUST 29-3/4 lir, , c• ..........._____B LIFTING LUGS —11 0 0 1 fLUENENT,.... !'...-k.„:11.it .4,1,fi !t ,"„..4 .-';'!Jil‘'vr 1,1)i- T •,,,,......m.e.,,,,,,,.6.... ,m7::=777.7.7"' ..,,17,,, ..-' : . • OUTLET '''s, ,1 I OUTDOOR AIR ,.0, ,-;'''',.•T'•-,,,,r,,' .,1'Fl 1'il 7,i•1 , DAMPERS -Ir-1;4 er.4,-r_.111 41 , 4 V-;‘:64 ,:s: ;,4 f.4'il.....?' '", I i!':1-'.'r, ' i 1 . I_----, k:i 1: ,‘..4*<0.:A."'I-;%--,tiA'-'-=:' --..*:.;?.fi:,' .4...Pt-94,• !i 4 ,...,... ,, , ,,:.,4, AA A 1 i;:-.r.'eS11•114,f'.".,,a,.4rY '.'' ..., J:',.;i,i4 lit 01$!,4112,1! 4tAEM4ii.,:2kiyI;l1a117\t*iV„t,M.1l.-.,774'4iV1..t,S.&!F,W,; 14t-#,74,40,,.'',rZ,4'•z1gW,1.',i!:?..:',„,.iA,i:lh'-.t:.t..,,4.Z--:li:1l2,tP1i1;4A.riiti'i'..'.t IA4,il-,'t, k':',` ,.i1,!i1!,1 i.- I4D-- ::OP'''1)T!1-ifeI't;O3.6NAL70. .1.t,4•.:ka1\'s' 1 1-1/2 .i.r- .f1!.„'1l,11r.11 i. A'''''''' -- -"'----— • 4 A-„..,.„„.„.:-.z...:-.7;;I:litit -ti ,601,01.. .,..,.!:•,,:;.:: G--:::4111,k ti-vm, -4;l31,4.,,l'''''. 14 . .....:..:,.1v0). , #•000,00,,!..7, ,. .,,.. EXHAUST DAMPERS i!enik,T.;.:34;:,,A7,,,r,,,,74•.-:,7..., o Wield Installed Both Sides' BACK'VIEW CONDENSER SECTION END VIEW Model No.—A B - C 13 ' E — • ..1 _ . . _ ._ • GCS16-953 39 88-1/2 48 28-9/16 32-9/16 GCS16-1353 - 46 94 60 34-9/16 32-9116 GCS16-1603 'll 46 102 ' 60 34-9/16 40-9/16 - • —28— Lennox Industries Inc. - Product Submittal System ID:RTU-1,-,4 '� Package Model:KGA120S4M Description:PKGGE/10TONBTO _ HEATING PERFORMANCE Unit Type Packaged Gas Electric Gas Supply Connection 0.75 (in.) H/E LowInput 156000 (Btuh) H/E Heat Rise 44.4 (°F) H/E LowOutput 124800 (Btuh) AFUE/ThermalEff 80 H/E HighInput 240000 (Btuh) Number of Heating Stages 2 H/E HighOutput 192000 (Btuh) Gas Supply Pressure 7 (in.WC) System HeatOutput 192000 (Btuh) COOLING PERFORMANCE Refrigerant R-410A Number Compressors 2 ARI EER 11.0 Number of Cooling Stages 2 ARI IEER 13.0 Condensate Drain Size 1.00 (in.) ARI Total Power 10500 (W) Cooling OutdoorDB 95.0 (°F) ARI GrossTotalCool 118400 (Btuh) Cooling CondenserDB 95.0 (°F) ARI NetTotalCool 115000 (Btuh) Cooling MixedDB 80.0 (°F) Coil GrossTotalCool 120000 (Btuh) Cooling MixedWB 67.0 (°F) Unit NetTotalCool 113836 (Btuh) Coil DischargeDB 59.4 (°F) Coil GrossSensCool 86400 (Btuh) Coil DischargeWB 57.2 (°F) Unit NetSensCool 80236 (Btuh) Unit DischargeDB 60.6 (°F) Unit DischargeWB 57.6 (°F) Coil MoistureRemoval 31.7 (lb/hr) System MoistRemoval 31.7 (Ib/hr) SUPPLY FAN PERFORMANCE Supply AirFlow 4000 (cfm) TotalStaticPress 1.05 (in.WC) ExtStaticPress Supply 0.50 (in.WC) Wet Coil Static Press 0.14 (in.WC) SupplyFan Req'dPower 1.94 (hp) Gas H/E Static Press 0.22 (in.WC) SupplyFan NomPower 2.00 (hp) Economizer Static Press 0.19 (in.WC) Supply Fan Type MSAV Belt Drive Air Filter Qty 4 SupplyDriveReq'd RPM 874 (rpm) Air Filter Length 20.0 (in.) SupplyDrive Min RPM 590 (rpm) Air Filter Width 25.0 (in.) SupplyDrive Max RPM 890 (rpm) Air Filter Thickness 2.0 (in.) ELECTRICAL Voltage 208V 3Ph SupplyFan FLA 7.5 (amp) Frequency 60 (Hz) CondensingUnit FLA 4.8 (amp) System MCA 43.0 (amp) CondenserFan Power 690 (W) System MOCP 50 (amp) Compressors RLA 27.0 (amp) Cooling FLA Total 39.3 (amp) Unit Oper Range-Nom Voltage +/- 10% DIMENSIONS Cabinet Width 60.1 (in.) Downflow Supply Length 20.0 (in.) Cabinet Length 101.3 (in.) Downflow Supply Width 28.0 (in.) Cabinet Height 46.9 (in.) Downflow Return Length 24.0 (in.) Total Weight 1096 (lb) Downflow Return Width 27.0 (in.) SOUND Outdoor Sound Rating 88 (db) Project: 3000682565 Bi Mart Tigard Last Changed:FABER,MARK Quote: 4000804742 Bi Mart Tigard Prepared On:2017-06-06 Page 3 of 19 Phone:800-575-2473