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Permit M01-153 - ANALYTICAL RESOURCES
:-. • ,, .• ANALYTICAL RESOURCES INC 4511 5 1134T" PL M02-153 •••■•/... City of Tukwila Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188 Permit No: M01 -153 Type: B -MECH Category: NRES Address: 4611 S 134 PL Location: Parcel #: 261320 -0042 Contractor License No: SOUNDHA066BM TENANT ANALYTICAL RESOURCES INC Phone: 4611 S 134 PL, TUKWILA WA 98188 OWNER HALVORSON ELLING Phone: (206) 820 -8800 12515 WILLOWS RD NE #200, KIRKLAND WA 98034 CONTACT KEVIN MCHENRY Phone: 253 535 -6249 5209 122 ST E, TACOMA WA 98446 CONTRACTOR SOUND HEATING & A/C INC Phone: 253- 535 -6249 5209 122 ST E, TACOMA, WA 98446 ****** k*•A*** A**-A****' A** AA-* A* A•* ** A*** A*' A'* A* AA**•** *'A*•..•k.A* * *A*A*'A'AAA**A'A*k Permit Description: INSTALLATION OF EIGHT GAS /ELECTRIC ROOF TOP UNITS AND ALL ASSOCIATED DUCTWORK. INSTALLATION OF FIVE ROOF MOUNTED MAKE -UP AIR UNITS AND ALL ASSOCIATED DUCTWORK. INSTALLATION OF TWENTY EIGHT EXHAUST FAN I: S AND ALL RELATED DUCT WORK, GAS PIPING. UMC Editiun: 1997 Valuation: `. >.k Total Permit Fee: ** **** A* * * •k * * •,k�k * *** * * ***•k** * k-k * * *** ** ****• k** * *•k **-A ** * * ** * * * *'k *:A* * * *'A** Permit LF'entr Authorized Signature Date I hereby - certify, that I have read and examined this permit and know the same "toHbe; true and correct. All provisions of law and ordinances governan.g this work will be complied with, whether specified herein or not. The granting of this permit does not presume to give authority to violate or cancelthe provisions of any other state or local laws regulating constructi.bn or the performance of work. I am authorized to sign for and obtain this - building permit. MECHANICAL PERMIT (206) 431 -3670 :r.atus : ISSUED Issued: 10/09/2001 E >.pirees: 04/07/2002 80,000.00 186.50 Date: Print Name: 4 t k ' in ` J4eivg y Title: This permit shall become null and void if the work is not commenced within 180 days from the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. „.. CITY OF TUKWILA Address: 4611 5 134 PL Permit No: M01-153 Suite: Tenant: ANALYTICAL RESOURCES INC Status: APPROVED Type: B-MECH Applied: 09/05/2001 Parcel #: 261320-0042 Issued: 1 Permit Conditions: I. Readily accessible access to roof mounted equipment is required. 2. Any exposed insulation s backing material ,shall have a Flame Spread Rating of;,25or less, and materialihall bear identi- fication showing_the fire perforMance rating thereof. • Plumbing permit shall be obtained through the Seattle-King County DepartMent,Of Public Health. PluMbfng will be .insPect0 thatagen' including all gas piping' (296-4722) . . ElectrAcalPerMit's shall be obtained through the Washington State Division of , Labor-and Industries and'all' electrical worill be inst:iected, by that agency (248-6630).' 5. No.'changes will"be made to, the plans unless approved by the Engineer, and the Tukwila Building Division. 6. A1l4pei'mits, records, and approved plans shall he ,aVellabjeat.the jpbsite prior to the start of any con- struction. '-. :Coln: maintained and avail ,ible until final tosPecti:on approval - is §)-anted. construction to be done in conformance with approved plans and requirements-or-the Uniform Building Code (1997 as-aWended,Onifosm Mechanical Code (1997 Edition), and Washington State Energy Coda" Edition). • V,a)dtt!y issuance of a permit or approval of plinsl,Specifications, and computations shall not be con-, strUed to be a permit for, or an approval of, any violation of-4any of,the of the building code or of any othordinanceof the jurisdiction. No permit presuming.to givkauthorlty to violate or cancel . the provisions of this codeVshall be. valid. • , 9. rManufatturernstallation instructions required' on site for thebOilding inspectors review. • ***FIRE DEPARTMENT CONDITIONS*** , . The attached Set of plans have been reviewed by The Fire Prevention Bureau and are aCcePtable the'following ;concerns: 12 )1, units rated than 2,000 .-foe require auto-shutdown devfceS%'--1hes,eAe be separately zoned in the alarm panel and U.L. central station supervision is required. (City Ordinance #1900) 13. H.V.A.C. systems supplying air in excess of 2,000 cubic feet per minute to enclosed spaces within buildings shall be equipped with an automatic shutoff. Automatic shutoff shall be accomplished by interrupting the power source of the air-moving equipment upon detection of smoke in the main supply-air duct served by such equipment. Smoke detectors shall be labeled by an approved agency for air-duct installation and shall be installed in accordance with the manufacturer's installation instructions. (UMC 608) 14. Duct smoke detectors shall be capable for being reset from the alarm panel. (City Ordinance #1900) 15. Remote alarm annunciation indication is required if the control panel is not visible from the main entrance. (City Ordinance #1900) 16.. In areas that are not continuously occupied, automatic smoke detection shall be provided at each control unit(s) location to provide notification of fire at that location. (NFPA 1-5.6) . The installation of wiring and equipment shall be in accordance with N.F.P.A. 70, Article 760, Fire Protective Signaling Systems. (NFPA 72-1-5.5.4) . When the .control panel is located. inside a room, the door to the room shall have a sign with one-inch letters which reads "Fire Alarie, or "Fire Alarm Contrbl". (City Ordinance #1 900' z 1: !' re 1 6 m ....1 0: 0 0, CO In 9 , tul ( Y .1 g M u., .c. M. D (y X 1.... ILU . Z 17 ai LU ur ZE'D 11 0 0 .,.. 0 1.... *Rptel,Fir0 • ;),r,gti i ldfng.;COdes i'mply apprOva. Of :!•:',' .... _ - §mph.tpititli on or./Vf61 at tbn,:-, ', v , . T. ?.,,,: ... .,...,.., i 1 -l.O. he, • ',.-'- If have any k :,---' ,:: i , .z, ':444tt6S% 1.1lease4a1Vthe TUkWila Bureau ! 0,— ... ._ „•...., 1 ,..,,.,..„,,,,,,,.,.,"• , ),,,- • ; ..r • 3, . ' . —• , • . . . , , , , . , • ,•:: , ..,. .-.., . „ . Z • -: ' %,t " - ''..rq$ Ai . -,•:: f' ' - i .' - 0 ' 4.AlerebY4bertAfy that I have read these conditions and wilJ, comply 10th',.;theMVas.oUtlined, ' All provisions i of law and ordinances:OVerning thi.SWorkitil11 •be comPlied with, Whether ,sPeaified'herein or not. , . , i ., . .-- .:, ;,,, ,,•• .• • _. hegrantingi thTsiperm does not presume6to giVe::authOrtty to O ,.. _ , . olatp:Or- local laws re ,. ,,...: gulating const or the performance of work. --- . - . _ • ., . ,,.. ,..v• ... • ., . . ■ ,,,,., •.' .. '" ' ,,., .... •• e.:' •■.. -, .... , , ,. ignature: _ Date: /0-7-o/ , . ::Dedidated Wealarnisistem C1rCuit breaker(s) be • equipped Wttlf a iiieehaniCal'1O6kout:devi.. (1-5.2.8;'2) -,:-: - . . 20 All nes.Are,'alarm'systelisor modificationS to existing .systTtilh0,l, ha the wOtten'iapproval 'of the Tukwila Fire Prevention Bureau:- ,- No ,, ,c))-4; shall,commence'untila 'fire.' , ,,s department permit has :been; obtained. (City Ordinance 1 #1900) a0FC 1001.3), '''', . "' Fire Preyenton Bureau to witness all , Coif“ct the Tawila reltlied inspections - and teSts, 10.503) (City - 0 iii i Duct detectors shell sendffa ',superVisory only upon .4f a iti9or . ' nancer , 41900 an ,', .. . activation. - Any (we 0 ool4d -Condition , and/or violation of' the ai42664575-4407 rint$ame:-_e6211..) , 7 • 4 j Projec Name/Tenant: OR-AUTHORI D:'AGENT: Valus of Mechanical Equipment: Site Address : N(e11 S 13U�` Pit, City State/Zip: jux w�l►A w► Tax Parcel Number: )L' - OO ? + o '7 o oow Property Owner: AILisn,J PI1 IZtNC2s Li. L LAVE it Phone: (.206) 3s9_ (o15• - Street Address: 333 cl " Ave Al . City State/Zip: Sea rrIE. W9-. Fax #: ( ) Fax #: ( ) as3 sA> - 40 Oa- Contractor: Set WI) 1-I CATIN con 5-77-0 A. C. Z' NC . ,'eGedo I A665/41 Phone: ( ) 3 35- (40,s3 y 9 Street Address: 5)I)4 WA''' ^'° 54- . E. City State/Zip: fACArt4 Oil 9R9 Fax #: (d53 ) -5-35__ (o(oo Contact Person: in' aF,sig Phone: (d53) 535 b.:21/41 Street Address: y ?f7S 0?" 54 • E . City State/Zip: 74(0 07,4 tt.)A 9stiq b Fax #: (753 ) 535 ' BUILDING,O. OR-AUTHORI D:'AGENT: Signature: .cam c Date: 9 -5 - . 1 Print name: , EOM K A. M / Phone: ( . �s3 ) 53, (0ayg Fax #: ( ) as3 sA> - 40 Oa- Address: 5. 4 y Imo m° S4_ 6 City / State/Zip: 'TAComA td4. CO y y 0 . is CITY OF "''' Permit Center 6300 Southcenter Boulevard, Suite 100 Tukwila, WA 98188 (206) 431 -3670 OR SIAM I USE ONl Y Project Number: Permit Number: MO(• 155 Mechanical Permit Application Application and plans must be complete in order to be accepted for plan review. Applications will not be accepted through the mail or facsimile. MECHANICAL'_ PERMIT REVIEW ANDAPPROVAI REQUESTED: (TO BE FILLED OUT. BY APPLICANT) Description of work to be done (please be specific): iw>s�-n,l l41-Pn,.) 94 / CT2tc e.004 k, urajs AA Q A1) Assedula Wc4-tct Tk111111)t rio,J �� dive_ ILO6-1 Inow.i 6 D MPi op A,ti »-' #3 4Hn All AsscxoAteo Duc�waivL ZJs4Allnr?&J n- }we,. Lf94- exhAas4 C. AA all ILO IA.�e,J D,.,cA waeh- , SAS p s i° ` i j Current copy of Washington State Department r►f Labor and Industries Valid Contractor's License. If not available at the time of application, a copy of this license will be required before the permit is issued OR submit Form H -4, "Affidavit in Lieu of Contractor Registration ". Building Owner /Authorized Agent: If the applicant is other than the owner, registered architect/engineer, or contractor licensed by the State of Washington, a notarized letter from the property owner authorizing the agent to submit this permit application and obtain the permit will be required as part of this submittal. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OF WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. Expiration of Plan Review - Applications for which no permit is issued within 180 days following the date of application shall expire by limitation. The building official may extend the time for action by the applicant for a period not exceeding 180 days upon written request by the applicant as defined in Section 114.4 of the Uniform Mechanical Code (current edition). No application shall be extended more than once. Date application accepted: Date application expires: Application taken by: (initials) 11 /2/99 mec1, permildoc ✓ Submittal Requirements Floor plan and system layout Root plan required to identify individual equipment and the location of each installation (Uniform Mechanical Code 504 (e)) Details and elevations (for roof mounted equipment) and proposed screening Heat Loss Calculations or Washington State Energy Code Form #H -7 . H.V.A.C. over 2,000 CFM (approximately 5 ton and larger) must be provided with smoke detection shut - off and will be routed to the Fire Prevention division for additional comments (Uniform Mechanical Code 1009). Specifications must be provided to show that replacement equipment complies with the efficiency ratings and other applicable requirements of the Washington State Nonresidential Energy Code. Structural engineer's analysis is required for new and the replacement of existing roof equipment weighing 400 pounds and greater (Uniform Building Code 1632.1). Structural documentation shall be stamped by a Washington State licensed Structural Engineer. Mechanical Permits COMMERCIAL: Two complete sets of drawings and attachments required with application submittal 11/1/99. udscpmt.doc NOTE: Water heaters and vents are included in the. Uniform Mechanical Code — please include any water heaters or vents being installed or replaced. RESIDENTIAL: Two complete sets of attachments required with application submittal Submittal Requirements New. Single Family Residence Heat loss calculations or Form H -6. Equipment specifications. Change - out or replacement of existing mechanical equipment I `Narrative of work to be done, including modification to duct work. Installation of Gas Fireplace Narrative with specification of equipment and chimney type. If using existing chimney, provide a letter by a certified chimney sweep stating that the chimney is in safe condition: NOTE: Water heaters and vents are included in the Uniform Mechanical Code — please include any water heaters or vents being installed or replaced. " ********44*4***4**4*A*4,:****4 CI OF 1UKW1LAq WA TRONSM1T IRANSMIT:A+UmbPel R0101313 :Amount: 186.50 10/09/01 15:53 .::1',aymeritetho(1 CHECK ',Notation: SOUND HTO/AC INC Init: SES :.-1 No: M')1-153 :'Type: 9-MECH tdEn%0NICAL PERMIT Proel No: 261.i20-0042 :-6,jte 4611 S 1.34 PL TotaliFees: 166.50 .,,.. , _ 1E16.50 This Payment . . . 1E16.50 Total AWPmtst '..t • . • • ;•••' Batance: .00 *44111(*** Code YO0/3 000/322 1 0' VITIMPtSpilpArV Deeoriptlon PLAN CHECK - NONIES MECHANICAL - NONRCS Amount 37.30 149.20 VV 0/10 973.6 TOTAL 'Its.51MtP • 186.50. g riliftVa0,41 • INSPECTION RECORD Retain a copy with permit INSP ON NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 )4 Type of Inspection: 92./Ae 5 ; ') - L7-14 Dat ailed: Date Wanted: a.m. L 72- -- a - Special Instructions: Requester: Phone No: Approved per applicable codes. 0 Corrections required prior to approval. OMMENTS:: Inspecto Date: P MIT NO. (206)431-3670 ../ $47.00 EINSPECTIO EE REQUIRED. Prior to inspection, fee must be paid at t300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Receipt No.: !Date: . • . INSPECT' I N NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 COMMENTS: l, jTa end 2.) F4-z-6, 7-74, 3� a - �� _ rl �C ; L-t, ,Ol/t eZ. /. Approved per applicable codes. INSPECTION RECORD Retain a copy with permit Corrections required prior to approval. // ..de "Alb L. $4" REINSPECTIO FEE REQUIRED. Prior:to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Receipt No: Date: 'i % Ji kcvir..:. er''tii, h;;'`+ +)f• :n'Y to Vl.°:•?' O: CD 0 CO W' co IL W gQ Z �. O LU D! U0 O D' .O 1— W W u. 0 . t .. Z a. O Z Project: 4/ a hi -74( /etis' reo . Type of Inspectiony 1 ei 4.-/ Ad dress: 4/1 c 13 /1— Date alle : Special instructions: ,•:• Date .... i oizi = RequestA: / I a 1 Phone: 00(o Approved per applicable codes. INSPECTION RECORD Retain a copy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila WA 98188 PERMIT NO. (206)431-3670 Corrections required prior to approval... COMMENTS: " y ...78 (.e • • • 147.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection'. Receipt • No: Date: . • , ;21 ; p:tr f! i •i: COMMENTS: INSPECTION NO. Approved per applicable codes. INSPECTION RECORD Retain a copy with permit ' CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, 1000, Tukwila, WA 98188 Pr ject: 511 -S I A dress: Typg.,of inspectipn: . Kr) 4 111M Special ins 72 - - '0 Date wantecl• ;.. /- -. 07fh. .. 4 (c) R eg u t e / s zi e, c2ii .,..s ItiN) 535— PERMIT NO. (206)4313670 fl Corrections . reqUired Pricirto apprOVal. $47.10 REINSPECT! I EE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter B vd., Suite 100. Call to schedule reinspection. Receipt No: Date: • ' ' ..` • 4.•••,,‘ INSPECTION NO. INSPECTION RECORD Retain a copy with permit PERMIT NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 (206)431-3670 • • roject: T a of Insper 46 i-4 AA. d Date 3 f 3 11 %p/ Special instructions:. Rce e 3? 0-1 a.m. Date_want11: Req rLetAA--ic COM ENTS: • ', . — • • , „ • . • • • Approved per applicable codes. Corrections required prior to approval. • $47.00 REIN$PECTI4f FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Receipt No: • • Date: Project: : ; Arriit ken1' `KeSoCroes pe of I spection� mnit -e-- �1 'w -/ WI Address: . s . t 1 S D aL. alled: J42_0 ecial instructions: 1 ie i : /. , : Da � wan d t " O a.m. Rester : ; .... .3s 6.9.9149 rA i sl i galigMat INSPECTION NO. INSPECTION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd,: #100, Tukwila; WA 98188 Approved' per applicable codes. • 0I -1 53 PERMIT NO. (206)431 -3670 Corrections required prior to approval. COMMENTS: 14. 61 0 $47.60 REINSPECI V� FREQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Receipt No: Date: r r . , • .., .. , v ., t � r . ^r` u+y ".A.77e ""':="T.. 771$ �� -; rs Sprinklers: Fire Alarm: Hood .& Duct: Halon: .: . Monitor: Pre -Fire: Permits: Authorized : "Signature • City of Tukwila Fire Department Thomas P Keefe, Fire Chief Needs shift inspection FINALAPP.FRM Rev. 2/19/98 TUKWILA FIRE DEPARTMENT FINAL APPROVAL FORM .Nit 1,1 ' c:>„.) ,1 G r-'S 3. v C • . "/ <_r � t current inspection schedule :Approved'without correction notice Jv/4 G. Approved with correction notice issued Steven M. Mullet, Mayor Permit No. It)C /' / S 3 Suite # Date / T.F.D. Form F.P. 85 Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: 206 -575 -4404 • Fax: 206 -575 -4439 ritlt"l'4.W,Ti 1,14.1. TRANS S e cT Package Gas/Electric Units YCC018 -060F 1 -1/2 5 Ton Convertible Models FILE COPY YC -D -9 8 : NO. 22.129504 619= September 199 -.. PRODUCT TYPE YC = Package Gas /Electric TC = Package Cooling WC = Package Heat Pumps YC C 036 F l AIRFLOW CONFIGURATION C = Convertible M = Manufactured Housing D = Downflow H = Horizontal X = High Efficiency NOMINAL NET COOLING CAPACITY (MBH) 018 = 1 1/2 Tons 024 = 2 Tons 030 = 21/2 Tons 036 = 3 Tons 042 = 31/2 Tons 048 = 4 Tons 060 = 5 Tons MAJOR DEVELOPMENT SEQUENCE F = Impack Model Number Description PACKAGE UNITS NOMENCLATURE L 0 B A T SERVICE DESIGN MINOR DESIGN SEQUENCE FACTORY INSTALLED OPTIONS EXAMPLES: 0 = No factory installed options B = Oversize Motor' P = Coil Guard* N = Filter Frame' K = Coil Guard & Filter Frame' T = Fan Delay Relay* 'Product Deviation Required. HEATING CAPACITY L = Low Heat M = Medium Heat H = High Heat 0 = No Heat (from Factory) ELECTRICAL CHARACTERISTICS 1 = 208 - 230/60/1 3 = 208 - 230/60/3 4 = 460/60/3 W = 575/60/3 7 MODEL RATED VOLTS/PH/HZ A.R.I. RATINGS (COOLING)co BTUH Indoor Air Flaw (CFM) System Per (KW) EER /SEER (BTU/WATT -HR.) Noise Rating No. A.G.A, RATINGS (HEATING)® (High) Input BTUH C C pacity BTUH ®® Temp. Rise 'F (Min. /Max.) (Law) Input BTUH BTUH®® AFUE/ E Temp. Rise 'F (Min. /Max.) Type of Gas® POWER CONNS. - V /PH /HZ Min. Bich. Cir. Ampacity &. Cir. - Max. (Amps) • Prot. Rtg. - Roland. (Amps) COMPRESSOR No. Used Volts /PH /HZ R.L. Amps - L.R. Amps OUTDOOR COIL - TYPE Rays / F.P.I. Face Area (Sq. Ft.) Tube Size (in.) INDOOR COIL - TYPE Rays / F.P.I. Face Area (Sq. Ft.) Tube Size (in.) Control Drain Con. Size n.) Duct Corrections OUTDOOR FAN - TYPE No. Used / Da. (in.) Type Oriwe / No. Speeds No. Motors - HP Motor Speed R.P.M. Volts/PH /HZ F.L. Amps - LR. Amps INDOOR FAN - TYPE Oia. x Width (in.) No. Used Orin / Speeds (No.) No. Motors - HP Motor Speed R.P.M. Volts /PH /112 F.L Amps - L.R. Amps COMBUSTION FAN - TYPE Drive - Speeds (No.) Motor HP - Speed (RPM) Volts /PH/HZ F.L. Amps FILTER - FURNISHED? Type Rsoormarded Min. For Milo (ft.) ®® REFRIGERANT Charge (Ibs. of R•22) GAS PIPE SIZE (IN.) DIMENSIONS Crated (in.) Unaated WEIGHT Shipping (lbs.) / Net (Ibs.) See notes on page 14 YCC048FWHOB 575/3/60 48000 1600 5.05 9.50 / 10.00 8.4 125000 1000 45/75 100000 78%/76% 45 - 75 NATURAL 575/3/60 10.0 15 15 CUMATUFF"' 1 575/3/60 5.5 - 41 PLATE FIN 2/15 9.2 3/8 PLATE FIN 3/15 5.4 3/8 CAPILLARY 3/4" FEMALE SEE OUTLINE DRAWING PROPELLER DIRECT / 1 1 -1/2 1080 575/1/60 1.4 - 3.2 CENTRIFUGAL 11X11 1 DIRECT / 2 1 -3/4 575/1/60 1.7 - 4.0 CENTRIFUGAL DIRECT -1 1/35 - 3480 208 - 240/1/60 0.6 NO THROWAWAY 5.33 8 lbs. 1/2" HXWXD 39-3/8 X 47 X 68.1/4 SEE OUTUNE DRAWING 592 / 523 General Data YCC060F1MOB 208 - 230/1/60 60000 2000 6.52 9.20 / 10.00 8.4 125000 100000 78% 30/75 100000 78%/76% 30 -75 NATURAL 208 - 230/1/60 43.9 70 70 CLIMATUFP" 1 200 -230/1 /60 27.9 - 141 PLATE FIN 3/15 9.2 3/8 PLATE FIN 4/15 5.4 3/8 CAPILLARY TUBE 3/4" FEMALE SEE OUTUNE DIVINING PROPELLER 1 / 22 DIRECT / 1 1 -1/2 1080 200 - 230/1/60 3.3/3.9 - 8.5 CENTRIFUGAL 11X11 1 DIRECT / 2 1 - 3/4 1080 200 - 230/1/60 5.0/4.3 - 9.7 CENTRIFUGAL DIRECT -1 1/35 - 3480 208 -240/1 /80 0.6 NO THROWAWAY 6.67 11 lbs. 3 oz. 1/2" HXWXD 39-3/8 X 47 X 64-1/4 SEE OUTUNE ORAWING 609 / 558 YCC060F3M0B 208 - 230/3/60 60000 2000 6.32 9.50 / 10.00 8.4 125000 100000 78% 30/75 100000 78 % 30 -75 NATURAL 208 - 230/3/60 31 45 45 CLIMATUFP" 1 200 - 230/3/60 17.5 - 118 PLATE FIN 3/15 9.2 3/8 PLATE FIN 4/15 5.4 3/8 CAPILLARY TUBES 3/4" FEMALE SEE OUTLINE DRAWING PROPELLER 1 / 22 DIRECT / 1 1 -1/2 1080 200 - 230/1/60 3.3/3.9 - 8.5 CENTRIFUGAL 11X11 1 DIRECT / 2 1 - 3/4 1080 200 - 230/1/60 5.0/4.3 - 9.7 CENTRIFUGAL DIRECT - 1 1/35 - 3480 208 - 240/1/60 0.6 NO THRDWISVVAY 6.67 11 lbs. 3 oz. 1/2" HXWXD 39.3/8 X 47 X 66-1/4 SEE OUTLINE DRAWING 609 / 558 sp��c.i :w.N��a rs, ,.,.„ • :n:�,i!,:;s <n:.r�Y. !7?� : �'.,� ^ +,�'•:3,�r�n5�.�,riPt'.I. Performance Data Cooling YCC048F -MOB AT 1600 CFM (CAPACITIES ARE NET IN BTUH /1000 - INDOOR FAN HEAT DEDUCTED) TOTAL SENS. CAP. AT ENTERING D.B. TEMP. COMPR. APP.DEW O.D. 1.0. D.B. W.B. CAP. 72 74 76 78 80 KW PT. CORRECTION FACTORS • OTHER AIRFLOWS 59 41.8 33.8 36.5 39.3 41.9' 43.1' 3.57 46.2 (multiply or add as indicated) 85 63 45.2 28.4 31.2 33.9 36.7 39.4 3.70 50.0 AIRFLOW 1400 1800 67 48.8 22.4 25.2 28.0 30.7 33.5 3.84 54.1 TOTAL CAP. X0.98 X1.01 71 52.4 16.3 19.1 21.9 24,6 27.4 3.98 58.3 SENS, CAP. X0.95 X1.05 59 40.9 33.3 36.1 38.9 41.2' 42.3' 3.75 46.6 COMPR. KW X0.98 X1.01 90 63 44.2 28.0 30.7 33.5 36.3 39.0 3.88 50.4 A.D.P. -1.4 + 1.3 67 47.6 22.0 24.8 27.5 30.3 33.0 4.02 54.5 71 51.2 15.9 18.6 21.4 24.2 26.9 4.17 58.7 VALUES AT ARI RATING CONDITIONS 59 40.0 32.9 35.7 38.4 40.4' 41.5' 3.92 46.9 95 63 43.2 27.5 30.3 33.1 35.8 38.6 4.06 50.8 67 46.5 21.6 24.3 27.1 29.8 32.6 4.20 54.9 71 50.0 15.4 18.2 21.0 23.7 26.5 4.35 59.1 59 38.6 32.3 35.1 37.8 39.4' 40.4' 4.09 47.4 100 63 41.7 26.9 29.7 32.4 35.2 38.0 4.23 51.3 67 44.9 20.9 23.7 26.4 29.2 32.0 4.37 55.4 71 48.2 14.8 17.6 20.3 23.1 25.8 4.52 59.7 59 37.2 31.7 34,5 37.2' 38.3' 39.2' 4.26 47.9 105 63 40.2 26.3 29.1 31.8 34.6 37.3 4.40 51.8 67 43.3 20.3 23.1 25.8 28.6 31.3 4.54 56.0 71 46.4 14.2 16.9 19.7 22.5 25.2 4.69 60.2 59 34.5 30.5 33.3 35.V 36.0' 36.8' 4.61 48.9 115 63 37.2 25.1 27.8 30.6 33.4 36.1 4.75 52.8 67 40.0 19.1 21.8 24.6 27.3 30.1 4.89 57.0 71 42.9 12.9 15.7 18.4 21.2 24.0 5.03 61.3 tta,u:,.�ia�;�a�'L u<1 YCC048F -H -B AT 1600 CFM (CAPACITIES ARE NET IN BTUH /1000 - INDOOR FAN HEAT DEDUCTED) O.D. I.D. TOTAL SENS. CAP. AT ENTERING D.B. TEMP. COMPR. APP.DEW CORRECTION FACTORS - OTHER AIRFLOWS D.B. W.B. CAP. 72 74 76 78 80 KW PT. 59 42.9 35.4 38.3 41.2 43.3' 44.5' 3.40 46.8 (multiply or add as indicated) 85 63 46.4 29.8 32.7 35.6 38.5 41.4 3.50 50.6 AIRFLOW 1400 1800 67 50.0 23.5 26.4 29.3 32.2 35.1 3.61 54.7 TOTAL CAP. X0.98 X1.01 71 53.8 17.2 20.1 23.0 25.9 28.8 3.73 58.9 SENS. CAP. X0.95 X1.05 59 42.0 35.0 37.9 40.8 42.6' 43.8' 3.57 47.1 COMPR. KW X0.99 X1.01 90 63 45.4 29.4 32.3 35.2 38.1 41.0 3.67 51.0 A.D.P. -1.5 + 1.2 67 49.0 23.1 26.0 28.9 31.8 34.7 3.78 55.1 71 52.7 16.7 19.6 22.5 25.4 28.3 3.89 59.3 VALUES AT ARI RATING CONDITIONS 59 41.1 34.6 37.5 40.4 42.0' 43.1' 3.74 47.4 95 63 44.5 29.0 31.9 34.8 37.7 40.6 3.84 51.3 67 48.0 22.7 25.6 28.5 31.4 34.3 3.95 55.4 71 51.6 16.3 19.2 22.1 25.0 27.9 4.06 59.6 59 40.0 34.1 37.0 39.9 41.1 • 42.1' 3.93 47.8 100 63 43.3 28.4 31.4 34.3 37.2 40.1 4.04 51.7 67 46.7 22.2 25.1 28.0 30.9 33.8 4.14 55.8 71 50.2 15.8 18.7 21.6 24.5 27.4 4.26 60.0 59 38.9 33.6 36.5 39.1' 40.2' 41.2' 4.13 48.2 105 63 42.1 27.9 30.8 33.7 36.6 39.5 4.23 52.1 67 45.3 21.7 24.6 27.5 30.4 33.3 4.34 56.2 71 48.8 15.3 18.2 21.1 24.0 26.9 4.45 60.5 59 36.6 32.6 35.5 37.2' 38.3' 39.2' 4.54 49.0 115 63 39.6 26.9 29.8 32.7 35.6 38.5 4.63 52.9 67 42.7 20.6 23.5 26.4 29.3 32.2 4.73 57.0 71 45.9 14.2 17.1 20.0 22.9 25.8 4.83 61.3 - --3 YCC060F -MOB AT 2000 CFM (CAPACITIES ARE NET IN BTUH/1000- INDOOR FAN HEAT DEDUCTED) TOTAL NET CAPACITY = 46500 BTUH AIRFLOW > 1600 CFM APP. DEW PT. = 54.9 DEG. F COMPRESSOR POWER = 4200 WATTS 1.0. FAN POWER e 710 WATTS O.D. FAN POWER = 320 WATTS S.E.E.R. = 10.00 BTUH/WATT • DRY COIL CONDITION (TOTAL CAPACITY = SENSI- BLE CAPACITY) TOTAL CAPACITY,COMP. KW AND APP. DEW PT. ARE VALID ONLY FOR ALL TEMPERATURES IN DEGREES F. TOTAL NET CAPACITY = 48000 BTUH AIRFLOW 61600 CFM APP. DEW PT. = 55.4 DEG. F COMPRESSOR POWER a 3950 WATTS 1.0. FAN POWER - 690 WATTS O.D. FAN POWER = 550 WATTS S.E.E.R..- 10.00 BTUH/1WATT • DRY COIL CONDITION (TOTAL CAPACITY = SENSI- BLE CAPACITY) TOTAL CAPACITY,COMP. KW AND APP. DEW PT. ARE VALID ONLY FOR ALL TEMPERATURES IN DEGREES F. O.D. 1.0. TOTAL SENS. CAP. AT ENTERING 0.6. TEMP. COMPR. APP.DEW 0.5. W.B. CAP. 72 74 76 78 80 KW PT. CORRECTION FACTORS - OTHER AIRFLOWS 59 54.2 43.7 47.4 51.2 54.6' 55.9' 4.40 46.3 (multiply or add as indicated) 85 63 58.3 36.4 40.1 43.8 47.5 51.2 4.52 50.2 AIRFLOW 1750 2250 67 62.6 28.4 32.1 35.8 39.5 43.2 4.64 54.4 TOTAL CAP. X0.98 X1.01 71 67.1 20.2 23.9 27.6 31.3 35.0 4.77 58.7 SENS. CAP. X0.94 X1.05 59 53.2 43.3 47.0 50.7 53.7' 55.0' 4.63 46.5 COMPR. KW X0.99 X1.01 90 63 57.2 36.0 39.7 43.4 47.1 50.8 4.74 50.5 A.O.P. -1.4 + 1.1 67 61.3 27.9 31.6 35.3 39.0 42.7 4.86 54.7 71 85.8 19.7 23.4 27.1 30.8 34.5 4.98 59.0 VALUES AT ARI RATING CONDITIONS 59 52.2 42.9 46.6 50.3 52.9' 54.1' 4.85 46.8 95 63 58.0 35.5 39.2 42.9 46.6 50.3 4.96 50.7 67 60.0 27.4 31.1 34.8 38.5 42.2 5.07 55.0 71 64.1 19.2 22.9 26.6 30.3 34.0 5.18 59.3 59 50.7 42.2 45.9 49.6 51.7• 52.8• 5.11 47.1 100 63 54.4 34.8 38.5 42.2 45.9 49.6 5.21 51.1 67 58.2 26.7 30.4 34.1 37.8 41.5 5.32 55.4 71 62.1 18.5 22.2 25.9 29.6 33.3 5.42 59.8 59 49.2 41.6 45.3 49.0 50.4' 51.5' 5.37 47.5 105 63 52.7 34.2 37.9 41.6 45.3 49.0 5.47 51.5 67 56.4 26.0 29.7 33.4 37.1 40.9 5.56 55.8 71 60.1 17.8 21.5 25.2 28.9 32.6 5.66 60.2 5 9 46.1 40.3 44.0 46.7' 47.8' 48.9' 5.91 48.3 115 63 49.4 32.8 38.5 402 44.0 47.7 5.98 52.3 67 52.7 21.7 28.4 32.1 35.8 39.5 6.05 56.6 71 56.1 16.4 20.1 23.8 27.5 31.2 6.13 61.0 TOTAL NET CAPACITY - 60000 BTUH AIRFLOW - 2000 CFM APP. DEW PT. s 55.0 DEG. F COMPRESSOR POWER - 5070 WATTS I.D. FAN POWER - 900 WATTS O.D. FAN POWER - 550 WATTS S.E.E.R. -10.00 BTUH /WATT • DRY COIL CONDITION (TOTAL CAPACITY - SENSI- BLE CAPACITY) TOTAL CAPACOY,COMP. KW AND APP. DEW PT. ARE VALID ONLY FOR ALL TEMPERATURES IN DEGREES F. Tiniperrtue rise outside of darkened border is not within the recommended operating range. 18 Performance Data TEMPERATURE RISE °F - 80% S.S. EFFICIENCY 300 - 500 CFM/TON From Dwg. 210661835 Rev. NOTES: 1. Outdoor air or other requirements during heating operation that result in supply air temperatures below 80 °F or return air temperatures below 50°F may cause flue gas condensate to form and is NOT recommended. a • YCp1•t IS TONS 100 CM MOM YC0124•t LI IONS 110 CHI NOM YC0121•11 2.0 TONS 101 CHI NOM 1120130•t 2.5 TOMS 1000 CFM MOM 13213010 23 IONS 1101 CHI NOM T0:0311•1 3.1 TOMS 1210 UM NOM YCC130KM 3.0 IONS INC CHI MOM MOWN 11 TOMS 1200 CHI NOM Y00012' 013.5 TONS 1401 DU NOM T:1041 'M 4.0 TONS IMO CHI MOM YOCON'N 4.1 TONS 1101 CHI IOM YC0000•t S.0 toes 2000 CM NOM CM RTC -NVT MG -NUT HIS - NUT HIG - NUT H16 -TAR M6 -NUT MG - Nur NTS -NVT H)6 -NUT HKG -WIT MG - NUT MG -00'UT 40300 50000 40000 5002 BOOM 15000 40000 50000 50000 75000 10000 50000 60000 15000 60000 100000 07000 100000 07000 IMO 100000 125000 100000 125000 590 a � 490 620 490 620 930 - - - - - - - - - _ _ _ _ - 140 460 570 460 51.0 6S0 650 - - - - - - - - - - - _ _ - _ _ _ 420 530 420 530 630 790 - - - - - - - - - - - - - - _ _ 400 490 400 490 590 140 400 190 590 74.0 - - - - - - - _ _ _ - - _ H - - 370 460 560 690 370 560 - - - - - _ _ _ _ - - - - .- - - 350 440 520 650 350 44.0 520 65.0 - - - - - _ _ - _ - - - 330 41.0 490 620 330 41.0 190 620 33.0 411 490 1 62.0 660 12.0 - - - - _ _ - - - - 310 390 411 580 310 39.0 410 581 31.0 390 470 580 620 - - - - - _ _ - - - 30 0 �10 N.0 560 300 37.0 440 560 30.0 37.0 44 0 560 590 74.0 - - - _ _ _ _ - - - - - 200 350 420 530 210 350 42.0 530 560 110 560 110 - - _ _ - _ - - - - - - 210 34.0 400 510 270 31.0 400 510 540 671 511 61.0 - - - - - - - - - - - - 260 320 390 480 260 320 390 480 520 640 520 640 - - - - - - - - - - 250 31.0 310 160 • 250 310 37.0 160 490 620 190 62.0 19.0 620 62.0 7 71 - - - - - - - - 240 300 360 440 240 300 360 440 410 590 410 590 47.0 590 590 740 - - - - - - - - - - - - 230 200 310 430 460 510 460 510 460 510 51.0 11.0 - - - - - - - - - - - - 220 210 310 110 440 550 44 0 550 440 550 550 69.0 - - - - - - - - - - - - 21.0 260 320 400 420 53.0 42.0 530 420 530 53.0 66.0 - - - - - - - - - - - - 200 250 31.0 30.0 41.0 510 410 51.0 410 510 51.0 640 51.0 - - - - - - - - - - 200 250 300 370 400 491 400 490 400 490 490 620 490 0 - - - - - - - - - - - - - - - - 300 48.0 380 480 48.0 W0 48.0 600 - - - - - - - - - - - - - - - - 370 46.0 31.0 460 460 580 460 580 - - - - - - - - - - - - - - - - 360 450 360 150 45.0. 560 450 51.0 440 540 420 52.0 - - - - - - - - - - - - -- - - - - - 41.0 51.0 - - - - - - - - - - - - - - - - - - 40.o Soo - - - - - - - - - - - - - - - - 310 190 - - - - - - - - - - - - - - - - - - 300 38.0 380 47.0 36.0 48.0 - - - - - - - - - - - - - - - - - - 300 310 31.0 46.0 37.0 46.0 Asa - NMI i - - - - - - - - - - - - - - - - - - - - - - o e q e X A P Pi o 1 0.1 ^ - - - - - - - - - - - - - - - - - - - 31.0 31.0 Tiniperrtue rise outside of darkened border is not within the recommended operating range. 18 Performance Data TEMPERATURE RISE °F - 80% S.S. EFFICIENCY 300 - 500 CFM/TON From Dwg. 210661835 Rev. NOTES: 1. Outdoor air or other requirements during heating operation that result in supply air temperatures below 80 °F or return air temperatures below 50°F may cause flue gas condensate to form and is NOT recommended. a • AIRFLOW CFMO 230V/460V 208V PRESS. IN. W.G. PWR. WATTS BHP PRESS IN. W.G. PWR. WATTS BHP 900 1.82 724 ,57 1.55 673 .53 950 1.73 744 .59 1.45 691 .55 1000 1.64 764 .60 1.35 710 .56 1050 L54 785 .62 1.23 729 .58 1 100 1.43 805 .64 1.11 748 .59 1 150 1.33 826 .65 .98 767 .61 1200 1.21 847 .67 .84 787 .62 1250 1.09 869 .69 .69 808 .64 1300 .97 891 .70 .51 829 .66 01350 .83 913 .72 .29 851 .68 1400 .68 937 .74 1450 .51 961 .76 1500 .32 986 .78 0 WATER BLOW -OFF LIMIT 0 WET COIL, NO FILTER AIRFLOW CFMO (THIGH SPEED LOW SPEED PRESS. IN, W.G. PWR, WATTS BHP PRESS IN. W.G. PWR WATTS BHP 1600 0.92 778 .652 0.70 684 .498 1650 0.87 793 .664 0.64 703 .499 1700 0.83 809 .676 0.57 724 497 1750 0.78 825 .688 0.49 748 .488 1800 0.73 841 .701 0.39 776 .468 1850 0.68 857 .714 0.30 816 .441 1900 0.63 874 .727 0.22 866 .405 1950 0.57 891 .741 .39 909 .72 2000 0.51 909 .756 2050 0.45 927 .772 2100 0.38 946 .788 2150 0.31 966 .806 02200 0.24 987 .825 0 FACTORY SETTING AT HIGH SPEED 0 WET CO L. NO FILTER 0 WATER BLOW -OFF UMIT AIRFLOW CFMO 230V/460V 208V PRESS. IN. W.G. PWR. WATTS BHP PRESS IN. W.G. PWR. WATTS BHP 1000 1.69 815 .64 1.4 761 .60 1050 1.6 836 .66 1.29 780 .62 1100 1.5 857 .68 1.18 800 .63 1150 1.4 878 .70 1.05 819 .65 1200 1.3 901 .71 .93 841 .67 1250 1.18 924 .73 .78 863 .68 1300 1.07 947 .75 .61 886 .70 1350 .93 971 .77 .39 909 .72 1400 .77 1000 .79 1450 .57 1034 .82 01500 .26 1083 .86 (T WATER 8LOWOFF UMIT. 0 WET COIL, NO FILTER AIRFLOW CFMO PRESS. N. W.G. PWR. WATTS BHP 1600 1.89 1620 1.21 1650 1.80 1630 1.22 1700 1.70 1640 1.23 1750 1.61 1650 1.24 1800 1.51 1660 1.25 1850 1.39 1675 1.26 1900 1.29 1685 1.28 1950 1.18 1896 1.27 2000 1.05 1710 1.28 2060 .93 1725 1.29 2100 .80 1735 1.30 2150 .65 1750 1.31 02200 .51 1785 1.32 0 WATER BLOW -OFF UMIT 0 WET COIL, NO FILTER Indoor Fan Performance YCC060F -M External Static Pressure From Dwg. 21A730904 Rev. 0 Indoor Fan Performance Hi -Static Motor Accessory BAYHSMT043A YCCO30F -M, YCCO36F -M,H, YCC042F -M,H External Static Pressure From Dwg. 21A730915 Rev. 0 Performance Data Indoor Fan Performance Hi- Static Motor Accessory BAYHSMT043A YCCO36F -L External Static Pressure Indoor Fan Performance Hi- Static Motor Accessory BAYHSMT044A (230/460V) BAYHSMT045A (208V) YCC048F -H, YCCO6OF External Static Pressure From Dwg. 21A730912 Rev. 0 From Dwg. 21A730923 Rev. 0 21 Side MODEL NO. Distance (In.) Bottom C 0.0 Bock (Duct) • 1.0 Left 2'6 8.0 RIght 22.1 /8 6.0 Front 12.0 Top 38.0 SERVICE CLEARANCE DIMENSIONS MODEL NO. A B C D E F YCC048F YCC060F 2'6 2'6 6" 2'0' 22.1 /8 MODELS AIR DUCT OPENINGS A B C YCC048-060 Supply Duct 21 19 — Return Duct 21 — 22.1 /8 (AN dimensions ere in inches) 34 • l'8• with 25% Fresh air accessory 21P with Economizer Dimensional Data z BAYCURB034A Roof Mounting Curb Outline YCC048 -060F -- Units Required Clearance for Unit Installation and Roof Penetration Hole Size Required From Dwg. 210662034 Rev. 1 Clear.nce From Combustible Motorists From Dwg. 210662038 Rev. 0 CABINET SIZE MODEL "A" YCC018 & 024, YCCO30F -L 14 -1/8 16 -5/8 36 34 25 -3/16 13 -3/4 — — "B" YCCO30E-M, YCCO36F -L, YCCO36F -M 14 -1/8 16 -5/8 36 34 29 -3/16 13 -3/4 — — "C" YCCO36F-H, YCC042F -M, YCC048F -M 14 -1/8 16 -5/8 36 34 29 -3/16 13 -3/4 8 -1/8 7/8 "D ".- YCC048F -H, YCC060F -M 14 -13/16 21 45 34 33 -3/8 13 -3/4 10 -1/8 9 -7/8 O.D. COIL HOLD DOWN CLIP 36 "D" CABINET YCC018 -060F Outline — Front with BAYCURB030A Curb (ALL DIMENSIONS ARE IN INCHES) • UNIT BASE CURB Dimensional Data DETAIL "A" UNIT BASE CURB INCORRECT D From Dwg. 21D661772 Rev. 0 MOOR. A B C D E F YCC018/021F L YCCO30F•L 55.1/4 36 25-3/16 12-15/16 36-3/4 KNOCKOUTS FOR 1/2. AND 1' CONDO T YCCO30FM YCCO36F-L/F4A 55.1/4 36 29.3/16 12.15/16 36-3/4 KNOCKOUTS FOR 3 /4•AND 1- 1 /4•CO(DUIT YCCO36F -H YCC042F4A YC0048F -M 62.3/4 36 29 -3/16 14-1/2 27.1/2 KNOCKOUTS FOR 3 /4'AND1.1 /4'CO1DUR YCC048F41 --) YCC0601 4A 64-5/16 45 33.3/8 14.13/16 27.15/16 KNOCKOUTS FOR 3/4' AND 1-1/2' CONDUIT CONTROL BOX ACCESS PANEL HOLE FOR 1/2" CONDUIT (UNIT CONTROL WIRES/ Dimensional Data YCC018 -060F Outline — Front (ALL DIMENSIONS ARE IN INCHES) 1" DIAMETER K.O. FOR 1/2 N.P.T. CAS CONNECTION AS VALVE ACCESS CONDENSER COIL IN THIS AREA ONLY ON YCC042F —M. YCCO46F —M ONDENSER COIL C From Dwg. 21D661689 Rev. 0 37 .,...�..z.n..t: i..+[X y. �'u .. �: r: .n iir�l.•iF..'.k� ,r''rt. i,'.t Jti..40„4 ,;. i`:s+:.i., ,,.,e. s " }.�: '+oi 7r. ?,r x.•. ,:,.. .. CABINET MODEL QB>g NWT WEIGHT MET MI A B C D E F G H J K L M N P WI W2 W3 W4 A YC0018F4. 68.3 61.7 64 92.9 307 55-1/4 36 25-3/16 18.9/16 11.1 /16 6-9/16 6.13/16 17 21.5/16 25 17.1/2 10 3 4-7/16 YCCO24F4. 69.4 60.0 65 99.5 314 Y00030F{ 70.5 61.4 87 99.8 319 B YCCO36F{ 84.06 68.08 92.1 113.7 358 55-1/4 36 29 -3/16 18 -9/16 11.1/16 6.9/16 6-13/16 17 203/4 25-13/16 17-1/2 10 3 47/16 YC0030F4A 78.3 68.3 95.6 109.7 352 19-3/4 2413/18 YCCO36F 44 86 67.6 93.2 115.13 364 C Y01036F44 90.3 73.8 101 1217 389 62-3/4 36 29 -3/16 18.9/16 11.1/16 6-9/16 11.1/8 17 19-314 28-1/4 28.1 /4 174/2 10 3 8-3/4 YC604S44 100,7 88.7 96.8 122.6 412 19-3/4 Y00048F -M 104.6 84.6 102.2 126.4 418 19-3/4 28-1/4 D �---�t Y00046F41 123.8 104.6 132.5 157 518 64-5/16 45 33.3/8 21.1/16 15-1/16 4-15/16 9-1/8 21.15/16 25 29-1/2 29-1/2 20 14 11/2 65/16 YCQ6 -M 1354 109.8 137.3 169.3 552 25 38 C HORIZONTAL SUPPLY OPENING DOWNFL SUPPLY OPENING HORIZONTAL RETURN OPENING SECT. X -X TYPICAL CROSS SECTION OF SUPPLY & RETURN PERIMETER FLANGES APPEARANCE SURFACE OF SUPPLY & RETURN PANEL Dimensional Data and Weights YCC018 -060F Outline - Rear (ALL DIMENSIONS ARE IN INCHES) L 4eU DI YENS IDNAL SURFACE 1SEE TABLE I 1g EVAPORATOR COIL & BLOWER PANEL 1i DIA. ENTRY FOR 1/2 N.P.T. GAS CONNECTION CONDENSATE DRAIN FOR 3 \4" FEMALE NPT DOWNFLOW RETURN OPENING SECT Y -Y TYPICAL CROSS SECTION OF DOIYNFLOW SUPPLY & RETURN PERIMETER FLANGES From Dwg. 21D661 Rev. 1 c requirements. Units are test shipped around the country to determine the best packaging. Factory shake and drop tests are used as part of the package design process to help assure that the unit will arrive at your job site in top condition. • Rigging tests include lifting a unit into the air and letting it drop one foot, assuring that the lifting lugs and rails hold up under stress. • We perform a 100% coil leak test at the factory. The evaporator and condenser coils are leak tested at 200 psig and pressure tested to 450 psig. • All parts are inspected at the point of final assembly. Sub- standard parts are identified and rejected immediately. • Every unit receives a 100% unit run test before leaving the production line to make sure it lives up to rigorous Trane require- ments. We test designs at our factory not on our customers! RT- PRC001 -EN s.�l•l �r � W:4sYri v..i ,„ yfie: AC - 3 Features and Benefits FILE COPY Ease Of Installation Contractors look for lower installation (jobsite) costs. Voyager's conversionless units provide many time and money saving features. Conversionless Units • The dedicated design units (either downflow or horizontal) require no panel removal or alteration time to convert in the field — a major cost savings during installation. • Horizontal units come complete with duct flanges so the contractor doesn't have to field fabricate them.These duct flanges are a time and cost saver. Improved Airflow • U- shaped airflow allows for improved static capabilities. Single Side Access • Access to Voyager's components is accomplished through the Quick -Sess and Quick- Access panels. No more than three screws must be removed to access components. MANE` Trane's Idler Arm Assembly • Our idler pulley provides quick - adjustment for belt or motor sheaves. It utilizes a design for the 81/2-25 ton units. No longer does the contractor have to adjust the motor to tighten the belt or change the motor sheave setting. A real time saver in servicing and installing. Micro • The function of the Micro replaces the need for field installed anti -short- cycle timer and time delay relays.The Micro ensures that these controls are integral to the unit.The contractor no longer has to purchase these controls as options and pay to install them. • The wiring of the low voltage connections to the unit and the zone sensors is as easy as 1 -1, 2 -2, and 3 -3. This simplified system makes it easier for the installer to wire. RECEIVED CITY OF TL,)I WILA PERMIT CENTER Mot-/Sb 5 'SftM .4a "•ON, Model Number Description Packaged Gas /Electric Unit Typical Model Nomenclature Y C D 0 9 1 2 3 4 5 Digits 1, 2 - Product Type YC = Packaged Gas/Electric Digit 3 - Airflow Configuration D = Downflow H = Horizontal 0 Digits 4, 5, 6 - Nominal Gross Cooling Capacity (MBh) 036 = 3Tons Standard Efficiency 037 = 3Tons High Efficiency 048 = 4Tons Standard Efficiency 049 = 4Tons High Efficiency 060 = 5Tons Standard Efficiency 061 = 5Tons High Efficiency 074 = 6Tons High Efficiency 075 = 6Y Tons Standard Efficiency 086 = 7Tons High Efficiency 090 = 71/2Tons Standard Efficiency 091 = 71/2Tons High Efficiency 102 = 81/2Tons Standard Efficiency 103 = 8 Tons High Efficiency 120 = 10Tons Standard Efficiency 121 = 10Tons High Efficiency 150 = 121/2Tons Standard Efficiency 151 = 121/2 Tons High Efficiency 180 = 15Tons Standard Efficiency 181 = 15Tons High Efficiency 210 = 171/2Tons Standard Efficiency 211 = 17 Tons High Efficiency 240 = 20Tons Standard Efficiency 241 = 20Tons High Efficiency 300 = 25Tons Standard Efficiency 301 = 25Tons High Efficiency C3 L 0 A A 6 7 8 9 10 11 12 Digit 7- Major Development Sequence Digit 8 - Electrical Characteristics 1 = 208 - 230/60/1 3 = 208 - 230/60/3 4 = 460/60/3 W= 575/60/3 Digit 9 - Heating Capacity L = Low Heat M = Medium Heat H = High Heat Digit 10 - Factory-Installed Options 0 = Packed Stock, No Options A = Downflow Economizer B = Oversized Motor C = Downflow Economizer and Oversized Motor F = Trans Communications Interface (TC1) G = Downflow Economizer andTCI TRANE` Digit 11- Minor Design Sequence Digit 12- Service Digit Table GD -2 - General Data Cooling Performance' Gross Cooling Capacity EER/SEER' Nominal CFM /ARI Rated CFM ARI Net Cooling Capacity Integrated Part Load Value' System Power (KW) Heating Performance' Heating Models Heating Input (Btuh) 1st Stage (2 Stage Only) Heating Output (Btuh) 1st Stage (2 Stage Only) AFUE %° Steady State Efficiency ( %) No. Burners No. Stages Gas Connection Pipe Size (in.) 6' /Ton Downflow STon Downflow and Horizontal and Horizontal Single Compressor Dual Compressor YC'i=060C1 YCx C4, CW YC' 075C3, C4, CW YC•090C3, C4, CW YC'090D3, 04, OW 64,000 62,500 75,000 92,000 90,000 -/9.85 - /10.00 9.00/- 9.00°/- 9.00 ° /- 2,000/2,000 2,000/2,000 2,500/2,188 3,0002,625 3,000/2,625 61,500 60,000 72,000 88,000° 86,000° - - - - 9.4° 6.95 6.71 8.00 9.78° 9.56° Low High Low High Low High Low High Low High 90,000 135,000 90,000 135,000 120,000 205,000 120,000 205,000 120,000 205,000 150,000 150,000 150,000 70,000 105,000 73,000 109,000 97,000 166,000 97,000 166,000 97,000 166,000 122,000 122,000 122,000 78 78 81 81 81 81 81 81 81 81 80.0 80.0 81.0 81.0 81.0 81.0 81.0 81.0 81.0 81.0 1 1 1 1 1 1 1 1 2 1 2 1 2 1/2 1/2 1/2 1/2 1/2 Compressor No/Type Sound Rating (BELS) Outdoor Coil -Type Tube Size (in.) OD Face Area (sq ft) Rows/FPI Indoor Coil -Type Tube Size (in.) Face Area (sq ft) Rows/FPI Refrigerant Control Drain Connection No/Size (in.) Outdoor Fan -Type No, Used/Diameter (in.) Drive Type/No. Speeds CFM No. Motors/HP Motor RPM Indoor Fan -Type No. Used/Diameter (in.) DriveTypelNo. Speeds No. Motors Motor HP (Standard/Oversized) Motor RPM (Standard/Oversized) Motor Frame Size (Standard/Oversized) Filters -Type Furnished 7- Downflow Furnished 7- Horizontal (No.) Size Recommended Refrigerant Charge (Lbs of R - 221' NOTES: 1. Cooling Performance is rated at 95 F ambient. 80 F entering dry bulb, 67 F entering wet bulb. Gross capacity does not include the effect of tan motor heat. ARI capacity is net and includes the effect of fan motor heat. Units are suitable for operation to ±20% of nominal cfrn YC #060C units are certified in accordance with the Unitary Air - Conditioner Equipment certification program, which is based on ARI Standard 210/240. YC't'075, 090C units are certified in accordance with the Unitary Large Equipment certification program, which is based on ARI Standard 340/360.93. 2. EER and /or SEER are rated at ARI conditions and in accordance with DOE test procedures 3. Integrated Part Load Value is rated in accordance with ARI Standard 210/240 or 360. Units are rated at 80° F ambient. 80° F entering dry bulb. and 67° F entering wet bulb at ARI rated cfrn. 4. Heating Performance limit settings and rating data were established and approved under laboratory test conditions using American National Standards Institute standards. Ratings shown are for elevations up to 2000 feet. For elevations above 2000 feel. ratings should be reduced at the rate of 4% for each 1000 feet above sea level. 5. AFUE Is rated in accordance with DOE test procedures. 6. Sound Rating shown is tested in accordance with ARI Standard 270 or 370 7. Refrigerant charge is an approximate value For a more precise value. seo unit nameplate and service instructions 8. YCH090C, high heat has 86.000 Btuh ARI Nei Capacity. 9.66 system KW, and 8 9 EER 9. YCH0900, high heal has 85,000 Btuh ARI Net Capacity, 9.55 system KW. 8 9 EER and 9 11PLV 10.YCH high heat models 2.0 HP standard motor RTPRC001 -EN 1 /Climatuff® 8.6 High- Performance .375 11.32 2/16 High - Performance .375 6.33 2/15 Short Orifice 1/3/4 PVC Propeller 1/24 Direct! 4,900 1/.50 975 FC Centrifugal 1/12 X 9 Direct/2 1 .60/.75 850/1040 48/48 Throwaway Yes Yes (2)20X25X1 8.4 General Data 1 /Climatuff 8.6 High - Performance .375 9.76 2/16 High - Performance .375 6.33 2/15 Short Orifice 1/3/4 PVC Propeller 1/24 Direct/1 4,270 1/.40 1,075 FC Centrifugal 1/12 X 9 Direct/2 1 .60/.75 850/1040 48/48 Throwaway Yes Yes (2) 20 X 25 X 1 7.9 1 /Climatuff 8.8 High - Performance .375 11.32 2/16 High - Performance .375 7.00 2/15 Short Orifice 1/ 3/4 PVC Propeller 1/24 Direct/1 4,870 1/.50 1,075 FC Centrifugal 1/12 X 9 Belt/1 1 1.02.0 1725/1725 56/56 Throwaway Yes Yes (3)16X25X1 9.1 TRANEc (5, 6 7 Ton) Standard Efficiency 1/frene H 8.8 High - Performance .375 12.09 2/16 High - Performance .375 7.88 3/15 Short Orifice 1/3/4 PVC Propeller 1/24 Direct/1 5,450 1/.50 1,075 FC Centrifugal 1/12 X 9 Belt/1 1 1.02.0 1725/1725 56/56 Throwaway Yes Yes (3)16X25X1 10.6 2/Climatuff 8.8 High - Performance .375 14.00 2/16 High - Performance .375 788 2/15 Short Orifice 1/3/4 PVC Propeller 1/24 Direct/1 5,620 1/.50 1,075 FC Centrifugal 1/12 X 9 Belt/1 1 1.02.0 1725/1725 56/56 Throwaway Yes Yes (3)16X25X1 6.3/Circuit 13 . . »i'�...4 CFM Airflow Bulb (F) 61 67 73 61 67 73 61 67 73 61 67 73 MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC 75 86.3 68.4 95.3 55.9 100.0 36.3 79.3 64.6 90.2 53.2 96.9 34.3 72.0 60.8 83.7 50.1 92.2 31.7 64.7 57.0 75.6 46.5 86.3 29.1 80 87.1 81.1 95.7 65.3 101.0 49.6 80.4 77.4 90.6 63.0 97.6 47.2 72.8 72.8 84.0 59.7 92.7 44.5 66.8 66.8 75.9 55.9 86.6 41.5 2700 85 89.8 89.8 96.3 77.0 102.0 59.5 84.4 84.4 90.9 75.2 98.1 58.3 78.6 78.6 84.4 72.3 93.0 56.5 72.5 72.5 76.6 68.6 86.9 54.1 90 94.3 94.3 97.1 88.8 103.0 69.9 89.8 89.8 91.8 87.4 99.0 69.4 84.4 84.4 85.8 85.1 93.7 68.2 78.3 78.3 78.6 78.6 87.2 66.1 75 88.4 72.2 96.6 55.4 101.0 36.9 81.3 68.4 91.7 52.6 97.7 34.8 72.9 64.6 85.5 49.5 93.1 32.4 66.3 60.7 774 45.7 87.4 29.5 80 89.5 86.1 97.1 67.7 102.0 51.3 82.9 82.6 92.0 65.9 98.2 48.5 75.9 75.9 85.7 63.1 93.7 46.2 69.7 69.7 77.6 59.3 87.7 43.3 3000 85 92.7 92.7 97.7 80.3 103.0 65.1 87.9 87.9 92.5 79.1 99.2 62.7 82.0 82.0 86.2 76.8 94.2 58.7 75.7 75.7 78.6 73.2 88.0 56.6 90 97.0 97.0 98.7 92.8 104.0 71.8 92.7 92.7 93.8 92.2 100.0 71.8 87.6 87.6 87.7 87.7 94.9 71.2 81.8 81.8 82.0 82.0 88.5 69.7 75 90.0 75.6 97.5 57.3 102.0 37.5 83.1 72.1 92.8 54.5 98.3 35.4 75.5 68.2 86.7 51.4 93.8 33.0 67.9 64.3 78.8 47.8 88.2 30.1 80 91.3 90.4 98.1 69.8 103.0 53.0 84.8 84.8 93.2 68.6 99.0 49.4 78.6 78.6 86.9 66.1 94.3 47.5 72.2 72.2 79.1 62.6 88.6 45.0 3300 85 95.0 95.0 98.9 83.1 104.0 67.9 90.4 90.4 93.9 82.6 100.0 65.5 84.9 84.9 87.7 80.8 95.2 60.6 78.4 78.4 80.4 77,8 89.0 58.9 90 99.0 99.0 100.0 96.2 105.0 73.5 95.0 95.0 95.0 95.0 101.0 74.0 90.0 90.0 90.2 90.2 96.0 73.9 84.3 84.3 84.5 84.5 89.6 72.9 75 91.3 78.7 98.2 59.2 102.0 38.0 84.7 75.6 93.7 56.4 98.9 35.9 77.0 71.7 87.6 53.3 94.4 33.4 69.3 67.8 80.1 49.8 88.8 30.6 80 92.4 92.4 99.0 71.7 103.0 54.5 87.4 87.4 94.2 71.0 99.6 50.2 81.1 81.1 87.9 69.0 95.0 48.5 74.4 74.4 80.4 65.7 89.2 46.3 3600 85 96.9 96.9 99.9 85.7 104.0 70.6 92.4 92.4 95.1 85.8 101.0 62.9 87.1 87.1 89.0 84.6 95.9 62.3 80.9 80.9 81.2 81.2 89.9 61.1 90 101.0 101.0 101.0 99.3 106.0 75.0 96.8 96.8 96.8 96.8 102.0 75.9 91.0 92.0 92.1 92.1 96.8 76.4 86.4 86.4 86.5 86.5 90.6 75.9 CFM Airflow Bulb (F) 61 67 73 61 67 73 61 67 73 61 67 73 MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC 75 83.7 66.2 92.5 54.6 921 35.5 77.8 62.9 88.3 52.4 94.3 33.7 71.6 59.6 82.8 49.8 90.5 31.7 64.9 56.2 75.7 46.6 85.4 29.3 80 84.5 78.3 92.9 63.2 97.9 48.0 78.9 75.2 88.6 61.2 95.0 46.0 72.6 71.3 83.1 58.5 90.9 43.7 66.4 66.4 76.0 55.2 85.7 41.2 2700 85 870 87.0 93.4 74.4 98.6 57.7 82.3 82.3 88.9 72.9 95.5 56.6 77.3 77.3 83.4 70.4 91.3 55.0 71.9 71.9 76.5 67.2 85.9 52.9 90 91.4 91.4 94.2 85.7 99.6 67.6 87.6 87.6 89.8 84.6 96.4 67.1 82.9 82.9 84.2 82.2 91.9 66.1 77.4 77.4 78.4 77.9 86.4 64.3 75 85.8 69.8 93.7 53.7 97.7 35.8 79.8 66.5 89.7 51.3 95.0 34.1 73.4 63.2 84.4 48.7 91.3 32.1 66.6 59.7 77.5 45.4 86.3 29.7 80 86.9 83.0 94.2 65.5 98.5 49.5 80.8 79.3 90.0 64.0 95.8 47.6 75.2 75.0 84.6 61.6 91.8 45.3 69.1 69.1 777 58.4 86.7 42.8 3000 85 89.8 89.8 94.8 725 99.4 62.7 85.7 85.7 90.5 76.5 96.5 58.2 80.6 80.6 85.1 74.6 92.4 570 74.9 74.9 78.5 71.5 821 55.2 90 93.9 93.9 95.8 89.4 101.0 69.4 90.3 90.3 91.7 89.0 97.4 69.4 85.9 85.9 86.6 85.9 93.1 68.8 80.7 80.7 80.9 80.9 826 625 75 87A 73.0 94.5 55.4 98.1 36.3 81.5 69.9 90.7 53.2 95.5 34.6 75.0 66.5 85.6 50.5 91.8 32.6 68.0 63.0 78.9 47.4 87.0 30.2 80 88.3 86.6 95.2 67.5 99.0 51.0 83.3 82.8 91.2 66.4 96.4 49.1 77.3 77.3 85.8 64.4 92.5 46.8 71.6 71.6 79.1 61.4 87.5 44.3 3300 85 92.0 92.0 95.9 80.3 100.0 62.3 88.2 88.2 91.8 79.8 97.2 61.2 83.3 83.3 86.5 78.3 93.2 58.7 726 726 80.2 75.8 88.0 57.3 90 95.8 95.8 921 92.7 101.0 70.9 92.4 92.4 93.0 91.7 98.3 71.3 88.2 88.2 88.3 88.3 94.0 71.2 83.3 83.3 83.3 83.3 88.6 70.4 75 88.7 76.0 95.2 57.1 98.4 36.7 83.0 73.2 91.5 54.7 95.9 35.1 76.4 69.8 86.5 52.3 92.3 33.1 69.4 66.3 80.1 49.3 87.6 30.6 80 90.0 89.3 96.0 69.3 99.4 52.5 85.2 85.2 92.1 68.7 96.8 50.5 79.7 79.7 86.8 67.0 93.1 48.3 73.8 73.8 80.3 64.3 88.1 45.6 3600 85 93.8 93.8 96.8 82.7 100.0 64.0 90.1 90.1 92.8 82.7 97.8 60.8 85.5 85.5 87.7 81.7 93.9 60.2 80.0 80.0 81.2 79.2 88.7 59.1 90 97.3 97.3 98.1 95.6 102.0 72.3 94.1 94.1 94.5 94.1 98.9 73.1 90.0 90.0 90,1 90.1 94.8 73.4 85.2 85.2 85.2 85.2 89.5 73.0 Table PD - 7 - Gross Cooling Capacities (MBH) 7rh Ton Three Phase YC*090C3, C4, CW RTPR0001 -EN Enter. Dry Enter. Dry 85 85 *Indicates both downllow and horizontal units Performance (7 Ton) Data Standard Efficiency 95 95 4 Ambient Temperature Entering Wet Bulb NOTES: I. All capacities shown are gross and have not considered indoor fan heat. To obtain net cooling subtract indoor fan heat. 2. MBH = Total Gross Capacity 3 SHC = Sensible Heat Capacity Table PD-8 - Gross Cooling Capacities (MBH) 74 Ton Three Phase Dual Compressor )r 09003, D4, DW Ambient Temperature Entering Wet Bulb 105 105 NOTES: t. All capacities shown are gross and have not considered indoor Ian heat. To obtain net cooling subtract indoor fan heal 2 MBH = Total Gross Capacity 3 SHC = Sensible Heat Capacity TRANE` 115 115 27 :t Table PD-33- Evaporator Fan Performance 6)4 And 714 Ton VC*075C, VC*090C Unit Tons Model No. 6 7%a YCH075C•H \i YCH090C•H *Indicates both downftow and horizontal units RT PR0001 -EN TRANS° Performance (61/4,71/2 Ton) Data Standard Efficiency External Static Pressure (Inches of Water) .10 .20 .30 .40 .50 .60 .70 80 .90 1.00 1.25 1.50 CFM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 1 HP Standard Motor & Field Supplied Low Static Drive' 1 HP Standard Motor & Sheaves 2000 659 .46 715 .53 771 .60 822 .67 873 .74 924 .81 975 .88 1026 .96 1078 1.04 2250 728 .63 1 778 .71 828 .79 877 .87 922 .95 967 1.03 1013 1.11 1058 1.1911103 1.27 1148 1.35 2500 798 .84 843 .93 888 1.02 934 1.11 977 1.20 1018 1.28 1058 1.3711099 1.46 1140 1.55 1181 1.64 2750 869 1.10 910 1.20 951 1.29 993 1.39 1033 1.49 1073 1.5811110 1.68 1147 1.78 1183 1.87 1221 1.97 3000 940 1.41 979 1.51 1016 1.62 1054 1.72 1092 1.83 1129 1.94 1165 2.04 1200 2.15 1234 2.25 1267 2.36 2 HP Oversized Motor & Sheaves 1 HP Standard Motor & Field Supplied Low Static Drive' 2000 597 .39 646 .44 692 .50 739 .55 782 YCD075C•L,H 2250 659 .53 705 .59 745 .65 787 .72 829 YCH075C -L 2500 723 .71 1765 .78 802 .85 839 92 877 2750 789 .93 826 1.01 862 1.08 895 1.15 928 3000 855 1.19 887 1.27 922 1.36 953 1.44 983 1 HP Standard Motor & Sheaves .60 825 .66 868 .71 907 .76 947 .81 986 .86 1082 .98 - .78 867 .84 905 .90 944 .96 982 1.02 1017 1.08 1104 1.22 1190 .99 914 105 950 1.12 984 119 1019 1.26 1054 1.32 1134 1.49 1213 1.23 963 1.31 997 1.38 1030 1.45 1061 1.53 10 1.6 1171 1.79 1244 1.52 1014 1.60 1046 1.68 1078 1.76 1108 1.85 1137 1.93 1209 2.13 - 2 HP Oversized Motor & Sheaves 2 HP Standard Motor & Field Supplied Low Static Drive' 2HP Standard Motor & Sheaves 2400 795 .75 845 .81 891 .87 938 .94 983 .99 1025 1.03 1065 1.08 1107 1.12 1153 2700 884 1.051 926 1.12 970 1.19 1010 1.26 1052 1.33 1093 1.39 1131 1.44 1167 1.49 1203 3000 974 1.42 1010 1.50 1051 1.58 1089 1.65 1125 1.73 1162 1.80 1200 1.88 1235 1.94 1268 3300 1064 1.87 1097 1.95 1133 2.04 1170 2.13 1203 2.21 1235 2.29 1270 2.38 1 3600 1154 2.41 1185 2.50 1 1200 1.21 1.54 1241 1.59 1.99 1 35 1.64 1.97 1 HP Standard Motor & Sheaves 2400 721 .62 760 .66 801 .71 840 .76 879 .80 916 .85 952 .89 988 .92 1025 .96 1058 .99 1142 1.05 1226 110 YCD090C -L,H 2700 802 .86 836 .92 872 .97 908 1.03 943 1.08 977 1.13 1011 1.17 1043 1.2211075 1.27 1108 1.31 1186 1.40 1259 1.47 YCH090C -L 3000 884 1.17 915 1.23 946 1.29 979 1.35 1011 1.41 1042 1.47 1073 1.5211104 1,57 1134 1.63 1163 1.68 1236 1.801 - - 3300 966 1.541994 1.60 1022 1.67 1051 1.73 1081 1.80 1111 1.87 1139 1.93 1167 1.99 1195 2.05 1223 2.111 - - - - 3600 1048 1.98 1075 2.06 1101 2.12 1126 2.20 1153 2.27 1181 2.34 1208 2.42 1234 2.49 1260 2.55 2 HP Oversized Motor & Sheaves Data includes pressure drop due to filters and wet coil. Fan motor heat (MBH) = 3.53 x Fan Bhp. Trane's factory supplied motors, in commercial equipment, are definite purpose motors, specifically designed and tested to operate reliably and continuously at all cataloged conditions Using the lull horsepower range of our fan motors as shown in our tabular data will not result in nuisance tripping or premature motor failure. Our product's warranty will not be affected. NOTES: 1. Field supplied Browning fan sheave AL74 and Belt A48 required. 2. Field supplied Browning motor sheave IVL34 and Belt A48 required. 41 t, :2;!s.n' 6' ,.i 3y:,, rS,:....,... "vn.:., 9 TRANE' Performance Data Table PD -58— Standard Motor & Sheave /Fan Speed (Rpm) Unit 6Turns 5Turns 4Turns 3Turns 2Turns 1Turn Tons Model No. Open Open Open Open Open Open Closed 6,61/4,7 YC*074C,075,086C NA 735 805 875 945 1015 1085 YCD090,091 C,D -L,H •---> 71/2 YCH090,091C,D -L NA 722 791 860 929 998 1066 YCH090.091C,0 -H NA 923 992 1060 1129 1197 1265 8' /a YCD102C/YCH102C NA 725/725 7461746 796/796 845/845 895/895 9671967 YC*103C NA 649 701 753 805 857 909 10 YC*120B,YC *120C NA/958 649/1028 696/1081 749/1133 803/1186 856/1210 909/NA YCrr121C NA 519 571 623 675 779 N/A 121/2 YCrr150C 706 756 807 857 908 958 NA YCrr151C 640 680 720 760 800 840 NA 15 YCrr180B 679 721 764 806 849 891 NA YC *181C 560 600 640 680 720 760 NA 17'/: YC*210C 869 923 978 1032 1087 1141 NA YC*211C 615 659 703 747 791 835 NA 20 YCrr24013,YC *241C 615 659 703 747 791 835 NA 25 YC#300B,YC;s301C 705 742 779 817 854 891 NA Factory set at 3 turns open Table PD -59— Standard Motor & High Static Drive Accessory/Fan Speed (Rpm) Unit 6Turns 5Turns 4Turns 3Turns 2Turns 1 Turn Tons Model No. Open Open Open Open Open Open Closed 8'/:,10 YC *102C N/A 870 895 945 994 1064 1112 YC *103C,121C N/A 779 831 883 935 987 1039 121/2 YCrr151C 807 857 908 958 1009 1059 NA 15 YC4180B 806 849 891 934 976 1019 NA 15 YC *1816 640 680 720 760 800 840 NA 171/2 YCrr211C 835 879 923 967 1011 1055 NA 20 YC*240B/241C 835 879 923 967 1011 1055 NA 25 YC *30013/301C 816 853 890 928 965 1002 NA Table PD-60— Oversize Motor & Sheave /Fan Speed (Rpm) (6-25 Ton) Unit 6Turns 5Turns 4Turns 3Turns 2Turns 1Turn Tons Model No. Open Open Open Open Open Open Closed 6,61/4,7 YCrr074,075,086C NA 840 910 980 1050 1120 1190 7'17 YCD090,091C,D -L,H YCH090,091C,D -L NA 990 1048 1106 1164 1222 1280 YCrr102C 975 1035 1095 1155 1215 1275 NA 81/2,10 YC*103C,120B 817 870/877 923/938 975/998 1028/1059 1081 NA YCD120C 1120 1180 1240 1300 1360 1422 NA 10 YCH120C 1129 1165 1201 1236 1272 1308 NA YC *121C 807 857 908 958 1009 1059 NA 121/2 YC*150C,151C 869 923 978 1032 1087 1141 NA 15 YCrr180B 806 856 907 957 1008 1058 NA YC *181C 705 755 806 856 907 957 NA 171/2 YC *210C 949 1008 1068 1127 1187 1246 NA YC, 211C 816 853 890 928 965 1002 NA 20 YC *240B, YCrr241C 816 853 890 928 965 1002 NA Co *Indicates both downllow and horizontal units Table PD-61 — Low Static Fan Drive Unit 6Turns 5Turns 4Turns 3Turns 2Turns 1Turn Tons Model No. Open Open Open Open Open Open Closed 17 YC *210C 705 755 806 856 907 957 NA 25 YCrr30013,301C 594 631 668 705 742 779 NA i2 RT PRC001 -EN L ) *Indicates both downllow and horizontal units RTPRC001 -EN Unit Electrical Data Table ED -1 - Electrical Characteristics - Evaporator Fan Motors - 60 Cycle Standard Evaporator Fan Motor Oversized Evaporator Fan Motor TRAM' Amps Amps Tons Model No. No. Volts Phase HP FLA LRA No. Volts Phase HP FLA LRA YCD036C1 1 208 -230 1 .33 2.4 7.2 1 208 -230 1 .40 3.8 6.9 3 YCD036C3,YCD037C3 1 208 -230 1 .33 2.4 7.2 1 208 -230 1 .40 3.8 6.9 YCD036C4,YC0037C4 1 460 1 .33 1.6 3.2 1 460 1 .40 1.9 3.1 YCr048C1 1 208-230 1 .50 4.2 9.2 1 208 -230 1 .75 6.6 13.5 YCr048C3,YCr049C3 1 208 -230 1 .50 4.2 9.2 1 208 -230 1 .75 6.6 13.5 4 YC8c048C4,YCr049C4 1 460 1 .50 2.0 4.3 1 460 1 .75 3.1 6.4 YC*048CW 1 575 1 .50 1.7 3.4 1 575 1 .75 2.4 5.2 YC *060C1 1 208 -230 1 .60 5.3 11.1 1 208 -230 1 .75 6.6 13.5 5 YCr060C3,YCr061C3 1 208 -230 1 .60 5.3 11.1 1 208 -230 1 .75 6.6 13.5 YCr060C4,YCr061C4 1 460 1 .60 2.5 5.6 1 460 1 ,75 3.1 6.4 YCr060CW 1 575 1 £0 2.4 5.2 1 575 1 .75 N/A N/A YCr075C3,YCr074C3, YC*086C3 1 208-230 3 1.00 5.9 32.2 1 208-230 3 2.00 8.8 53.0 61/2 YCr075C4,YCr074C4, YC*086C4 1 460 3 1.00 3.2 16.1 1 460 3 2.00 4.4 26.5 YCr075CW 1 575 3 1.00 2.6 13.2 1 575 3 2.00 3.1 18.4 - YCD090C,D / 09103 -L, H 1 208-230 3 1.00 5.9 32.2 1 208-230 3 2.00 8.8 53.0 YCH090C, D/091 03-L 1 208-230 3 1.00 5,9 32.2 1 208-230 3 2.00 8.8 53.0 YCH090C, 0 / 09103 -H 1 208-230 3 2.00 8,8 53.0 1 208 -230 3 - - - 7 YCD090C,0 / 091D4-L, H 1 460 3 1.00 3.2 16.1 1 460 3 2.00 4.4 26.5 YCHO90C, 0/09104 -1 1 460 3 1.00 3.2 16.1 1 460 3 2.00 4.4 26.5 YCH090C, 0109104 -H 1 460 3 2.00 4.4 26.5 1 460 3 - - - YCD090CW,DW -L,H, YCH09OCW,0W -L 1 575 3 1.00 2.6 13.2 1 575 3 2.00 3.1 18.4 YCH090CW, OW -H 1 575 3 2.00 3.1 18.4 1 575 3 - - - YC*102C3, YCr103C3 1 208 -230 3 2.00 7.5 47.2 1 208 -230 3 3.00 10.6 81.0 81/2 YCr102C4, YCr103C4 1 460 3 2.00 3.4 23.6 1 460 3 3.00 4.8 40.5 VCr102CW, YCr103CW 1 575 3 2.00 3.0 22.8 1 575 3 3.00 3.9 31.0 YCr120B3,YCr121C3 1 208 -230 3 2.00 7.5 47.2 1 208-230 3 3.00 10.6 81.0 YCr12064,YCr121C4 1 460 3 2.00 3.4 23.6 1 460 3 3.00 4.8 40.5 10 YCr120BW,YCr121CW 1 575 3 2.00 3.0 22.8 1 575 3 3.00 3.9 31.0 YCr120C3 1 208/230 3 3.00 9.4 81.0 1 208/230 3 5.00 13.4 109.8 YCr120C4 1 460 3 3.00 4.8 40.5 1 460 3 5.00 7.6 54.9 YCr120CW 1 575 3 3.00 3.9 31.0 1 575 3 5.00 6.1 41.6 YCr150C3,YCr151C3 1 208 -230 3 3.00 10.6 81.0 1 208 -230 3 5.00 16.7 109.8 121/2 YCr150C4, YCr151C4 1 460 3 3.00 4.8 40.5 1 460 3 5.00 7.6 54.9 YCr150CW,YCr151CW 1 575 3 3.00 3.9 31.0 1 575 3 5.00 6.1 41.6 YC*180B3, YC *181C3 1 208 -230 3 3.00 10.6 81.0 1 208-230 3 5.00 16.7 109.8 15 YCr18064,YC*181C4 1 460 3 3.00 4.8 40.5 1 460 3 5.00 7.6 54.9 YC*180BW,YC *181CW 1 575 3 3.00 3.9 31.0 1 575 3 5.00 6.1 41.6 YC *210C3,YCr211C3 1 208 -230 3 5.00 16.7 109.8 1 208-230 3 7.50 17.6 120.4 17 VCr210C4,VCr211C4 1 460 3 5.00 7.6 54.9 1 460 3 250 8.6 74.0 YC *210CW,YCr211CW 1 575 3 5.00 6.1 41.6 1 575 3 7.50 7.0 60.0 VCr240133, YCr241C3 1 208 -230 3 5.00 16.7 109.8 1 208-230 3 750 17.6 120.4 20 YCr24084, YC*241C4 1 460 3 5.00 7.6 54.9 1 460 3 7.50 8.6 74.0 YCr240BW,YCr241CW 1 575 3 5.00 6.1 41.6 1 575 3 7.50 7.0 60.0 YCr300B3, YCr301C3 1 208 -230 3 7.50 17.6 120.4 - - - - - - 25 YC #30084, YC*301C4 1 460 3 7.50 8.6 74.0 - - - - VCr300BW,YCr301CW 1 575 3 7.50 7.0 60.0 - - - - - 67 (30, u) c) cow co W Z �. W W': 0 , W W , H (3 Z vu), Z TR/WE' Compressor one 4 HP /Compressor two 3.5 HP HP for each compressor. • YC*120C3,C4.CW compressor HP is 5.00/4.30 YC *120C3 RLA for compressor 112 is 16.0. *Indicates oath nownflow and horizontal units 68 Electrical Data (Standard Efficiency) Table ED -2 - Electrical Characteristics - Compressor Motor And Condenser Motor - 60 Cycle - Std. Efficiency Unit Amps1 Compressor Motor Condenser Fan Motors Amps1 rons Model No. No. Volts Phase HP RPM RLA LRA No. Phase HP FLA LRA YCD036C1 1 208 -230 1 3.00 3450 18.0 92 1 1 .25 2.0 5.3 3 YCD036C3 1 208 -230 3 3.00 3450 11.2 101 1 1 .25 2.0 5.3 YCD036C4 1 460 3 3.00 3450 5.5 51 1 1 .25 .9 2.1 YC r048C1 1 208 -230 1 4.00 3450 24.0 119 1 1 .33 2.1 4.8 1 YC *048C3 1 208 -230 3 4.00 3450 14.8 101 1 1 .33 2.1 4.8 YC *048C4 1 460 3 4.00 3450 7.1 51 1 1 .33 1.0 2.6 YC *048CW 1 575 3 4.00 3450 5.5 41 1 1 .33 0.9 2.1 YC*060C1 1 208 -230 1 5.00 3450 28.8 142 1 1 .50 5.2 6.5 YC *060C3 1 208 -230 3 5.00 3450 18.6 118 1 1 .40 2.7 7.8 YC #060C4 1 460 3 5.00 3450 10.0 71 1 1 .40 1.3 3.2 YCr 06OCW 1 575 3 5.00 3450 6.7 43 1 1 .40 1.1 2.4 YC #075C3 1 208 -230 3 6.25 3450 21.8 124 1 1 .50 3.4 10.8 3' YC *075C4 1 460 3 6.25 3450 9.7 64 1 1 .50 2.4 5.4 YC4075CW 1 575 3 6.25 3450 7.8 51 1 1 .50 12 4.1 -- >YCr090C3 1 208 -230 3 7.50 3450 27.0 164 1 1 .50 3.4 10.8 VC *090C4 1 460 3 7.50 3450 12.2 79 1 1 .50 2.4 5.4 YC#090CW 1 575 3 7.50 3450 9.8 63 1 1 .50 1.8 4.1 r1 /2 YC*090D3' 2 208 -230 3 4.00/3.50 3450 14.4/14.4 101 1 1 .50 3.4 10.8 VC* 090D4' 2 460 3 4.00/3.50 3450 7.1/6.3 51 1 1 .50 2.4 5.4 YC*090DW' 2 575 3 4.00/3.50 3450 5.4/4.8 41 1 1 .50 1.8 4.1 YC*102C3 2 208-230 3 4.30 3450 16.0 118 1 1 1.00 5.5 18.3 3 YC*102C4 2 460 3 4.30 3450 10.0 71 1 1 1.00 2.9 9.3 YC *102CW 2 575 3 4.30 3450 5.9 43 1 1 1.00 2.0 5.7 YC #12083, C3 2 208 -230 3 5.00 3450 19.0' 118 1 1 1.00 5.5 18.3 10 YC *12064, C4 2 460 3 5.00' 3450 10.0 71 1 1 1.00 2.9 9.3 YC*120BW, CW 2 575 3 5.00' 3450 6.9 43 1 1 1.00 2.0 5.7 YC*150C3 2 208 -230 3 6.25 3450 24.3 156 1 1 1.00 5.3 18.3 121/2 YC *150C4 2 460 3 6.25 3450 10.6 70 1 1 1.00 2.9 9.3 YC*150CW 2 575 3 6.25 3450 8.4 54 1 1 1.00 2.0 5.7 YC #18083 2 208 -230 3 9.3/5.1 3450 38.2119.5 253/128 2 1 .50 3.2 8.8 15 YC #18084 2 460 3 9.3/5.1 3450 16.6/8.5 118/63 2 1 .50 1.6 3.8 YC #1808W 2 575 3 9.3/5.1 3450 13.8/7.1 97/49 2 1 .50 1.3 3.2 YC *210C3 2 208 -230 3 10.0/6.8 3450 37.4/26.1 253/164 2 1 1.00 5.5 18.3 17 YC *210C4 2 460 3 10.0/6.8 3450 16.2/11.3 118/100 2 1 1.00 2.9 9.3 YC *210CW 2 575 3 10.0/6.8 3450 13.5/9.4 97/72 2 1 1.00 2.0 5.7 YC #24083 2 208 -230 3 9.30 3450 42.1 247 2 1 1.00 5.5 18.3 20 YC #24084 2 460 3 9.30 3450 17.4 95 2 1 1.00 2.9 9.3 YC *2408W 2 575 3 9.30 3450 13.9 76 2 1 1.00 2.0 5.7 YC*30063 2 208 -230 3 10.00 3450 42.8 247 2 1 1.00 5.5 18.3 25 YC #30084 2 460 3 10.00 3450 17.7 95 2 1 1.00 2.9 9.3 YC;r3008W 2 575 3 10.00 3450 14.2 76 2 1 1.00 2.0 5.7 TOTES. Amp draw for each motor, multiply value by number of motors to determine total amps. RT PRC001 -EN c7� ( • z • re Ui Q; C-) CO W: W 0' D; d. . Z � Z 1-., DJ uf D p' 0 O H = -, LL O Z. U =, 0 F- z TRAM' All dimensions are in inches. See page 98 for condensate drain size and location 84 Dimensional 6 7 Ton Standard Efficiency Data 5, 6, 7, 7 Ton High Efficiency CONTROL & COMPRESSOR ACCESS PANEL 112' NPT GAS CONN. EVAPORATOR SECT ACCESS PANEL 5 15116' 87 1116' 46 1/16' 42 3/8' 81 5/8" CLEARANCE 48" 81 5/8' CLEARANCE 36" 63132' TOP PANEL 49 9/16' 81 1/4' CONDENSER FAN 35' CONDENSER COIL 2' HOLE (UNIT POWER WIRES) 718' HOLE (UNIT CONTROL WIRES) 46 3/8' CLEARANCE 1 HORIZONTAL 36" DOWNFLOW TYPICAL ROOF OPENING 42 Y 46 3/8" '''''''..„‹," CLEARANCE 36" RTPRC001 -EN r 2 ce NI U. U O rA U ; CO w W u. ca CUJ W; O'. ::1p O H ', = V `, LL IFS — O W Z,• i i O All dimensions are in inches. Downflow Duct Connections — Field Fabricated Horizontal Unit Supply/Return See page 98 for condensate drain size and location RT- PRC001 -EN - TRANE` Dimensional 61/4, 7 Ton Standard Efficiency Data 5, 6, 7, 71/2 Ton High Efficiency 1 1/2" 85 ii 100 Weights (3-25 Ton) Table W3 — Maximum Unit And Comer Weights (Lbs)And Center Of Gravity Dimensions (In.) Unit Maximum Weights (Lbs)' Corner Weights (Lbs)1 Center of Gravity (In.) Tons Model No. Shipping Net A B C D Length Width 3 YCD036CIYCD037C 782/811 621/651 209/217 158/159 116/124 138/151 37/36 19/20 4 YC *048C,NC r049C 811/845 639/672 216/221 159/168 123/131 142/153 37/37 19/20 5 VC#060C,NC #061C 831/901 659/113 219/230 163/176 126/137 152/170 36/38 20/21 6,6% YC*075C/YC#074C 938/956 750/767 238/240 192/199 144/151 176/177 39/40 21/21 _> YC #090GYC *086C 982/965 793/777 262/246 203/199 151/151 177/180 39/39 21/21 Single Compressor 7, 7 YC#0900NCe0910 1044/1057 855/869 297/298 208/214 151/156 199/200 37/37 20/20 Dual Compressor 81/2 YC#102CNC *103C 1169/1532 962/1233 329/395 244/326 165/231 223/280 38/43 20/26 10 YC *12013NC *120C 1546/1191 1247/984 425/334 331/252 215/171 276/227 41/38 25/20 YC *121C 1891 1523 516 391 266 351 46 29 12 VC *150C/YC #1510 1599/1915 1300/1547 430/523 342/383 234/271 294/370 42/45 26/30 15 VC *180BNCr181C 1906/2476 1538/2017 535/693 387/507 259/345 357/472 45/52 29/35 17 YC 44210CNC r211C 1987/2547 1619/2088 553/701 415/538 279/369 372/480 46/53 29/35 20 YC*240BNC *241 C 2484/2645 2025/2186 714/751 5321568 333/373 447/494 52/53 33/34 25 YC*300BNC #301C 2541/2650 2082/2191 721/755 552/569 351/373 458/495 53/53 33/34 NOTE: 1 Corner weights are given for information only. BY,-25 ton units must be supported continuously by a curb or equivalent frame support 2 Weights are approximate. Horizontal and Downtlow unit and corner weights may vary slightly A CENTER OF GRAVITY WIDTH 0 CENTER OF GRAVITY RT- PRC001•EN ors: a.•;;: t:.:4c.:a:a • ESCRIPTION YORK Sunline 2000 units are convertible single package air conditioners with a common cabinet and a common roof curb for the 3, 4, 5 and 6 ton sizes. The units were designed for light commercial and commercial applications. They can easily be installed on a roof curb, slab, roof jack or frame. All units are self- contained and assembled on rigid full perimeter base rails with fork lift slots on three sides and holes for overhead rigging. Every unit is completely piped, wired, charged and tested at the factory to provide for a quick and easy field installation. The units are available in cooling only, and cooling with gas heat. Electric heaters are available as field - installed accessories. The cabinet is constructed of galvanized steel, painted with long lasting, durable, and aesthetically pleasing power paint. Paint finish meets 750 hour salt spray tests per ASTM -8117 standards. All models include a 5 -year limited warranty on scroll compressors and electric heating elements, a 10 -year limited warranty on gas -fired heat exchangers and a 1 -year limited warranty on all replacement parts. FEATURES FILE GQPY DCG MODEL SH .A� S P (0 ?001 PERMIT CENTER �YORK SINGLE PACKAGE AIR - COOLED AIR CONDITIONERS D4CE 036, 048, 060 & D2CE 072 D7CG 036, 048, 060 & D2CG 072 3, 4 AND 5 NOMINAL TONS (10 SEER) AND 6 NOMINAL TONS (9 EER) 530.18•TG1Y (500) SUNLINE 2000TM 2TU5 q Lo, -7 ) two knockout panels from the base of the unit and discard them. No panel cutting or swapping is required! Convertible airflow design allows maximum field flexibility and minimum inventory. Economizers may be used on either bottom and side duct applications with no modifications required. FACTORY- INSTALLED OPTIONS - Economizers can be installed at the factory. The economizers are shipped installed and wired. Only the rain hood needs to be field assembled and installed. Field labor dollars can be saved by having the components arrive already installed. Adjustable belt drive blowers are available on all models from the factory for complete airflow flexibility. FIELD - INSTALLED ACCESSORIES - Accessories- were designed for quick and easy installation. The motorized damper and economizers simply slide in, and electrical connections are made by modular plugs. Electric heaters mount easily, and knockouts are provided in the internal partitions to connect the elements to the control box single point kit. The motorized air damper includes a slid -in /plug -in damper assembly with a rainhood and filters. The outdoor air dampers open when the indoor fan motor is energized. The damper is capable of providing 0% through 100% of outdoor return air opening. The manual outdoor damper provides 0% through 35% or 0% through 100% of return air opening (field adjustable). Designed for duct mounted side or bottom supply /return applications. Includes rain hood assembly and filter. The 14" high roof curb is shipped knocked down. An insulated deck is not required because the bottom of the unit is insulated. Low ambient controls are available to provide stable unit operation at outdoor temperatures down to 0 °F. COMMON FOOTPRINT /COMMON CABINET - All model sizes and configurations share a common cabinet and a common roof curb. The installer has the flexibility of setting one curb and placing the proper tonnage unit on that curb after the internal load has been determined. He can even decide between gas or electric heat after the curb has been set. HIGH EFFICIENCY - All units have a high cooling efficiency, and gas / electric models have a minimum AFUE of 80 %. All efficiencies exceed legislated minimum levels and provide low operating costs. CONVERTIBLE AIRFLOW DESIGN - Both the side and bottom duct openings are covered when they leave the factory. If a side supply / side return is desired, you simply remove the two side WIDE RANGE OF INDOOR AIRFLOWS - All 3, 4 and 5-ton duct covers from the outside of the unit and discard them. If a bottom supply / bottom return is desired, you simply remove hh t'�i1� s$ET eUKWILls A operate over a wide range of design conditions with a OF Cont'd. Propane, high altitude and low NOx kits are also available to cover all gas heating applications. frl�/»/S 3 CAPACITY RATINGS - Coolinl / Electric Heating MODEL ARI RATINGS NOMINAL ELECTRIC HEAT CAPACITY (KW) STANDARD CFM COOL NG CAPACITY 80 / 67 -95 °F SOUND RATING (dbels) MBH SEER EER 240V 480V 600V DCE036 36.0 10.00 9.10 82 5, 7, 10, 15 &20 7, 10, 15 &20 10, 15 &20 1.300 0CE048 47.4 10.00 9.00 82 5 7, 10, 15820 7, 10, 15 &20 10, 15 &20 1.700 DCE060 59.0 10.00 9.10 82 5, 7, 10, 15, 20 & 30 7, 10, 15 20 & 30 10, 15, 20 & 30 2.100 DCE072 72.0 - 9.00 84 5, 7, 10, 15.20830 7, 10, 15, 20830 10, 15, 20 &30 2.400 MODEL ARI RATINGS' GAS HEAT CAPACITY STANDARD CFM COOLING CAPACITY 80 / 67-95°F SOUND RATIN (dbels) INPUT (MBH) OUTPUT (MBH) AFUE (/°) S.S.E. (! °) TEMP. RISE ( °F) GAS LINE SIZE On. OD) MBH SEER EER DCG036N040 DCG036N079 36.0 36.0 10.00 10.00 9.10 9.10 82 82 50 100 40 79 80.9 80.5 81.6 80.8 15 -45 40 -70 1/2 1 /2 1.300 DCG048N060 47.4 10.00 9.00 82 75 59 80.9 81.6 25 -55 1/2 1.700 DCG048N099 47.4 10.00 9.00 82 125 99 80.3 80.6 45 -75 1 /2 060 DCGO6ON079 59.0 10.00 9.10 82 100 79 80.5 80.8 25 -55 1/2 2.100 DCGO6ON099 59.0 10.00 9.10 82 125 99 80.3 80.6 35 -65 1 /2 72 DCG072N079 72.0 - 9.00 84 100 79 80.5 80.8 25 -55 1/2 2.400 DCG072N099 72.0 - 9.00 84 125 99 80.3 80.6 35 -65 1 /2 JvV 11J ryvv cp. rim' 1maq rvr t kv7 %,/rrLr pu 1;01 G MODEL CFM ESP BLOWER SOUND POWER (dB 1 -t2 watts) OCTAVE BAND CENTERLINE FREQUENCY (Hz) SWL dB (A) dB (A) 10 ft. IWG SPEED KW 63 125 250 500 1,000 2,000 4,000 8,000 036 1,200 0.60 LOW 0.60 84 84 74 67 69 62 57 52 74 41 048 1,600 0.55 HIGH 0.80 85 85 75 68 70 63 58 53 75 42 060 2,000 0.45 HIGH 1.00 86 86 76 69 71 64 59 54 76 43 072 2,200 0.30 HIGH 1.35 87 87 77 70 72 65 60 55 77 44 MODEL EVAPORATOR BLOWER EVAPORATOR COIL COMPRESSOR TYPE CONDENSER FAN CONDENSER COIL AIR FILTERS (SEE NOTE) CHARGE CENTRIFUGAL (Dia. x Wd. in.) FAN MOTOR HP (DIRECT - DRIVE) FAN MOTOR HP (BELT - DRIVE) ROWS DEEP HONI aid SN13 FACE AREA (Sq. Ft.) HERMETICALLY SEALED PROPELLER DIA. (in.) FAN MOTOR HP NOM. CFM TOTAL [ ROWS DEEP FINS PER INCH FACE AREA (Sq. Ft.) QUANTITY PER UNIT (15"X20"X1 ") QUANTITY PER UNIT (14" X 25" X1") I TOTAL FACE AREA (sq. ft.) REFRIGERANT R -22 (Ibs./oz.) 036 12 x 10 1 /2 1 3 13 3.6 SCROLL TYPE 24 1 /4 3,400 1 16 17.1 2 1 6.3 5/8 048 12 x 10 3 /4 1 3 13 4.3 24 1 /4 3,400 1 16 17.1 2 1 6.3 6/8 060 12 x 10 1 1 3 13 5.1 24 1 /4 3,400 1 22 17.1 2 1 6.3 6/8 072 12 x 11 1 11/2 4 13 5.1 24 1 /4 3,300 2 16 16.7 2 1 6.3 10 /0 RATINGS CAPACITY RATINGS - Cooling / Gas Heating PHYSICAL DATA - BASIC UNITS NOTE: Filter racks are adapted for 1• or 2' thick filters. Unitary Products Group . Not AM Listed 530.18 -TGI Y 'Certified to axordarce with the Unitary Small Equprnore cerefiation program. which is based on ARI Standard 210/240. 'Rated In accordance with ARI Standard 270 'Heaters are available as aaesscries - a1 with single port paver supply.' Unified in accordance with the Unitary Large Equipment certification program, which is based on ARI Standard 340/360. SEER - Seasonal Energy Efficiency Ratio • the total cooing output in BTU's during a normal arrual usage period kx cooing divided by the total electric power input in wan -hours during the same period EER - Energy Efficiency Rate - the cooling capacity in Bu's per hour (BMA) divided by the power input in watts at any given set of rating conditions. expressed in BTUH per marl (BTUHtwan). AFUE . Annual Fuel Utilization Effoency • determined in a000rdana with DOE test proce S.S.E.. Steady State Efficiency. (Percent Output). • At a distance of 10 ft.from the blower. NOTE: These values have been derived using a model of sound propagation, measuring the indoor ambient sound evets ten fee from the source. The dBA values provided are for eference only. Calculation of dBA values cover matters of system design and application. This constitutes an exception to any specification or guarantee requiring a dBA value or sound data in any other form than sound power level ratings. 3 DESCRIPTION RESISTANCE, IWG CFM 1000 1200 1400 1600 1800 2000 2200 2400 2600 2800 3000 Economizer' * 0.07 0.08 0.09 0.11 0.13 0.15 0.17 0.20 0.23 0.26 0.30 Electric Heaters' 5 - 15 KW 0.04 0.05 0.06 0.07 0.08 0.10 0.12 0.14 0.16 0.19 0.22 20 - 30 KW 0.06 0.07 0.08 0.09 0.11 0.13 0.15 0.17 0.20 0.23 0.26 Bottom Duct Connections' 0.06 0.07 0.08 0.09 0.10 0.11 0.12 0.14 0.16 0.19 0.22 Cooling Onlv 0.08 0.10 0.12 0.14 0.16 0.18 0.20 0.23 0.26 0.29 0.32 MODEL BLOWER RANGE (RPM) MOTOR' ADJUSTABLE MOTOR PULLEY FIXED BLOWER PULLEY BELT HP RPM FRAME SIZE SERVICE FACTOR PITCH DIA. (in.) BORE (in.) PITCH DIA. (in.) BORE (in.) PITCH LENGTH (in.) DESIG- NATION DCE / DCG 036 790 -1120 1 1725 56 1.15 2.4 - 3.4 7 /8 5.7 1 37.3 A36 DCE /DCG 048 790 - 1120 1 1725 56 1.15 2.4 - 3.4 7 /8 5.7 1 37.3 A36 DCE / DCG 060 850. 1220 1 1725 56 1.15 2.4 - 3.4 7 /8 5.2 1 37.3 A36 DCE / DCG 072 900 - 1250 1 1725 56 1.15 2.8 - 3.8 7 /R 5.2 1 37.3 A36 MODEL DCE DCG POWER SUPPLY VOLTAGE LIMITATIONS (SEE NOTE 1) SCROLL COMPRESSOR COND. FAN MOTOR, FLA SUPPLY AIR BLOWER MOTOR FLA MINIMUM CIRCUIT AMPAC MAX. FUSE SIZE, (SEE NOTE 2) AMPS MAX. HACR BREAKER SIZE, AMPS MIN. MAX. RLA LRA 208/230 -1 -60 187 253 18.0 105.0 1.3 4.4 28.2 45 45 036 208/230 -3 -60 460 -3 -60 187 414 253 504 11.4 6.2 90.0 45.0 1.3 0.8 4.4 2.2 20.0 10.8 30 15 30 15 575 -3 -60 518 630 5.0 36.0 0.8 2.2 9.3 15 - 208/230 -1 -60 187 253 24.4 140.0 1.3 5.0 36.8 60 60 048 208/230 -3 -60 460 -3 -60 187 414 253 504 14.1 7.1 105.0 55.0 1.3 0.8 5.0 2.2 23.9 11.9 35 15 35 15 575 -3 -60 518 630 5.6 44.0 0.8 2.2 10.1 15 - 208/230 -1 -60 187 253 28.9 165.0 1.3 6.6 44.0 70 70 060 -- 208/230 -3 -60 460 -3.60 187 414 253 504 16.0 8.0 125.0 67.0 1.3 0.8 6.6 3.3 27.9 14.1 40 20 40 20 575 -3 -60 518 630 6.4 50.0 0.8 3.3 12.1 15 - 208/230 -3 -60 187 253 20.3 146.0 1.3 6.8 33.5 50 50 072 460 -3 -60 414 504 10.2 73.0 0.8 3.6 17.2 25 25 575 -3 -60 518 630 8.2 58.4 0.8 3.6 14.7 20 - MODEL DCE DCG POWER SUPPLY VOLTAGE LIMITATIONS (SEE NOTE 1) SCROLL COMPRESSOR COND. FAN MOTOR, FLA SUPPLY AIR BLOWER MOTOR, FLA MINIMUM CIRCUIT AMPACITY MAX. FUSE SIZE, (SEE NOTE 2) AMPS MAX. HACR BREAKER SIZE, AMPS MIN. MAX. RLA LRA 208/230 -1 -60 187 253 18.0 105.0 1.3 5.3 29.1 45 45 036 208/230 -3 -60 460-3-60 187 414 253 504 11.4 6.2 90.0 45.0 1.3 0.8 5.3 3.1 20.9 11.7 30 15 30 15 575-3-60 518 630 5.0 36.0 0.8 3.1 10.2 15 - 208/230 -1.60 187 253 24.4 140.0 1.3 8.6 40.4 60 60 048 208/230-3-60 460 -3 -60 187 414 253 504 14.1 7.1 105.0 55.0 1.3 0.8 5.2 2.6 24.1 12.3 35 15 35 15 575-3-60 518 630 5.6 44.0 0.8 2.0 9.9 15 - 208/230 -1 -60 187 253 28.9 165.0 1.3 8.6 46.0 70 70 060 208/230 -3 -60 460 -3 -60 187 414 253 504 16.0 8.0 125.0 67.0 1.3 0.8 6.0 3.0 27.3 13.8 40 20 40 20 575 -3 -60 518 630 6.4 50.0 0.8 2.4 11.2 15 - 208/230 -3 -60 187 253 20.3 146.0 1.3 7.3 34.0 50 50 072 460 -3 -60 414 504 10.2 73.0 0.8 3.7 17.3 25 25 575-3-60 518 630 8.2 58.4 0.8 2.8 13.9 20 STATIC RESISTANCES 'Deduct these resistance saarn from the "rabble external static pressure shown in the respective Blower Perlormarrrn Table 'Add these resistance wales lo the 'variable static resistance in the respective Blower Performance Table. 'The presaie huheecavrtm is peeler b IOTA attar* ten kr 10094 rAm ai.tfe res9aced to mean *do system less het 025 M. fe unlwitkie k¢a CRA AlrhpW omrmcercpnn.m * Al motors have acid bases and are In erenlly protected. These motors can be selected to operate no the: service factor because they are located it the moving air. upstream 01 wry heatn0 device. ELECTRICAL DATA - Basic Units with Direct -Drive NOTES, 1. Utilization Range 'A' in accordance with ARI Standard 110. EXTERNAL STATIC PRESSURE P 2. Dual element. lime delay type. ELECTRICAL DATA - Basic Units with Belt -Drive NO1ES 1 Rated in accordance with Alb Standard Ile oh: at or,ranpe •A' Unitary Products Group 2 Dual element. lane delay type 530.18 -TG 1 Y 11 'Sk sax.* . r,�.fi,•.w.lui,?.s - `Gy :'r.;tia t:w'C�adi�ik: -ra:. c>riaF;,,tSS"v'r : tYri &',:4 :ipk, ..n .:d ?.,�ixs, UNIT DIMENSIONS (DCE AND DCG - 3, 4, 5 & 6 TON) DHE Units 485 Ton F1ELD•SUPPLIED DISCONNECT SWITCH LOCATION (Direct -Drive units) BOTTOM SUPPLY 8 RETURN AIR OPENINGS (SEE NOTE) B • POWER WIRING ENTRY A - CONTROL WIRING ENTRY All dimensions are in inches. They are subject to change without notice. Certified dimensions will be provided upon request. FIELD- SUPPLIED DISCONNECT SWITCH LOCATION (Direct -Drive units) DCG UNITS 3 -6 TON 314" PVC FEMALE COND. DRAIN (See Detail "A") CONTROL BOX ACCESS A. B WIRING ENTRY (Sea Dotal "B') BOTTOM SUPPLY 8 RETURN AIR OPENINGS (SEE NOTE) B - POWER WIRING ENTRY A • CONTROL WIRING ENTRY Unitary Products Group 8-3f8 CONTROL BOX ACCESS BLOWER ACCESS BLOWER ACCESS VENT AIR OUTLET HOOD SCROLL COMPRESSOR ACCESS UNIT BASE WITH RAIL Shorn speretdy to Illustrate bottom dud openings and power connection locations. NOTE: For curb-mounted units. rely b the duct hanger dimensions ol the curb for the proper size of the supply and velum air duct connections. CONDENSER SCROLL COMPR. ACCESS COMBUSTION AIR INLET HOOD GAS HEAT C �• — I ACCESS i GAS SUPPLY ENTRY i (1,,• NPTI AT GAS VALVE) 82.114 D >• GAS SUPPLY ENTRY (t NPTI AT GAS VALVE) 32-114 / IJN T aeRE WITH RAIL$ Shown separately to Illustrate bottom duct g connection p• locati d pore piping locations. NOTE: For curb-mounted units, &WS refer to the duct hanger disme of the of th• curb tor the Wooer supply and return air duce connections. nuEf ACCEEE _ aIOWER TOR np acccss FIEID.SIpR1ED DISCONNECT SWITCH NDeNANO BRACKET FOR DISCONNECT MATCH NAM.) 530.18 -TG1 Y WIND ENTRY UTILITIES ENTRY DATA KNOCKOUT SIZE DIA. 7/8" 1 -5/8' 1 -1/2" USED FOR Control Wiring Side or Bottom " Power Wiring Side or Bottom Gas Pion. Front Gas P's' s Bottom * KR:dro is in the bonom of the unit can be located by the site in the insulation. ''Do cot mime the 7 knodroIA Ring CLEARANCES � BOX DCE Units DCG Units Front Below Unit' Above Unit 24" 32" 0" 72" (For Condenser Air Discharse Back Left Side Filter Access Right Side Cond. Coil 12" (Less Economizer) 36" (With Economizer or Fixed Air /Motorized Damser 24"(Less Economizer) 36" With Economizer 24" 1 Units may be installed on combusiiie floors made from wood or class A B a C roof coaxing material. ' Units Trust be b staled cudoces.O ellWao r dcirdwures ankh. r0e a stabs bs sha not obstruct condenser NOTES: p are approved to zero deararr a to T Models: Units and ductwork with electric Ice heaters. conbustbte materials when equipped nLC ModeL1: A r clearance Rust be warded between any combust'. ble material and the supply air dudwork be a distance o13 bet from the unit. The pis of combustion must not be allowed to acarmulate within a confined space and recirculate. Locate unit so that the vent air outlet hood is at least: • Three (3) feet above any forced air inlet located within 10 horizontal feet (excluding those integral to the unit). • Four (4) feet below, 4 horizontal feet Irom, or 1 foot above any door or gravity air inlet into the building. • Four (4) feet from electric meters, gas meters, reguallols and relief equipment. RETURN AIR SUPPLY AIR CONDENSER AIR -s ' , OUTDOOR AIR ' (Economizer) 17 530.18•TG 1 Y UNIT DIMENSIONS - CONT'D. (DCE and DCG - 3, 4, 5 & 6 TON) 18 17 REAR VIEW 61/2 SIDE SUPPLY AND RETURN AIR DUCT OPENINGS 0 0 C--2 C12 REAR VIEW REAR VIEW REAR VIEW UNIT AND CURB APPLICATION 001 314' X 1.1/4 WIDE GASKETING FOR CURB FRAME AND ALL DUCT SUPPORT SURFACES UNIT BASE• WOOD NAILER-- 14' 8' MIN. ABOVE FINISHED ROOF - CURB FRAME- INSULATION - 11,11 2127v2? .1%-4 1 -5/8 0 0 V DETAIL "A" UNIT WITH ECONOMIZER RAINHOOD 271/2,2 - 7 /4 7.114 27.112 FIXED OUTDOOR AIR DAMPER MOTORIZED DAMPER T DIMENSION' A' 12 16-112 2 DUCT COVERS - Units are shipped with all air duct openings covered. For Bide duct applications; 1.Remove and discard the supply and return air duct covers. 2.Connect ductwork to duct flanges on the rear of the unit. For bottom duct applications; 1. Remove the side supply air duct cover to gain access to the bottom supply air knockout panel. 2. Remove and discard the bottom knockout panel. 3. Replace the side duct cover. 4. With filter section access panel removed from the unit, remove and discard the bottom return air knockout panel. 5. Replace the filter access panel. . 'A' - 19 L UNIT BASE RAILS •� COUNTERFLASHING CANT STRIP INSULATION AND ROOFING MATERIAL ROOF DECK AND SUPPORT STRUCTURE 19 44.718 L.H END VIEW . A . g 447/ 8 ; L.H. END VIEW DETAIL "B" UNIT WITH FIXED OUTDOOR AIR /MOTORIZED DAMPER RAINHOOD 44 L.H. END VIEW 10 3 A . / 8 4 DIMENSION 'A' FIXED OUTDOOR 12 AIR DAMPER MOTORIZED DAMPER Unitary Products Group %Jr,il .t> '.. «] .; .f.:. t' • - ...,Ct" ! t f' +l:�x �! �Ji: -i BASIC UNIT OPTIONS /ACCESSORIES DCG SIZE (heat) UNIT WEIGHT' (Ibs.) CORNER WEIGHTS' (location, lbs.) DCE UNIT WEIGHT' (Ibs.) CORNER WEIGHTS' (location, lbs.) DESCRIPTION WEIGHT (Ibs.) "A" "B" "C" "D" "A" "B" "C" "D" 036 (40 Mbh) 625 180 172 133 140 036 565 160 157 123 125 ECONIMIZER 50 036 (79 Mbh) 635 180 177 138 140 048 615 173 170 135 137 MOTORIZED OUTDOOR AIR DAMPER 26 048 (60 Mbh) 675 193 185 145 152 060 640 180 177 140 143 048 (99 Mbh ) 685 193 190 150 152 072 720 171 196 189 164 ELECTRIC (nom. KW ) DCE only 5 7 KW 18 (79 Mbh) 700 200 192 150 158 weight °Unit Economizer CORNER "D' 10 W 15 23 060 (99 Mbh) 710 200 197 155 158 2KW 0 28 072 (79 Mbh) 775 186 209 201 179 ROOF MOUNTING CURB 92 072 (99 Mbh) 785 186 214 206 179 RELIEF /FIXED AIR DAMPER 10 BELT-DRIVE BLOWER 5 DIM. Y X ROOF CURB DIMENSIONS - (DCE and DCG - 3, 4, 5 & 6 TON) 371/4" DUCT SIZES: Supply Air . 19' x 19' Return Air . 19' x 19' Unitary Products Group RETURN' MR CORNER 'A' 3 -5TON 19 -3/4" 40 -3/4" 6 TON 22" 44" BACK OF UNIT SUPPLY' AIR SCROLL COMPRESSOR DUCT 2" TVP, AND CONDENSER END SUPPORT RAILS OF UNIT COMPONENT WEIGHTS AND CENTER OF GRAVITY 44'g APPROXIMATE CENTER OF GRAVITY FRONT OF UNIT CORNER'S' FRONT 73' OF UNIT 'Supply and Return Air (including duct support rails) shown are typical for pottom duct applications. For location of horizontal duct applications (on back of unit), refer to Unit Dimension details. BACK OF UNIT 821/4 Y CORNER 'C' CONDENSER COIL END OF UNIT 530,1 8•TG 1 Y 19 Modals 75 6B% 100 ' '25 ea% 68% 150 08% • e 4 175, 88 r 2 and R5A 200'. 225 689 1 68% 2 250 BB9% 300 350 68% 68% 400 69% 450 98 aG8I RPBL2 SCO 1 6994 35C0L OGaL 500 700 39% 1 58% pad RBLD 300 1 1050 5B% 69% 1200 68% 9ice or Heater Evaporative 0•tion A93. •55 wnh 3' media Efficiency Option AS4 cr AS8 with 12' media 90% 90% 90% 9096 90'. ! 90 90% 50'4 90% 9016 90% 90% 90% 90% 90% , 90% 9096 00% , Maalmum Cpolinp CFM 2 845 3 000 i i t 4 r 1•�4a'ci 5 B00 8 300 WEIM 7 100 *4,000 12,Co0 12,500 23,505 2 23 SOO 13,500 19 500 Maximum Face Velocity t�Optlonal Moreton 835 773 440 800 781 75C 343 643 723 729 723 723 pad regwrad above 800 FPM) 4l1 683 6 902 5 32 •timin$tIon Pump Hors ?power 2/70 '770 i/70 1/70 i0 1'70 1/70 1270 2270 1,7 1/70 ''50 "SO iso i75o Ir50 1150 i1S0 AmpaSI 110Vflphplo '392 D92'092 ram 2 0.9 92 0. 0.92 0.92 9.93 '' r' 1 t' i I! 1i I1 1.1 Wane as t 85 85 85 65 95 85 35 05 85 30 _, 9C 1 00 I 30 90 80 B0 Media Foeo Sl:o • Madin pads T Olmenalono 3 • 36' 2a• 4 3 ' 34' ' 3' 21' • 4 5 ' 1 2 • 52 24' ■ 05' 46 r 56' bra In sections 1 5quan Fool 4 33 5 33 5.17 7 50 ' 9 50 ' 3 33 'a 47 — . o-1,. •••'• •• •.•::K ,•.,. Page 4 • v tl11 fr 1 4 f. • r 1. `i ' •a , r '1„ ��'`� Reznor Model RPS with an EvapOrative Cooling Modulo and Optional Downturn T E - " , � Plenum C9oinOt " �5 I t r- -t c•rr rn • 130-P —/ '�C U2y - `7 vk. U P �1 - Tha Razndr evaporative cooling module is avedaole as an option witn Reznor direct -fired and indrreci -hrud, packaged makeup air systoms. Ills available as a factory-installed option on healtngicnakoup air Model Series RGB, RP 9. ADF;ADFH3C0 /S00 and blower Cabinet Model RBA. On larger capacity. packaged naating/makeup air Model Serie6 RG(3l. HPBL, SSCBL, PGBL ADF /1200 and Dlower cabinet Modal R31, the evaporative cooling module Is shipped separately for field installation. With both the factory • and field - Installed module, the makeup air %evapOrallve Cooling package 's d unified system requiring only one eleCtrIC31 SuOpIV connection wnan compared to expensive mechani- cal Cooling, evaporative cool2'g provides excellent comfort Cooling if tower equipment. !nst3!'at•0n Goer anon and maintenance costs This Type 02 0v2 /Orafrve coo "rig .'Orxs on 2528 pnrc,olos that water .n direct contact .vn71 a moving airstream will eventually ovapOrale .f :ha droplets nave I0nO 0ncug7 02304ure and that Ov2potatlon will lower the 927 temperature To nerease the WOplet exposure 10 the moving airstream, wetted rigid cellulose media is used In Re2nor evaporative cooling modular; to retain the water Reznor evaporative coolers are also avadeole with 12' gild cellulose media: 6' or 12' rigid glass fiber media The addition of an optional moisture elimination pad allows for use of the evaporative cooling module at higher air velocities The thermally protected .eater pump teature5 3 heavy duty, lan- cooled motor with molstureproot windings along with a corrosion resistant one- piece motor shalt The Snapoul base allows for simple access to the Impeller for easy cleaning The pump la wired to allow for a manual switch to cooling or an automatic Thermostat cooling operation "i • 6 JOv Standard ag•!pmont rciudes 3• dla_tnceiiv actr•9tod. dump protec- tor. float switch t0 ensure that an adequate amount of Nate( ;S 171 the 'OOOrvO!r prior 10 the pump U•rrng ane'glted. An automatic float and constant plead line maintains the proper reservoir level while allowing iha appropriate b!O0a'oit In ara:'an.t aCCUrlulation 31 3cale deposits including calcium and magnesium cilia 'he optional Aqua Sa'.er: water metering system ,s designed '0 decrease .eater usage by automati- cally regulating water 1 t7y : n :d .4 'empareture and to do073ase maintenance regui'9ments oy 5i 77`.7 In0 mime and 'loaf 6witcheS Easi:y 3JCe93iole. sea-c!eaning '',gn 4t1•C•enCy 4 »aOCreilV4 media T her'ma0y O'Otected orate' 0'.mo Electrical '70!C'-protection 2.044 5•v4C7 2+'1.17 51dlnio05 543.9' a'm 7 '1091 valvtt and plead line Iultage con t0 trio pack ag43 7 0777 1 1 71 e' Ol0C2r .vlrtng • Overfl0••v and Train Connact n - abinet OOt10m ! t/ ?' 0,09 07 standard '1053 thread) • 300 Sanas Grade stainless steel water re servo • weatrler cabinet with mesh intake Scram 12' rigid cellulose, 6" or 12" glass 'fiber media Moisture elimination pad Automatic 411: and drain kit • Aqua Saver° wate1 motoring T • Water Hammer Arrestor Alco applies to Models RGB /RP9 'Nt n prefix - 14" 'C' and .. L fti Technical data for Model RBA 13 Ina 3arne as site 160. Also applies to Model RGBL wan prolix "C" Si Technical data for Model RBL is the came as size 400. The cooling efficiency ore4 determined at the maximum allowable CFM without the moisture eilmtnution pad and with an inlet dry bulb tom perature of 95'F and a'1 iniel wet bulb temperature of 65'F EvaporaGvo coOling efficiency , 5 a 2.,nctiun of inlet temperature (wet and city 0u1061 and Of 1106 velOc ly through In0 pads rho staled cooling efficiency Will rise with the decrease of /Woolly and the increase 0f inlet te'•Iperatuf0 S Velocity (FPM) - CFM - Media lace Giza (sq. It ) Model' 8I6a 01 Heater Evaporative Elliotsno L 3000 0 ions A6' of A.95 .•'m 6 mbd T 'a i 8610 S4 or A58 ..tin 12" meO 90!' 41 ,OF•AUFH 500 ' 700 gag 30 •6 904 10.000 450 1 536 , t209 88'4 009. r5 500 Movlmum Coolln Msatmum Foci, ValaCity • oriel mot. olIr"ineUOn eed Meulrett e0ovt Pomp Horegpower 1(' I )L +'SQ,� Amp+ 0 I13Vr1 phe . 92 078.9,0:y 1 1 1 1 i W a _ I 00 e0 WW1* Ft ' to • McOla pule LDImentilone ? 4 32 5 ' 2 2 48 " . 56 pre in Ilona _ 'rLrr'cry 2,.4,, i3J _� _�;g e 7 _.... 2 Max'mum CFM for A DF'90C 'e 5 000 and Model AD 5.500 Maximums on labl0 are for Mode! ADFH REC EIVED T of TuKw1LA 800 'S P(I5 PERMIT CENTER 11. 'f e� .r...... vl..,. .., K•, �eawn: �rar3at+:' Lk;',.ur Y.}ii. tGi ro,Ki;Sn4:4 ,ZWL :k'3 >. Vgi:.N4,1P; , �3« :i';i!ik;lki^•r =f •L 041. 2/62:.7.4.• 75,100 in. 28 5/8 17 3/8 25 7/8 12 1/2 6 2 7 Ism 727 441 657 318 152 51 178 125 in. 28 5/8 17 3/8 25 7/8 15 1/4 8 2 9 1/2 mm 727 441 657 387 203 51 241 1 .175 in. 34 1/8 22 7/8 31 3/8 20 3/4 8 2 9 1/2 mm 867 581 797 527 203 51 241 11 13/16 200 ' in. 39 518 28 318 36 7/8 26 1/4 10 3 mm 1,006 721 937 667 254 76 300 250 In. 47 7/8 36 5/8 . 45 1/8 34 1/2 10 3 11 13/16 mm 1,216 930 1,146 876 254 76 300 300 In. 47 718 36 5/8 45 1/8 34 1/2 12 12 14 1/8 mm 1,216 930 1.146 876 305 305 359 350 in. 53 3/8 42 1/8 50 5/8 40 12 12 14 1/8 mm 1,356 1,070 1,286 1,016 305 305 359 400 In. 58 7/8 47 5/8 56 1/8 45 1/2 12 12 14 1/8 mm 1.495 1,210 1.426 1.156 305 305 359 Horizontal Discharge Air Opening 18" x D (457mm x 0) Return Air Opening 19 1/2' x 8 (495mm x B) 4-342' 104m m • A b the U.S. ratings are for altitudes to 2000 feet. Above 2000 feet Berate by orifice change, 4% for each 1000 feet above sea level. In Canada ratings are for altitudes to 2000 feet. High altitude units (2001 to 4500 ft.) are derated by 10% of maximum input. s Prefix "H" indicates high CFM units without directional finger baffles. c Weights shown are for packaged furnace and blower. For weights of accessories, see below. ° Add to base weight of unit. For weights for other options such as the cooling coil cabinet or roof curbs, see those sections. s Gas connection for optional propane is 1/2" for all sizes. Sizes shown are for gas connec- tion to single stage gas valve, NOT gas supply line size. as -11,1r 1.1/32" ,. 2,202irn 26mm 5 127m 19 -112' 496mm i CURB FIELD WIRING 41ac CAP 4-1,4' Ut VOLTAG- �< 10emm 4-3/32' 19-117 30 -518' 15.1 104mm 496nre 9e1mn 495mm a5.13/16" 2,1801rsn LEFT SIDE VIEW CLEARANCE FROM COMBUSTIBLES 4-6 /r , 1. Furnace bottom - 0 ". (When installed on a roof curb on a combustible surface, the roof area enclosed within the curb must be either ventilated, left open, or covered with non- T B 4-1/4• FRONT VIEW tOBmm OF OPTIONAL DOWNTURN PLENUM -17737 1,106mm 36 -118' 968mm•• 1 -1/37 26mm TIONNAL 100% OUTSIDE AIRINIET 495mm unnn 19 -112' 1.11x' C 0 FIELD 59mm R V CO IIlIIIII RO L BLOWER SECTION Dimension Data (+ or -118" or 3mm) Size A P lenum (Bottom) Discharge Air Opening 19 1/2' x13 (495mm x B) Standard Horizontal Air Inlet Opening 19 1/2' xB (495mm x 8) ' _ ', Na l J FURNACE ICI o .-.a 8 15!32" 215mm 18' 393116' 457mm 995mm• B C NOTICE: IF THE DOCUMENT IN THIS FRAME IS LESS CLEAR THAN THIS NOTICE IT IS DUE TO THE QUALITY OF THE DOCUMENT. 0 E F G 314 i 9m m f 38 -1/8" 966mm•' In C.OA —R08 m 1.019 -1,83 1.359 -2.44 1.999 -3.06 2,039 -3,67 2,379 - 4,29 2,718 -4,90 3,067 -5,52 3,406 -6,13 4,086 -7.35 4,166 - 0,S8 a,44b -u,e1 C '� - ' L 'ri.835-4.5o 1.080 -2.65 1.440 -3,40 1.806 -3,80 2,165 -4.70 2,525 -5,00 2,895 -5,10 3,250 -5,15 3.610 -5,80 4.330 -6,30 5,065 -6,80 5,775 -7,10 ,2.416 -5.77 3,067 -6,45 1 -7,98 4,290 -8,49 4.901 -8,66 . 5,522 -8.75 6,133 -9,85 7,356- 10,703 8.588- 11,563 9.811 - 12.063 Net M►N/Mc ttb& 43 43 47 51 _ 51 52 52 57 57 26 62 28 65 29 -4 hp 19 19 21 23 23 24 24 26 Ship Weigh a Iba 57 57 61 66 66 1 70 1 70 1 80 80 86 92 119 26 26 27 30 30 32 32 36 36 39 41 Downturn Plenum Cabinet Wezelht Ib& 16 16 16 17 - 17 19 19 - 22 22 25 27 k9 i 75 75 75 80 80 89 89 10 10 11 12 r GasCoansdlon- legal 112" 1/2' 112" 1/2' 1/2" 112' 1/2' 1/2" 3/4" 3!4' 314" Filler Size fillers are option! and Available k11 "or 2" disposable, petntlaneat, or pleated.) (1)20x25 (2)20x25 (2)20x25 (2)16x20 (2)16x25 (2)16x20 (2)16x25 (1)16x20 (1)00x20 (1)16x25 (2)20x25 (1)16x20 (1)20x20 (1)16x25 (1)20x25 (1)20x20 (3)20x25 (1)20x20 (3)20x25 _ (3)20x25 (2)16x25 (2)23x20 (3)16x20 (1}16x25 (2)20x25 4-342' 104m m • A b the U.S. ratings are for altitudes to 2000 feet. Above 2000 feet Berate by orifice change, 4% for each 1000 feet above sea level. In Canada ratings are for altitudes to 2000 feet. High altitude units (2001 to 4500 ft.) are derated by 10% of maximum input. s Prefix "H" indicates high CFM units without directional finger baffles. c Weights shown are for packaged furnace and blower. For weights of accessories, see below. ° Add to base weight of unit. For weights for other options such as the cooling coil cabinet or roof curbs, see those sections. s Gas connection for optional propane is 1/2" for all sizes. Sizes shown are for gas connec- tion to single stage gas valve, NOT gas supply line size. as -11,1r 1.1/32" ,. 2,202irn 26mm 5 127m 19 -112' 496mm i CURB FIELD WIRING 41ac CAP 4-1,4' Ut VOLTAG- �< 10emm 4-3/32' 19-117 30 -518' 15.1 104mm 496nre 9e1mn 495mm a5.13/16" 2,1801rsn LEFT SIDE VIEW CLEARANCE FROM COMBUSTIBLES 4-6 /r , 1. Furnace bottom - 0 ". (When installed on a roof curb on a combustible surface, the roof area enclosed within the curb must be either ventilated, left open, or covered with non- T B 4-1/4• FRONT VIEW tOBmm OF OPTIONAL DOWNTURN PLENUM -17737 1,106mm 36 -118' 968mm•• 1 -1/37 26mm TIONNAL 100% OUTSIDE AIRINIET 495mm unnn 19 -112' 1.11x' C 0 FIELD 59mm R V CO IIlIIIII RO L BLOWER SECTION Dimension Data (+ or -118" or 3mm) Size A P lenum (Bottom) Discharge Air Opening 19 1/2' x13 (495mm x B) Standard Horizontal Air Inlet Opening 19 1/2' xB (495mm x 8) ' _ ', Na l J FURNACE ICI o .-.a 8 15!32" 215mm 18' 393116' 457mm 995mm• B C NOTICE: IF THE DOCUMENT IN THIS FRAME IS LESS CLEAR THAN THIS NOTICE IT IS DUE TO THE QUALITY OF THE DOCUMENT. 0 E F G 314 i 9m m f 38 -1/8" 966mm•' In 2Dt1, 5 in. 39 5/8 28 3/8 36 7/8 26 1/4 - 10 3 11 13116 mm 1,006 721 937 667 254 76 300 E 250 In. 47 7/8 36 5/8 45 1/8 34 1/2 10 3 11 13116 mm 1,216 930 1.146 876 254 7E 300 300 in. 47 7/8 36 5/8 45 1/8 34 1/2 12 12 14 1/8 mm 1,216 930 1,146 876 305 305 359 350 in. 53 318 42 1/8 50 5/8 40 12 12 14 1/8 mm 1.356 1,070 1,286 1,016 305 305 359 400 in. 58 7/8 47 5/8 56 1/8 45 1/2 12 12 14 1/8 mm 1,495 1,210 1,426 1.156 305 305 359 Horizontal Discharge Air Opening 18' x D (457mm x 0) Return Air Opening 19 1/2" x 8 (495mm x 8) Plenum (Bottom) Discharge Air Opening 19 1/2' x 8 (495mm x B) Standard Horizontal Air Inlet Opening 19 1/2' x 8 (495rnm x 8) � FIELD -- , � II ll I II 11"ItI .� /81.0 ER / ION f i• r w >: AIRFI SECTION 7 ... o _t FIELD WIRI a UNE VOLTAGE V d AIR FI 19-1 496mm 38.518' 19-1 981eve 496mm 1 1 VIM Waua.w.uvaa ♦Va VrYVU & t,•rmq. as AI4. ava na& a,ow. ..nta.a a SUW& m ava 641a a.11111v6• tion to single stage gas valve, NOT gas supply line size. 1 -113 26sun 5' • 127mra 19-1ft' 495rm. 1 C.14 CJ5 43137 104mm a6.11/11r 85- 13116' 2,180mm LEFT SIDE VIEW CLEARANCE FROM COMBUSTIBLES 1 - 8 1. Furnace bottom - 0 ". (When installed on a roof curb on a combustible surface, the roof area enclosed within the curb must be either ventilated, left open, or covered with non- combustible material which has an "R" value of at least 5.0). 2. Unit top to overhangs - 36" (914mm). 3. Side opposite controls - 6" (152mm). 4. Control side - unit width plus 6" (152nult). Weights of options shipped Installed on the furn.co Aos Downtum Plenum Cabinet (wt. Includes additional anal.) eights of options shlppsdsoparatsly for field armbly and 32 2 Outside Air Inlet Hood Roof Qub tor Basic Unit Roof Curb for Unit wHh Downturn Plenum Cabinet Roof Curb for Unit with Cooling Coil Cabinet !Curb for Unit Its a . r um Plenum and Cooling Coil Cabinets Weights of Accessories - add to unit Ship Weight 4-1/4' 108= 43/32' 104mrn 166 70 90 112 117 144 ONT VIEW OF OPTIONAL DOWNTURN PLENUM 4 1 75, 100,125 Ibs. kg 75 41 51 53 65 150 175 Ibs. kg 177 Installation: 76 95 118 123 149 80 34 43 54 56 68 200, 225 Ibal 196 89 79 101 124 129 155 38 -1/8' 968mm j , ^ T� I A9 21200 A:lalif-49E 229 36 87 46 111 56 133 59 138 70 165 250 300 Ibs. kg 104 39 50 60 63 75 form R2 -C-PO FIELD WIRING CONTROL VOLTAGE FIELD WIRING - GAS- 314' LINE VOLTAGE C C A U P RB 19mm 61 - 29r32" 350 Ibs kg 253 92 117 139 144 171 age 5 115 42 53 63 65 78 61-318' 1.572mra LEFT SIDE VIEW 400 Ibs, kg 271 96 123 145 150 177 123 44 56 66 68 80 1 8-15/32' 215mm I 18 457mm 11-7/32' 285mm NOTICE: IF THE DOCUMENT IN THIS FRAME IS LESS CLEAR THAN THIS NOTICE IT IS DUE TO THE QUALITY OF THE DOCUMENT. 39 -3/15' � 38 -1/8' .11ll1ltl 1� .tll,l 968mm^ llLi 1 FRONT VIEW NOTES: . Reznor designed optional outside air hood or evaporative cooling module is required to en- sure complete weather resistance. 2. Burner and control access shown left side (fac- ing airstream). Specify right side (Option AJ2) for opposite side access and connections. 3. For overall dimension with Cooling Coil Cabi- net with or without downturn plenum. see Cool- ing Coil Cabinet Section. For complete Curb dimensions, see Roof Curb Option Section. Ln L4 ti BLOWER f 1 FURNACE SECTION AIR FI f 1 1 VIM Waua.w.uvaa ♦Va VrYVU & t,•rmq. as AI4. ava na& a,ow. ..nta.a a SUW& m ava 641a a.11111v6• tion to single stage gas valve, NOT gas supply line size. 1 -113 26sun 5' • 127mra 19-1ft' 495rm. 1 C.14 CJ5 43137 104mm a6.11/11r 85- 13116' 2,180mm LEFT SIDE VIEW CLEARANCE FROM COMBUSTIBLES 1 - 8 1. Furnace bottom - 0 ". (When installed on a roof curb on a combustible surface, the roof area enclosed within the curb must be either ventilated, left open, or covered with non- combustible material which has an "R" value of at least 5.0). 2. Unit top to overhangs - 36" (914mm). 3. Side opposite controls - 6" (152mm). 4. Control side - unit width plus 6" (152nult). Weights of options shipped Installed on the furn.co Aos Downtum Plenum Cabinet (wt. Includes additional anal.) eights of options shlppsdsoparatsly for field armbly and 32 2 Outside Air Inlet Hood Roof Qub tor Basic Unit Roof Curb for Unit wHh Downturn Plenum Cabinet Roof Curb for Unit with Cooling Coil Cabinet !Curb for Unit Its a . r um Plenum and Cooling Coil Cabinets Weights of Accessories - add to unit Ship Weight 4-1/4' 108= 43/32' 104mrn 166 70 90 112 117 144 ONT VIEW OF OPTIONAL DOWNTURN PLENUM 4 1 75, 100,125 Ibs. kg 75 41 51 53 65 150 175 Ibs. kg 177 Installation: 76 95 118 123 149 80 34 43 54 56 68 200, 225 Ibal 196 89 79 101 124 129 155 38 -1/8' 968mm j , ^ T� I A9 21200 A:lalif-49E 229 36 87 46 111 56 133 59 138 70 165 250 300 Ibs. kg 104 39 50 60 63 75 form R2 -C-PO FIELD WIRING CONTROL VOLTAGE FIELD WIRING - GAS- 314' LINE VOLTAGE C C A U P RB 19mm 61 - 29r32" 350 Ibs kg 253 92 117 139 144 171 age 5 115 42 53 63 65 78 61-318' 1.572mra LEFT SIDE VIEW 400 Ibs, kg 271 96 123 145 150 177 123 44 56 66 68 80 1 8-15/32' 215mm I 18 457mm 11-7/32' 285mm NOTICE: IF THE DOCUMENT IN THIS FRAME IS LESS CLEAR THAN THIS NOTICE IT IS DUE TO THE QUALITY OF THE DOCUMENT. 39 -3/15' � 38 -1/8' .11ll1ltl 1� .tll,l 968mm^ llLi 1 FRONT VIEW NOTES: . Reznor designed optional outside air hood or evaporative cooling module is required to en- sure complete weather resistance. 2. Burner and control access shown left side (fac- ing airstream). Specify right side (Option AJ2) for opposite side access and connections. 3. For overall dimension with Cooling Coil Cabi- net with or without downturn plenum. see Cool- ing Coil Cabinet Section. For complete Curb dimensions, see Roof Curb Option Section. Ln L4 ADF /ADFH AGORPB A 75, 100, 125 28-1/2 30 0 0, 175 RBA 225 39-112 _ 500 250, 300 350 53-1(4 400 ,_ 58-3(4 t Jo s r- ix- g-01) Page S T (ACCURATE TO MAIS INUS ' 8") n p T ton!\t__ I .Vf1POfl TF"I CO LINO. MOOt1t. C F0 1 INL MRECT FIRED MODEL SERIES RGB, RPB, r: A .111 MODEL. P;3/N. 'inr' l )tr? T FIFIED MODEL ADF /ADFH 300/500 (CooIh' 1 rizoc'tfr' ii{)(:t installed) A a. 341112— 32 -,n 3)2 r WATER CONNECTION (114` TUBING) 24' For Model RBA For Model ADF /ADFH - Size For Models RGB and RPB - Size Ship Weight (includes weigh of heater crate addition) Net Weight with wet media and a Full Reservoir AS8 AS3 AS4 AS5 AS8 with 6° cellulose media with 12" cellulose media with 6" glass media with 12" glass media with 6" cellulose media with 12" cellulose media with 6" glass media with 12" glass media Weights (bs.) - Optional Evaporative Cooling Module RBA 75, 100,125 158 163 162 172 173 184 181 201 300 150, 175 168 174 173 185 197 212 206 230 200, 225 182 '1 202 218 C2 , 230 261 • S00 250, 300 212 221 220 237 249 270 262 296 350 224 234 232 252 271 295 285 305 400 239 249 248 269 292 318 , 308 350 4-112* --1 ('P1'ONAL. EVAPORATIVE ORATIV'E COOLING MODULE FOR =r,tt3:1 tl RED rJ1C)r t:.fllE7. F GFM , RPI3L, PGBL, SSCBL, t:I_c r; " ; P RF - slnvl I 7)I ►1! .r7- F11 1E17 MODEL ADF /ADFH 700/1200 5B3$4' 1 CENTERLINE DRAIN AND OVERFLOW CONNECTIONS �t OVOVOOVVVIONVAIOWAMAMAA • • • . • . 4 • • • • • ..�. • 4..� •4.••.4.•••0.44•• ..4•.••• ....•.•.. ❖• ❖...•...• •••••..••4.44.•••••.. ..,.......•.4.•...•4.4..... .•.••4.4.•••4•..•.••4.••.. :.••...•.••..•••.4.•.•.•44. :•••••.4••••••••4•••4.4.••. 4 CENTERLINES DRAIN AND OVERFLOW CONNECTIONS NOTICE: IF THE DOCUMENT IN THIS FRAME IS LESS CLEAR THAN THIS NOTICE IT IS DUE TO THE QUALITY OF THE DOCUMENT. of 54-114 24' ►14 12" • E <— rnunrot�uurt -- - -- - -- - - — — — — - -- REZNOR U.S. Pat. No. D294, 291; 4, 573, 912; 4, 674, 475 DESCRIPTION The Reznor Model RDF Series single - blower, direct, gas -fired units are certified by ETL to ANSI Standard Z83.18 and Z83.4. The units are designed for indoor or outdoor installation with cabinets of insulated, double -wall galvalume steel construction. Configuration is horizontal with either standard horizontal discharge or optional vertical discharge. The system is factory assembled and mounted on a curb cap for single unit field installation. The RDF Series has a heating range of 20 - 3,000 MBH and an air handling capability range 011,000 - 28,000 CFM. The blower section includes a single blower that is statically and dy- namically balanced for vibration free operation. Depending on the model size and CFM requirements, the blower is either Class I or Class II. A selection of motor horsepower and drive packages is available to match application requirements. Motor and drive packages include an IEC style contactor or starter, adjustable motor base, adjustable sheaves, and drive belts. The direct -fired burner is cast iron with drilled ports and stainless steel mixing plates for high efficiency combustion, designed to meet ANSI emission requirements. The pilot and flame monitoring device is an electronic (hot surface) ignition system and flame supervision with 100% lockout. Burner firing rate is modulated by a temperature selector and sensor to maintain the desired discharge air temperature. The gas train includes main and pilot gas shutoff valves, a manual shutoff leak -test valve, a pilot regulator, a pilot solenoid valve, and either dual solenoid valves or fluid power valves, depending on the application requirements that determine gas train selection. Gas trains meet ANSI Standards, and options are available to meet FM and /or IRI requirements. Standard controls include a remote controVmonitoring console, high and low airflow proving switches, automatic and manual high temperature limit controls, an adjustable outside air temperature sensor for burner cutoff, burner and blower service switches, and a remote temperature selector with discharge sensor. A disconnect switch, a diagnostic light panel, a space override thermostat, a potentiometer, or a pressure sens- ing damper control device are all available as options or components of the air control option selected. Systems installed outdoors MUST include either an outside air hood or a Model REC evaporative cooling module. I Page 22 Page of RDF INDOOR /OUTDOOR DIRECT-FIRED GAS HEATING /MAKEUP AIR SYSTEM FOR COMMERCIAL & INDUSTRIAL APPLICATIONS FILE COPY RECEIVED "ITV rnF rl WWII A SFP n ?noj PERMIT C'eNTER WARNING: GAS -FIRED APPLIANCES ARE NOT DESIGNED FOR USE IN HAZARDOUS ATMO- SPHERES CONTAINING FLAMMABLE VAPORS OR COMBUSTIBLE DUST, OR ATMOSPHERES CONTAINING CHLORINATED OR HALOGE- NATED HYDROCARBONS. INSTALLATIONS IN PUBLIC GARAGES OR AIRPLANE HANGARS ARE PERMITTED WHEN IN ACCORDANCE WITH ANSI Z223.1 AND NFPA 54 CODES. NOTE: RDF Models are not approved for resi- dential use U.S. Pat. No. D294,291 4,573,912 4,674,475 STANDARD FEATURES • ETL certified to ANSI 283.18 and Z83.4 • 100% makeup air. • 20 - 3,000 MBH Heating range. • 1,000 - 28,000 CFM range. • Double -wall, insulated industrial grade construction. • Horizontal configuration with horizontal discharge. • Dynamically balanced centrifugal blower. • NEMA standard motor, IEC contactor (1/2 - 3 HP) or starter (5 - 30 HP). • Adjustable belt drive. • Electronic modulated cast -iron burner with stainless steel mixing plates. • Electronic modulating gas control (25:1 tumdown ratio) • Hot surface intermittent ignition system with prepurge time delay. (U.S. Patent No. 5,556,272) • 24 -volt Transformer (fused secondary). • Adjustable outside air temperature sensor (economizer). • Safety limit controls including high and low air flow proving switches, automatic and manual high temperature limits, flame supervisor with 100% lockout. • Gas train with dual main solenoid valves, main and pilot manual shutoff valves, manual shutoff leak -test valve, pilot regulator, and pilot sole- noid valve (see page 28). • Burner and blower service switches. • Remote control console (see page 56). OPTIONAL FEATURES - Factory Installed • Propane gas • Manifold arrangements to meet FM and IRI requirements (see page 28 -29). • Motor and drive options to meet CFM requirements. • Discharge air temperature gas control systems with and without space override (see page 27). • 230/1, 208/3, 230/3, 460/3, 575/3 voltage alternates. • Combination makeup air - return air with constant or variable air volume supply controlled either by a manually set potentiometer or automati- cally by a remote building pressure sensor (see page 26). • 2- position discharge damper. • Vertical (down) discharge with or without 2- position discharge damper. • 115 -volt convenience outlet. • Built -in lighted indicator panel. Firestat(s) - discharge and/or return, 200 °F. • Freezestat (automatic reset) with time delay relay. • Interlocking and/or control relays. • High and/or low gas pressure switches. OPTIONAL FEATURES - Field Installed • Disconnect switch (see page 65). • Screened outside air hood with moisture - eliminating louvers with or without filter section and 1" or 2" permanent filters (screened air hood or attached evaporative cooling module is required on outdoor installa- tions to retain certification) (see page 66). • Indoor filter sections with 1" or 2" permanent filters (see page 66). • Roof curb - 16" high (see page 63). • Add -on evaporative cooling module is available (see Evaporative Cool- ing Catalog). 6/-153 Q au460 L G:k;»''J,Qirw. . +IL ;l314;tnabti;:::lit; re 411:4Mit.;..+i4WfMii4. ci:: ri,iXltrt.ii..'• .: ii3 ��iNri��lM \w't$:: 4•��36i.�1 .r':iY{��rlvl lrk..�Yw�it.rtGfl :ll�r�i Model Number 1 -20 1-40 1 -50 1-65 2-80 2 -120 3 -180 3 -260 Maximum Capacity (MBH) 400 600 750 750 1500 1500 2500 3000 CFM Rang 1000/3000 2000/4500 3000/6000 4000/6500 6000/12000 9000/16000 11000/20000 16000/28000 Maximum Temperature Rise ( °F) 120 120 120 120 120 120 120 120 _ Supply Voltage 115/1 115/1 115/1 230/1 208/3 208/3 208/3 208/3 Control Amps(110V) 6.0 6.0 6.0 3.0 3.4 3.4 3.4 3.4 Gas Connection (inches) 1 1 1 1 1 or 1 -1/4 1 or 1 -1/4 1, 1 -1/4, or 2 1, 1 -1/4, or 2 Net Weight (lb.) 915 925 935 950 1455 1505 2410 2480 Sizes A Control Side B Non - Control Side C D To Combustible E F T G H J W K X L' M 1 -20, 1 -50, 1-40, 1 -65 88 3/8 37 1/8 44 1/4 85 1/4 45 1/2 7 5/8 22 5 3/8 18 7/8 12 7/8 8 1/4 22 1/8 2-80, 2 -120 86 3/8 48 3/4 68 1/4 85 1/4 69 1/2 16 1/8 27 1/4 6 5/8 27 1/4 14 7/8 16 3/4 27 1/2 3 -180, 3 -260 136 1/8 61 3/4 82 1/2 132 5/8 83 11 14 1/4 37 /2 4 37 1/8 20 3/4 14 3/4 37 1/8 Sizes N' Control Side O' Non - Control Side P R To Combustible 3" S' T U V W X Y` Z 1 -20, 1-50, 1-40 1-65 15 1/4 12 5/8 19 1/8 17 2 3/8 10 8 1/4 31 1/8 3 33 5/8 15 1/8 22 1/8 2-80, 2 -120 251/4 9 5/8 27 1/2 22 6 1/2 10 9 1/2 55 1/4 3 45 1/2 181/8 41 7/8 3 -180, 3 -260 31 3/8 9 1/4 37 301 /4 11 5/8 121 /2 12 67 1/8 3 54 5/8 14 57 1/8 Top 3" Control Side Width of Unit Non - Control Side 3" Bottom To Combustible 3" To Non - Combustible 0" (Curb) REZNOR TECHNICAL DATA DIMENSIONS TOP VIEW OF CURB CAP (NOT ROOF CURB) A - Outside of Curb Cap D - Inside of Curb Cap i Optional i Retum i Air 1 Opening u 1 i Z of RDF INDOOR /OUTDOOR DIRECT-FIRED GAS HEATING /MAKEUP AIR SYSTEM FOR COMMERCIAL & INDUSTRIAL. APPLICATIONS Mt) 5 Mt1A 3 /1AUd t L Y -4,s t- R_ - - - - - - _ W .— Recomm Location for Disconnect Switch 24 Volt Control Wiring Box • Optional Bottom Discharge L M 1 E - Inside `- of Curb Cap T P —► l-O - . a b b Vent. a ` Conn. - '° Gas a a b Blower Compartment Service Panel 11 s 4 R P —4.-0 -4-1 D Inside of Curb Cap .--- A Outside of Curb Cap SIDE VIEW 2 -- 5/8" N - ►� FRONT VIEW C Page Standard Horizontal Discharge F 1 - 1/4" C . 1 - 1/4" �— V--► ` T - Outside Air Opening r - i a 1 H j 'Measurements for locating bottom air openings are from the edge of the inside of the curb cap. M—+j L 1 E Inside of Curb Cap Location Key a = Sizes 1 -20, 1 -40, 1 -50, 1 -65 b = Sizes 2 -80, 2 -120, 3 -180, 3 -260 W 24 Volt Control Wiring Box REAR VIEW MINIMUM CLEARANCES B Recommended X Location for Disconnect Switch 2 - 5/8" Page 23 'System Pressure Drop (" w.c.) Model CFM 2 1 Filter Pressure Dro P 2 2" Filter Pressure pro P O/A Inlet Hood - ressure Drop 3Discharge Damper Pressure Drop a Externa pressure 'Total Adjusted Pressure Drop RDF -1 1,000 0.05 0.10 0.15 0.04 30 -600 12 x 12 2,500 0.10 0.20 0.22 0.06 15 x 15 1.0 / 5.0 4,000 0.15 0.30 0.29 0.10 1.5 / 5.0 425/900 5,500 0.20 0.40 0.37 0.16 500/1140 RDF -2- 120 6,500 0.25 0.50 0.45 0.22 RDF -3-180 11000/20000 6,000 0.05 0.10 0.15 0.04 16000/28000 150 -3000 RDF -2 8,000 0.09 0.18 0.21 0.07 N/A N/A 10,000 0.13 0.26 0.27 0.10 1500 1750 12,000 0.17 0.34 0.33 0.13 N/A WA 14,000 0.21 0.42 0.40 0.18 2250 WA 16,000 0.25 0.50 0.47 0.24 2750 2750 10,000 0.05 0.10 0.14 0.04 2750 2750 _ RDF-3 13,000 0.08 0.16 0.18 0.06 4000 4000 16,000 0.11 0.22 0.22 0.09 4000 4000 19,000 0.14 0.28 0.27 0.12 22,000 0.17 0.34 0.33 0.15 25,000 0.20 0.40 0.39 0.18 28,000 0.23 0.46 0.46 0.22 Capacity Schedule Model Range BTUH Range (MBH) + Fan Di a. (in) Min /Max HP RPM Range RDF -1 -20 1000/3000 20 -400 10 x 10 0.5 / 2.0 730/1600 RDF -1-40 2000/4500 30 -600 12 x 12 0.75/ 5.0 630/1500 RDF1 -50 3000/6000 38 -750 15 x 15 1.0 / 5.0 570/1200 RDF -1-65 4000/6500 38 -750 18 x 18 1.5 / 5.0 425/900 RDF -2-80 6000/12000 75 -1500 18 x 18 2.0 / 15.0 500/1140 RDF -2- 120 9000/16000 75 -1500 20 x 20 2.0 / 5.0 480/1000 RDF -3-180 11000/20000 100 - 2500 22 x 22 5.0 / 30.0 470/1000 RDF -3-260 16000/28000 150 -3000 30 x 22 7.5 / 30.0 300/660 2 Minimum CFM Over Burner (Burner Length' 6" 12" 18" 24" 30 " 36" t 42" 48" [ 54" 60" 66" 72" 800 1000 N/A N/A N/A N/A N/A N/A N/A WA N/A N/A 800 1000 1250 N/A N/A N/A N/A N/A N/A N/A WA WA 800 1000 1250 N/A N/A N/A WA WA WA WA N/A WA 1000 1000 1250 N/A N/A WA N/A WA N/A N/A WA WA 1500 1500 1500 1500 1750 2000 WA WA WA N/A N/A WA 2250 2250 2250 2250 2250 2250 WA WA WA N/A WA N/A 2750 2750 2750 2750 2750 2750 2750 2750 2750 3000 3250 3500 4000 4000 4000 4000 4000 4000 4000 4000 4000 4000 4000 4000 REZNOR Selection of Makeup Air Equipment 1. Determine makeup air CFM based on • Total exhaust CFM - either from rating plates of exhaust equipment or measured • Infiltration CFM = (Building volume in square feet x the desired air rate change) /60 • Type (negative or positive) of building or "spot" pressure desired - For negative pressure - add the exhaust CFM and the infiltration CFM and multiply by <1 (usually .9) - For positive pressure - add the exhaust CFM and the infiltration CFM and multiply by >1 (usually 1.1) 2. Determine makeup air BTUH based on H Q xKxAT H = Heat output of the makeup air equipment Q = Required makeup air CFM (as determined in Step 1) K = Constant of 1.085 AT = Discharge air temperature minus outdoor design temperature (also identified as the temperature rise) To determine BTUH input, divide H by .92. 3. Calculate the Total Adjusted Pressure Drop. With the CFM and pressure drop, determine the HP from the chart on page 25. 4. With this information, determine which size of system will most efficiently provide the required CFM and BTUH. Select the options that meet the specification requirements. Page of RDF EQUIPMENT SELECTION Check the shaded areas in RPM /BHP chart, page 25, for Class I or Class II blowers. Class II blowers are standard on Model RDF -2 -80. 2 Minimum CFM over the burner increases with increases in CFM. Mini- mum CFM over the burner must be the amount listed on the chart or 25% of actual supply CFM, whichever is greater. Air Pressure Dro ' To enter the RPM /BHP chart, page 25, the "Total Adjusted Pressure Drop" must be determined. The 'Total Ad usted Pressure Drop" is determined by adding the external pressure from ducts, registers, grilles and diffusers, to the pressure drop for selected options. 2 There will be different pressure drops for filters other than 1 " or 2" permanent filters provided. 'When a discharge damper or variable air volume unit is required, add in this pressure drop. 'The External Pressure Drop should include all duct work, registers, grilles, and diffusers at required CFM. Blower Notes: Models RDF 1 -20, 1 -40, 1 -50, 1 -65, 2 -120 have a Class I blower. Model RDF 2 -80 has a Class II blower. Depending on the CFM /Static/ RPM/HP requirements (see Chart on page 25), Models RDF 3 -180 and 3 -260 have either a Class I blower or a Class II blower. A Class II blower is an available option on Models RDF 3 -180 and 3 -260 equipped with a standard Class 1 blower. A Class I blower is a standard blower with permanently lubricated cartridge ball bearings. A Class II blower is a heavy duty blower with pillow block bearings. The pillow block bearings have a grease fitting and should be lubricated twice a year with a high temperature, moisture - resistant grease. Units with a 7 -1/2 or 1 HP motor have a heavy duty triangular bearing support; units with a 15 to 30 HP motor have a heavy duty angle iron bearing support. Motor Amps: See pages 69 -70. Page 24 6 <'; .'•,Stviro >.v,�,..r� :i.tsdot i '�.4, ",ItiwiiiR::f fi?.h..brr:.ti5:tl1'� w�4uA* �iaSr;: yi:atY4+i¢,ikL»;<`a?Sbri,: ±;.w aafse `.NiP.'','f1:.+�a�:Y'i4h!�1 `. rY n. li Vi tlaYC dneX$, b' w'' t4.4,4 1i. " ^.i[' "» . 4iti�w }:%:iSc4�'h'ui Modal CFM Total Adjusted Pressure Drop ( w.c.) 0.0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0 2.2 2.4 RDF-1-20 1000 735/0.16 840/0.23 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 1500 745/0.29 850/0.36 950/0.45 1050/0.54 N/A N/A N/A N/A N/A N/A N/A N/A N/A 2000 850/0.49 945/0.61 1050/0.72 1125/0.83 1205/0.95 1285/1.08 1365/1.21 N/A N/A N/A N/A N/A N/A 2500 945/0.83 1015/0.94 1100/1.05 1180/1.17 1250/1.30 1325/1.43 1400/1.57 1460/1.73 1520/1.88 1580/2.04 1635/2.18 N/A N/A 3000 1080/1.38 1155/1.49 1225/1.59 1300/1.75 1375/1.90 1445/2.06 1510/2.22 N/A N/A N/A N/A N/A N/A RDF-1-40 2000 630/0.39 730/0.49 N/A N/A N/A WA N/A N/A N/A N/A N/A WA N/A 2500 665/0.55 740/0.68 825/0.81 895/0.94 965/1.05 N/A N/A N/A N/A N/A N/A N/A N/A 3000 735/0.83 820/1.00 890/1.19 955/1.36 1025/1.54 1100/1.72 1155/1.89 N/A N/A N/A N/A N/A N/A 3500 790/1.18 855/1.34 925/1.52 990/1.71 1055/1.90 1115/2.10 1175/2.30 1225/2.49 1280/2.66 1330/2.75 N/A N/A N/A 4000 845/1.63 910/1.78 960/1.94 1030/2.10 1095/2.33 1150/2.57 1200/2.82 1250/3.06 1330/3.30 1345/3.52 1385/3.74 1430/3.96 1480/4.18 4500 WA 965/2.53 1020/2.71 1075/2.88 1130/3.06 1180/3.23 1230/3.43 1280/3.65 1325/3.87 1365/4.11 1410/4.36 1450/4.60 N/A RDF -1 -50 3000 570/0.66 660/0.82 735/0.99 N/A N/A N/A N/A N/A N/A N/A N/A N/A N/A 3500 595/0.82 665/0.99 740/1.21 805/1.40 N/A N/A N/A N/A N/A N/A N/A N/A N/A 4000 615/1.04 685/1.26 745/1.48 810/1.71 875/1.93 930/2.14 N/A N/A N/A N/A N/A N/A N/A 4500 640/1.43 705/1.61 770/1.80 825/2.02 880/2.26 935/2.50 985/2.74 1035/3.00 N/A N/A N/A N/A N/A 5000 710/1.91 760/2.09 815/2.30 870/2.54 920/2.78 965/3.04 1015/3.30 1065/3.60 1110/3.90 1155/4.21 N/A N/A N/A 5500 745/2.32 790/2.56 840/2.81 885/2.94 935/3.28 985/3.59 1030/3.89 1075/4.21 1120/4.52 1165/4.81 N/A N/A N/A 6000 785/2.86 825/3.08 870/3.30 915/3.61 965/3.93 1010/4.26 1055/4.56 1100/4.84 N/A N/A N/A N/A N/A RDF -165 4000 425/0.69 505/0.96 N/A N/A WA N/A N/A WA WA N/A N/A N/A N/A 4500 440/0.94 520/1.15 585/1.37 N/A N/A N/A N/A N/A WA N/A N/A N/A N/A 5000 450/1.10 530/1.41 595/1.70 650/1.99 WA N/A N/A WA N/A N/A WA N/A N/A 5500 500/1.51 565 /1.56 625/2.07 675/2.36 725/2.69 N/A N/A N/A WA N/A N/A N/A N/A 6000 510/1.78 570/2.06 630/2.36 680/2.69 730/3.04 775/3.39 820/3.74 N/A N/A N/A N/A WA WA 6500 525 /2.04 580 /2.36 635/2.69 685 /3.02 735/3.39 780/3.78 830/4.18 860/4.58 WA WA WA N/A N/A Model CFM Total Adjusted Pressure Drop L w.c.) 0.0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0 2.2 2.4 RDF -2-80 6000 510/1.62 570/1.87 630/2.15 680 /2.45 730/2.76 775/3.08 820/3.40 WA WA WA WA WA N/A 7000 545/2.20 585 /2.50 640/2.80 690/3.10 740/3.46 785/3.82 835/4.18 865/4.54 900/4.91 WA WA WA N/A 8000 565/2.87 610/3.25 650/3.65 700/4.05 750/4.45 795/4.85 845/5.24 875/5.62 910/6.00 945/6.38 980/6.76 1020/7.14 1055/7.50 9000 605/3.99 640 /4.31 675/4.63 715/4.95 760/5.37 805/5.79 855/6.21 885/6.63 920/7.06 955/7.50 990/8.00 1030/8.50 1065/9.00 10000 WA WA 705/5.82 745/6.24 780/6.66 815/7.08 865/7.50 895/8.00 930/8.50 965/9.00 1000/9.50 1040/10.00 1075/10.64 11000 WA WA WA 770/7.38 805/7.88 845/8.43 880/8.97 910/9.51 945/10.05 975/10.67 1010/11.29 1050/11.91 1085/12.53 12000 WA WA WA WA WA 875/10.43 905/10.97 935/11.50 970/12.00 1000/12.59 1030/13.13 1060/13.67 1095/14.22 RDF 2 -120 9000 520/2.71 560/2.95 600/3.41 640/3.85 680 /4.29 720/4.73 WA WA N/A WA WA WA N/A 10000 545/3.56 580 /3.92 615/4.28 655/4.64 695/5.00 735/5.50 775/6.00 810/6.50 WA WA WA WA N/A 11000 575/4.18 605/4.64 635 /5.14 670/5.68 710/6.20 750/6.72 785/7.24 820/7.71 855/8.13 885/8.55 915/8.97 WA WA 12000 615/5.75 635/6.13 660 /6.51 695/6.89 735/7.27 770/7.74 800/8.30 835/8.86 865/9.42 895/10.00 925/10.64 950/11.28 980/11.92 13000 640/6.49 660 /6.97 695/7.45 725/7.97 760/8.49 790/9.01 820/9.53 850/10.05 880/10.71 910/11.37 935/12.03 965/12.69 990/13.35 14000 680/6.49 705/8.85 735/9.25 760/9.65 785/10.05 815/10.65 840/11.25 870/11.85 900/12.45 925/13.05 955/13.65 980/14.25 N/A 15000 N/A 740/10.94 760/11.36 785/11.88 810/12.40 840/12.92 865 /13.44 895/13.96 920/14.48 945/15.00 N/A WA WA 16000 WA WA 790/13.03 815/13.49 840/13.95 865 /14.41 890/14.87 920/15.47 WA WA WA WA N/A Model CFM Total Adjusted Pressure Drop (' w.c.) 0.0 0.2 0.4 0.6 0.8 1.0 1.2 1.4 1.6 1.8 2.0 2.2 2.4 RDF -3180 11000 490 /3.90 530/4.30 565 /4.70 605/5.10 640 /5.74 680/6.38 715/7.02 WA WA WA WA WA WA 12000 505/4.50 545 /5.00 580/5.56 615/6.14 650/6.72 690/7.30 725/7.81 755/8.25 WA WA WA WA WA 13000 530/5.44 565 /5.98 595/6.52 630/7.60 665 /7.60 700/8.22 735/8.84 765/9.47 795/10.11 825/10.75 WA WA WA 14000 550/6.23 585/6.86 615/7.50 645/8.16 680 /8.82 710/9.48 745/10.14 775/10.84 805/11.54 835/12.26 860/12.98 890/13.70 WA 15000 580/7.81 610/8.43 640/9.05 670/9.68 700/10.33 730/10.99 760/11.65 790/12.31 815/12.97 845/13.64 870/14.32 900/15.00 925/15.67 16000 600/9.06 630 /9.72 660/10.40 690/11.10 715/11.80 745/12.50 780/13.20 810/13.92 835/14.64 860/15.41 890/16.23 915/17.06 940/17.90 17000 N/A 655/11.44 685/12.10 710/12.76 740/13.42 765/14.10 790/14.78 820/15.53 845/16.35 870/17.17 900/17.99 925/18.81 950/19.63 18000 N/A N/A 705/13.98 735/14.66 760/15.40 780/16.20 805/17.00 830/17.80 855/18.60 880/19.40 910/20.20 935/21.00 960/21.80 19000 N/A N/A 730/16.14 755/16.90 780/17.66 800/18.44 825/19.22 850/20.00 875/20.80 900/21.60 920/22.40 945/23.20 970/24.00 20000 N/A N/A WA 775/19.20 800/20.00 820/20.74 845/21.48 865/22.22 890/22.96 910/23.70 935/23.60 955/25.19 980/25.99 RDF -3-260 16000 320/4.38 350/5.00 380 /5.64 410/6.28 435/6.93 460/7.58 490/8.25 N/A WA N/A N/A N/A N/A 17000 325/4.89 355/5.58 385 /6.30 415/7.02 440/7.75 465 /8.49 493/9.24 505/10.00 N/A WA WA WA WA 18000 330/5.60 360 /6.36 390/7.12 420/7.91 445/8.74 470/9.58 496/10.38 510/11.14 540/11.90 WA WA WA N/A 19000 335/6.20 365 /7.00 395/7.81 423/8.63 448/9.45 472/10.28 498/11.22 515 /12.16 542/13.10 560/14.14 580/15.00 WA WA 20000 345/6.96 375/7.78 405/8.60 425/9.44 450/10.28 475/1124 500/12.22 520/13.20 545/14.18 565/15.16 585/16.14 605/17.12 WA 21000 355/7.80 385/8.60 410/9.40 430/10.20 455/11.16 480/12.12 503 /13.08 525/14.04 547/15.00 567 /15.95 587/16.85 610/17.69 625/18.62 22000 WA 395/9.59 415/10.50 440/11.50 460/12.50 485/13.50 505/14.50 530/15.45 550/16.35 570/17.25 590/18.16 615/19.08 630/20.00 23000 WA 400/10.50 420/11.50 445/12.50 465 /13.50 490/14.50 510/15.50 535/16.50 555/17.50 575/18.50 595/19.50 617/20.50 635/21.50 24000 WA 405/11.75 430/12.75 450/13.75 475/14.75 495/15.75 515 /16.75 540/17.75 560/18.75 580 /19.75 600/20.80 620/21.90 640/23.02 25000 WA WA 440/14.00 460/15.00 480/16.00 500/17.00 520 /18.00 545/19.00 562/20.00 582 /21.10 602/22.20 622/23.32 642/24.44 26000 WA N/A 450/15.00 470/16.16 490/17.34 510/18.52 530/19.70 550/20.81 565/21.85 585/22.89 605/23.94 625/25.00 645/26.08 27000 WA WA WA 475/17.50 495/18.50 515/19.50 535/20.62 555/21.86 570/23.11 590/24.37 610/25.54 630/26.62 647 /27.70 28000 WA WA WA 485/19.05 505/20.20 525/21.40 540/22.60 560/23.80 580/25.00 595/26.10 615/27.20 635/28.32 650/29.44 • NOTE: Model RDF -2 80 has Class II type blowers as standard NOTE: Shaded areas require Class II type blowers sir Page of _ RDF RPM /BHP CHARTS Page 25 bz REZNOR 100% Makeup Air with Constant Air Volume The most common method of makeup air, this arrangement pro- vides a constant volume of outside air to match a constant amount of exhaust. It is most commonly used to match a specific process such as a kitchen range hood or an indus- trial process which might be used on an intermittent basis. 100% Makeup Air with Variable Air Volume This arrangement is used to supply general makeup air to a space which has varying amounts of ex- haust. A building pressure sensor controls the amount of makeup air supplied, to slightly pressurize the building even though exhaust sys- tems may operate intermittently. The elimination of the need to heat ex- cess amounts of makeup air and the reduction in blower motor power consumption make this system the most efficient system available. Combination Outside /In- side Makeup Air Heating with Constant Air Volume This system fulfills a combination of requirements by matching the re- quired makeup air while supplying supplemental heating for worker comfort. The ability of this design to provide varying amounts of makeup air, while using return air for supple- mental heating, allows the elimina- tion of inefficient supplemental space heating equipment. Page 26 STD: The standard air control arrangement is for 100% makeup outside air across the burner. Profile plates will be factory-set to provide constant air velocity across the burner at the required air volume (CFM). L AR19 O AR20 OPTION AR19: 100% outside makeup air with variable supply air volume (CFM). This sys- tem allows the occupant to manually vary the volume of supply air from a remote potentiom- eter. All of the air supplied to the space is outside air and can be varied from 100% to 25% of rated air flow (CFM). The supply air is varied by adjusting the position of a discharge damper at the outlet of the supply fan. The unit is arranged so that a fixed amount (25 %) of the rated air volume (CFM) flows over the burner at a constant velocity. The remainder (75 %) of the rated air volume flows through a balancing bypass damper. As the supply air volume is varied by the discharge damper, the balancing damper is adjusted to maintain the required air velocity over the burner. OPTION AR20: This system is similar to Option AR19, except that control of the discharge air damper is automatic from a remote building pressure sensor. 0 Page of RDF AIR CONTROL ARRANGEMENTS qr OPTION AR22: Combination outside makeup air and recirculation space heating system. This system supplies constant air volume and incorporates interacting return air and out- side air dampers, which, between them, handle 75% of the rated air flow. Both dampers are in bypass positions so that the remaining 25% of rated air volume (CFM) flows over the burner to maintain constant burner velocity. A manual remote potentiometer positions the return air damper to maintain the required building pressure. The outside air damper oper- ates as a balancing damper to reduce outside air as the return air is increased. It is oper- ated from a velocity pressure sensor built into the unit and is independent of the return air damper. OPTION AR23: This system is similar to option AR22, except that control of the return air damper is automatic from a remote building pressure sensor. AR22 O AR 0 F x` ... ar',. �.�: i 1 �a.¢.ic nt+A+inxwnd++�e+n � � uir.+.nw»a , 9 REMOTE TEMPERATURE SELECTOR REMOTE TEMPERATURE SELECTOR REMOTE SELECTRASTAT - REMOTE T TEMPERATURE - OVERRIDE 4T, lr;# Yz: 7.: a: �TrZ VA='. i. T,Y!l t r iri p 1 fS:+r :::':.:*'::.< :17:!•8' ; p ir: rf � , riFfe i ( p : 7,74 f-1�`ja H Yr�gf lL -Ryi . �t 4 • 55° - RDF - 90° Page of GAS CONTROL SYSTEMS The basic control system utilizes a Maxitrol Series 14 amplifier, discharge air temperature sensor, and modulating gas valve.The system can be set to maintain a constant discharge air temperature in the range of 55 ° -90° F or 80°-1 20°F (Option AG32). Adjustment of this temperature is made at the remote temperature selector mounted on the remote console. �,- �c a�r a+'a.•rN'uc- r;rs •'+f::t vv x' s ..ytafa^rrr uo .. .'' ' '; > €•`DTs ch'arge,-Temp.fr:1. . :'i( '- ` &.:jc,�Yi ��f'iS'r.'lft� «r�:'.:•1:.. �',.�'f: 01 ' • jja 1. .�.v y.. .l�- ;1u,'SS: . This option provides a remote override space sensor. Discharge air temperature is temporarily reset upwards if space temperature falls below the setpoint. Only available with standard system (55 °- 90 °F). ∎G33: This optional system utilizes a Maxitrol Series 44 amplifier, discharge air temperature sensor, and remote selectrastat.The high and low limits (20 ° -60 °F and 60 °- 120 °F) for control of discharge air temperature are set at the amplifier in the electrical control compartment of the unit. The space temperature to be maintained (55 °- 90 °F), is set at the remote selectrastat within the space. When temperatures are above or below the space temperature setpoint, the discharge air temperature setpoint is adjusted automatically within the maximum (60 °- 120 °F) and minimum (20 ° -60 °F) limits set on the amplifier. AG37: Maxitrol A200 Signal Conditioner (used with customer supplied 4 -20MA or 0 -10V input signal) and special electronic modulating gas regulator. Conditioner and regulator are factory- installed; computerized control system is field - supplied. Page 27 4R t`': fr rFK 4'31k REZNOR KEY: 1. Burner 2. Modulating Gas Control Valve 3. Pressure Regulator 4. Main Gas Manual Shut -Off 5. Pilot Solenoid Valve 6. Pilot Regulator 7. Pilot Manual Shut -Off 8. Main Gas Solenoid Valves 9. Main Gas Motorized Fluid Power Valve 10. Manual Shut -Off Leak -Test Valve 11. Low Gas Pressure Safety Switch 12. High Gas Pressure Safety Switch 13. Vent Solenoid Valve 14. Combination Pressure Regulator, Modulating Valve 15. Hot Surface Ignitor Manifolds Up to 750 MBH (STD, BM5, BM7) All manifold arrangements include main gas and pilot gas shut -off cocks, manual shut -off leak -test valve, pilot regu- lator, pilot solenoid valve, and a main gas pressure regula- tor. Each manifold arrangement is available for inlet gas pressures of 6" w.c. to 5 psi gas inlet pressure. BM5: Optional manifold arrangement to meet FM require- ments on outdoor units without filters and IRI requirements on all units. For inputs less than or equal to 750 MBH. In- cludes two (2) fluid power valves in lieu of solenoid valves, high and low gas pressure switches and a manual shut -off leak test valve (6" w.c. to 5 psi gas inlet pressure). Page 28 Page of RDF MANIFOLD ARRANGEMENTS STD: Standard manifold arrangement to meet ANSI require- ments up to 750 MBH. Includes two (2) solenoid main gas valves (6" w.c. to 5 psi gas inlet pressure). BM7: Optional manifold arrangement to meet FM require- ments on outdoor units with filters and all indoor units. For inputs less than or equal to 750 MBH. Includes two (2) fluid power valves in lieu of solenoid valves, high and low gas pressure switches, vent valve, and a manual shut -off leak test valve. (6" w.c. to 5 psi gas inlet pressure). Burns Std BL2 BL3 BL4 BL5 BL6 BL7 BL8 BL9 BL10 BL11 BL13 Max MBH 250 500 750 1000 1250 1500 1750 2000 2250 2500 2750 3000 Manifold Std 0.9 2.3 6.8 N/A N/A N/A N/A - N/A N/A N/A N/A N/A N/A BM5/BN7 0.7 1.9 3.9 N/A N/A N/A N/A N/A N/A N/A N/A BM9 /BM10/BM1 N/A N/A N/A 3.0 4.0 5.1 6.6 8.0 2.5 2.9 3.3 3.8 Manifolds for Greater than 750 MBH (BM9, BM 10, BM11) - These manifold arrangements include main gas and pilot gas shut -off cocks, manual shut -off leak -test valve, pilot regulator, and pilot solenoid valve. Each manifold is available for inlet gas pressures from 6" w.c. to 5 psi. and utilize 1-1/4" or 2" manifold piping. For gas pressure greater than 5 psi., a pressure regulator must be installed upstream of the unit. BM9: Optional manifold arrangement to meet ANSI require- ments greater than 750 MBH. The pressure regulator and modulating valve are replaced with a combination pressure regulating/modulating valve. The two (2) solenoids are re- placed by two (2) fluid power valves, and a manual shut -off, leak test valve is added. Page of RDF MANIFOLD ARRANGEMENTS (cont'd) BM10: Optional manifold to meet IRI requirements on units with inputs greater than 750 MBH but Tess than 1,000 MBH and FM requirements on outdoor units without filters with inputs greater than 750 MBH.The standard pressure regu- lator and modulating valve are replaced by a combination pressure regulating /modulating valve. The two (2) standard solenoid valves are replaced by two (2) fluid power valves. A manual shut -off, leak test valve and two (2) gas pressure switches are added. BM11:Optional manifold to meet IRI requirements for units with inputs greater than or equal to 1,000 MBH and FM requirements on all indoor units and outdoor units with fil- ters with inputs greater than 750 MBH. The standard pres- sure regulator and modulating valve are replaced by a com- bination pressure regulating /modulating valve. The two (2) standard solenoids are replaced by two (2) fluid power valves and a normally open vent solenoid valve. A manual shut- off, leak test valve and two (2) gas pressure switches are added. Manifold Pressure Drops —The design inlet gas pressure on RDF products must recognize the pressure drops through the gas train. For maximum capacity, 5.0" w.c. natural gas pressure is required at the burner and 1.3" w.c. propane gas pressure. Use the following chart to determine the pressure drop through the gas train for your installation. Add the required pressure of 5.0" w.c. for natural gas or 1.3" w.c. for propane gas and the manifold pressure drop from the chart to calculate the required minimum inlet pressure for your installation. Page 29 ..i;T� �}%.:t..+.u:'.t:ti:'cia : i rie Y t ..lY,1 . .'F:.IS.f02xW ^. } .. 1;.^A%:.,:i0ile•;21i2:1'.0 REZNOR GENERAL Provide a direct fired makeup air /heating unit as manufac- tured as a Reznor brand by Thomas & Betts Corporation. The unit shall be designed to meet the standards for direct - fired gas heating equipment as developed by the American National Standards Institute (ANSI Z83.4). Units are ETL listed to ANSI standards. The unit shall be shipped in one (1) piece from the factory completely wired and piped, with the exception of remote control devices, O/A weatherhoods, filter cabinets and roof curbs. Lifting lugs are to be provided from the factory for rigging the unit. CABINET The cabinet shall be of double -wall construction with 1 inch, 11/2 Ib. density insulation. The construction material used shall be galvalume steel for high corrosion resistance. The unit shall be fully weatherized for outdoor or indoor mount- ing. All gas and electrical controls shall be mounted in fully weatherized control compartments with easy removable doors. All access panels and doors shall have pocket handles for ease of handling. The model RDF -(- ) by Reznor shall provide ( ) CFM at ( ) in external static pressure. The unit shall provide ( ) BTUH with a temperature rise of ( ) °F and a final air tem- perature of ( ) °F. FEATURES The unit shall be provided with the following features: A 115 volt and a 24 volt transformer shall be provided for gas, safety and electrical controls. All remote wiring and con- trols shall be 24 volt. A motor with adjustable drive shall be included. Motors 1 /2 through 3 hp shall be provided with inter- nal overloads and a motor (contactor), (starter with 3 leg protection). All motors 5 hp and larger shall be provided with a motor starter with 3 leg protection. Burner shall be cast iron with stainless steel mixing plates. Page 30 Page of RDF SAMPLE SPECIFICATIONS - ETL LISTED TO ANSI STANDARDS CONTROLS Gas safety controls shall be provided to meet (ANSI), (IRI), (FM) requirements and will include a flame safeguard relay with flame sensing. Automatic and manual high temperature limits are to be provided at the discharge of the unit and a high temperature safety located at the burner. (Provide firestats at the supply (and return air). (Provide a Freezestat at the discharge of the unit.) An adjustable outside air cut -off shall be provided to shut -off gas when outside air temperatures exceed ( °F). Ignition shall be by an electronically con- trolled hot surface intermittent ignition system with a ce- ramic ignitor. The unit shall be provided with (100% outside air, constant volume), 100% outside air, variable volume), (outside and recirculation air, constant volume). The velocity of air over the burner must always remain constant and at no time shall recirculated air pass over the burner. High and low air veloc- ity safety pressure switches shall be provided to protect against low or high air flow over the burner. The gas temperature controls shall be electronic with accu- racy to t 0.2 °F. The nominal turndown ratio shall be 25:1 with total control between high and low fire. The unit shall be provided with prepurge time delay and arranged for positive low -fire start-up. The temperature controls shall be (discharge air control from 55 °F- 90 °F with an adjustable space over- ride), (adjustable discharge air reset from space tempera- ture). The system shall be resetable from a remote tem- perature selector mounted on the remote control console. An adjustable outside air controller shall be provided to sense the outdoor air temperature and shut -off the burner if the out- door temperature exceeds the setpoint on the control. The unit shall include burner, blower (and damper) service switches (diagnostic analyzer board) in the electrical com- partment. A remote operating console shall be provided with a system switch, burner and blower lights, a safety lockout Tight and a remote temperature selector. Provide the following accessories: (a) Outside air weatherhood (with moisture eliminators). (b) Filter cabinet for indoor units. (c) Roof curb. (d) Weatherized fused disconnect switch. If specification includes evaporative cooling, add a Reznor Model REC to the RDF Direct -Fired Packaged Makeup Air System. (See Evaporative Cooling Catalog). ? : ; ur: i' ci: 4i: v'v .:srys'e7� 60 BLO' ER SECTI• . AL, 39-112 23 -3/4 37 -1/2 24 21 -1/4 34 -3/4 37 70 47 -3/4 23 -3/4 45 -3/4 24 21 -1/4 43 45 -1/4 80 53 -1/4 23 -3/4 51 -1/4 24 21 -1/4 48 -1/2 50-3/4 90 58-3/4 23 -3/4 56 -3/4 24 21 -1/4 54 56 -1/4 • 58 -3/4 47 -3/4 56 -3/4 48 45 -1/4 54 _ 56 -1/4 180 � BLO' ER SECTI• . AL, URN • a 1 DISCHARGE PLENUM W • IR FLOW 1 Mod6I and Size REC 40 -90 • rate MODEL REC DIMENSIONAL DATA FOR FIE! - n_t, t : -:,:: ;! ±ON lSti:: Minimum length of transition duct for connection to Reznor Direct -Fired Makeup Air System. REC J MODE RDF OR ADF DIRECT FIRED SYSTEM OR MODEL DV BASE Weight (Ibs.) - Model REC Evaporative Cooling Module Size Ship Weight Net Wt. with wet media and a Full ,Reservoir with 6" cellulose media with 12" cellulose media with 6` glass fiber media with 12" glass fiber mega with 6" cellulose media with 12" cellulose media with 6" glass fiber media with 12" glass fiber media 40 158 163 162 172 173 184 181 201 168 174 173 185 197 212 206 230 182 189 188 202 218 237 230 261 70 212 221 220 237 249 270 262 296 80 224 234 232 252 271 295 285 305 90 239 249 248 269 292 318 308 350 180 313 335 332 374 379 431 420 514 D �, `�:ia , ' , A1 > M IN NOTE: Top view of duct work must be symmetrical Model end Size ADF /ADFH 300/500 DV 109/112/115 ADF /ADFH 700/1200 , DV 118/122/125 RDF1, RDF2 ,RDF3 D 24" 30 , E 38" 42" "CtD t opLgo Minimum length of transition duct for connection to Reznor 1 • direct -Fired System or Air Handler. REC 180 NOTICE: IF THE DOCUMENT IN THIS FRAME IS LESS CLEAR THAN THIS NOTICE IT IS DUE TO THE QUALITY OF THE DOCUMENT. OTE: Top view of duct work mus'tbe • •metrical 30" Page 3 (- TO. TE 91 60470d V9T 'OD Da dlid 0G61-29L-90 MODEL SIZE A B INLET DUCT OPENING G C 0 E F 40 28 -1/2 23 -3/4 26-1/2 24 21 -1/4 23 -3/4 26 50 34 23 -314 32 24 21 -1/4 29 -1/4 31 -1/2 60 39 -1/2 23 -3/4_ 37 -1/2 24 21 -1/4 34 -3/4 37 > 70 47 -3/4 23 -3/4 45 -3/4 24 21-1/4 43 45-1/4 80 53 -1/4 23 -3/4 51 -1/4 24 21 -1/4 48 -1/2 , 50-3/4 90 , 58 -314 23 -314 56-3/4 24 21 -1/4 54 56 -114 180 58 -3/4 _ 47 -3/4 56 -314 48 45 -1/4 54 56-1/4 t MODEL REC DIMENSIONAL DATA ( - r or - 1/!3 ") A o� '• • C I G INLET VIEW Ship Weight r B 5-112' ADJUSTABLE 16' MAX. 9' MIN. CONTROL PUMP ACCESS DOOR AIR FLOW WATER CONNECTION 014 ADJUSTABLE 21 -9!16' MAX 14 -9116' MIN. with 12" cellulose media (M uk foo 24 -118' •r8• Ti-ipAti SIDE VIEW --- -- . DRAIN OVERFLOW CONNECTION il ro w p.�= -- -1- F? � du —Lia Fo r (l J'rJteof -T g -2-7Y Weight (Ibs.) - Model REC Evaporative Cooling Module 50 ELECTRICAL CONNECTION WATER CONNECTION (CONTROL SIDE) Size with 6" cellulose media 40 158 163 168 174 60 182 189 70 212 221 LV 80 224 90 239 234 249 180 313 335 Page NOTICE: IF THE DOCUMENT IN THIS FRAME IS LESS CLEAR THAN THIS NOTICE IT IS DUE TO THE QUALITY OF THE DOCUMENT. of 9-1 . 4 - 2 DRAIN OVERFLOW OUTLET VIEW CONNECTION CD un w • 09/05/01 • WED 07:58 FAX 14258234428 tN - k_ Table GD-4 — Genera! Data General (12 15 Ton) Data Standard Efficiency 12%Ton Downflow and Horizontal Units 15Ton Downflow and Horizontal Units TC*150C3, C4, CW TC #18083, 84, BW CooNng Performance' Gross Cooling Capacity 150,000 180.000 EERt 9.2 9.0' Nominal CFM / ARI Rated CFM 5,000/4,400 6.000/5,300 ARI Net Cooling Capacity 142,000 170,000 Integrated Pan Load Value' 8.9 8.9 System Power (KW) 15.44 1890' Compressor No,/Type 21Climetuff® Scroll 2/Trane 3 -D® ScrolKlimatuff® Scroll Sound Rating (GELS)' 9.2 9.2 Outdoor CoN —Typo Hi-Performance Hi- Performance Tube Size (in.) O.D. .375 .375 Face Area Isq ft) 23.93 24.18 Rows/FPI 2/16 2/16 Indoor Coil —Type Hi- Performanco Hi•Performanco Tube Size (in.) .375 .375 Face Area (sq ft) 12.63' 17.50 Rows/FPI 3/15 2/15 Refrigerant Control Short Orifice Short Orifice Drain Connection No/Size (in.) 1/1,00 NPT 1/1.00 NPT Outdoor Fan —Type Propeller Propeller No. Used/Diameter (in.) 1/26 2/26 DriveType/No. Speeds Direct/1 Direct/1 CFM 7,800 10,800 No. Motors/dP 1/1.00 2/.50 Motor RPM 1,125 1,100 Indoor Fen —Type FC Centrifugal FC Centrifugal No. Used 1 1 Diameter x Width tin.) 15 x 15 15 x 15 DriveType No. Speeds Bet1/1 Belt/1 No. Motors 1 1 Motor HP IStandard/Ovorsized) 3.0/5.0 3.015.0 Motor RPM (Standard/Oversized) 1,740/3,450 1,740(3,450 Motor Frame Size (Standard/Oversized) 145T/145T 145T/145T altars — Type/Furnished? Throwaway/Yes Throwaway/Yes (No.) Size Recommended (in.) Downflow (3120x20x2.13) 16 x 20 x 2 (2)20 x 20 x 2,14)20 x 25 x 2 Horizontal 14) 20 x 25 x 2 12/20x20is2,(4)20x25x2 Rsfdgorent Charge ILbs of R•22r Downflow B.4/9.1/Circuit 13.4/7.7/Circuit Horizontal 8.8/Circuit 13.4/17/Grcuit RT- PRC002 -EN NOTES: 1. Cooling Performance is rated at 95 F ambient, 80 F entering dry bulb, 67 F entering wet bulb. Gross capacity does not include the select of fan motor heat. ARI capacity Is net and includes the effect of fan motor Mat. Units are suitable for ops,Mion to r20% of nominal cfm. Certified in accordance with the Unitary Urge Equipment codification program, which Is based on ARI Standard 340/360.93. 2. EER is rated et ARI conditions and in accordance with ARI Standard 210/240 or 360. 3. Integrated Pan Load Value is based In accordance with ARI Standard 210/240 or 360. Units are rated al BO F ambient, 90 F entering dry bulb, and 67 F entering wet bulb at ARI rated elm. 4. Sound Rating shown Is lestod in accordance with ARI Standard 270 or 370. 5. Refrigerant charge is an approximate value. For ■ more precise value. see unit nameplate and service instructions. 0 Horizontal models EER 9.1, system power KW 18.68. 7 Face area for Indoor Coil on horironu modals is 12.35 *Indicates balk downflow and horizontal units. FILE COPY f_ 0 01 TRANS` wurr OFTUK S(-,13 U J • (7Oi PURMIT CkNTf k 15 CFM Airflow Bulb (F) 61 67 73 61 67 73 61 67 73 61 67 73 MBH SHC MBH SHC MBH SHC MBH SHC MOH SHC MDR SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC 75 139 116 155 89.6 161 59.5 128 110 148 85.5 158 56.9 118 105 138 80.9 152 53.8 106 99.8 127 76.1 144 50.2 4500 80 141 138 156 110 162 82.4 130 130 148 107 159 78.8 122 122 138 103 152 75.4 114 114 127 976 144 71.7 85 148 148 156 131 163 99.9 141 141 148 128 160 973 132 132 139 124 153 95.5 124 124 129 119 145 92.5 90 156 156 158 151 165 118 149 149 150 150 161 116 142 142 142 142 154 115 134 134 134 134 145 113 75 142 122 167 92.5 162 60 132 117 150 89 159 57.6 121 112 141 84.6 153 54.7 111 106 130 79.9 145 51.1 5000 80 144 144 157 114 163 85.7 136 136 151 112 160 82 127 127 141 108 154 78.3 119 119 130 103 148 74.6 85 153 153 158 136 165 104 146 146 152 135 161 101 138 138 142 132 155 98.9 129 129 132 121 146 96.4 90 159 159 160 157 167 118 154 154 153 153 162 120 147 147 147 147 156 120 139 139 139 139 147 118 75 145 128 158 94.4 163 60.9 135 123 152 92.3 159 58.5 124 118 143 88.1 154 55.6 113 113 132 83.4 146 51.9 5500 80 149 149 159 118 165 83.3 141 141 152 117 160 82.8 132 132 143 113 155 79.9 123 123 132 109 147 77 85 156 156 160 141 167 102 150 150 153 141 162 102 142 142 145 139 156 102 134 134 134 134 148 999 90 162 182 162 162 168 120 157 157 157 157 164 123 150 150 150 150 157 124 143 143 143 143 149 123 75 147 134 159 96.3 164 61.8 137 129 153 95 160 59.3 127 124 144 91.5 155 56.4 115 115 134 86.8 147 52.8 6000 80 152 152 160 121 165 84.3 144 144 154 121 161 82.9 136 136 145 118 156 81.4 127 127 134 114 148 78.9 85 159 159 162 145 167 104 153 153 155 146 162 105 146 146 147 145 157 105 137 137 137 137 149 103 90 164 164 164 164 169 122 159 159 159 159 164 125 153 153 153 153 159 128 145 145 145 145 150 127 09/05/0.1 • Wl3L) 07:58 FAX 14258234428 Table P0.11 - Gross Cooling Capacities (MBH) 1234 Ton Three Phase TC*15003, C4, CW RT- PR0002 -EN Enter Dry 85 *indicates bulb downllow and horitonial tniu TRINE" Performance (12 15 Ton) Data Standard Efficiency 95 Entering Wet Bulb Table P0-12 - Gross Cooling Capacities (MEIN 15 Ton Three Phase TC4c18083, 84, 8W 85 99 Ambient Temperature Ambient Temperature 105 115 Iil) 002 NOTES" 1. All capacities shown are gross and have not considered indoor ten heat. To obtain ne: cooling subtract indoor fan heal. 2. MBH • Total Gross Cooling Capacity 3. SHC • Sensible Heat Capacity 105 115 Enter. Dry Entering Wet Bulb CFM Bulb 61 67 73 61 67 73 61 67 73 61 67 73 Airflow (F) MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC MBH SHC 75 164 131 184 103 195 71.5 154 125 177 99.7 190 68.9 143 120 167 91.4 183 65.4 131 114 155 88.9 174 61.4 5400 80 160 160 185 126 196 95.8 155 146 177 122 191 92.5 146 139 167 117 183 88.6 135 133 155 112 174 64.3 86 171 171 185 148 197 116 163 163 177 145 191 114 154 154 167 140 184 111 145 145 155 135 174 107 90 181 181 188 170 199 135 174 174 174 174 193 134 166 166 169 159 185 131 157 157 159 153 175 128 75 168 138 187 107 196 72.4 158 132 179 103 191 69.7 146 126 170 98.3 184 66.2 135 120 158 92.9 178 623 6000 80 166 166 197 131 197 90.3 181 154 180 128 193 95.5 151 147 170 123 185 91.6 140 140 158 118 178 873 85 177 177 188 154 199 118 170 170 190 152 194 117 161 161 171 148 186 114 152 152 159 143 177 111 90 186 186 186 196 201 139 180 180 179 179 195 138 172 172 174 167 188 136 163 163 164 182 178 134 75 172 144 188 110 198 73.5 161 139 182 107 193 70.7 150 133 172 102 186 673 133 133 161 98.6 177 63.3 6600 80 175 167 190 135 199 990 196 161 182 132 193 973 155 155 173 128 186 94.2 145 145 161 123 178 90.2 85 182 182 191 159 201 121 175 175 183 158 195 119 167 167 174 155 188 117 157 157 157 157 179 114 90 190 190 190 190 203 142 184 184 186 178 197 142 176 176 178 174 190 141 168 168 168 168 180 139 75 175 150 190 112 199 74.5 164 145 183 110 194 717 153 139 174 106 187 683 137 137 163 100 178 64.2 7200 80 178 173 191 138 200 102 170 168 184 136 195 98.8 159 159 175 133 188 96 149 149 163 129 179 92.5 85 186 186 193 164 202 124 179 179 185 183 197 122 171 171 171 171 190 120 182 162 162 162 180 118 90 193 193 195 185 204 145 198 188 189 183 199 145 180 180 181 190 191 145 172 172 172 172 181 146 N01ES: • 1. AN capacities shown ere gross and have not considered indoor fen heat. To obtain net cooling subtract indoor fen hut. 2. MOH. Torsi Grose Cepeotty 3. SHC • Sensible heat Capschy 25 K: 1:415;41,.74,0;�tr S +ck rqa.;; .rs�1" w'x4Ytu iL4l�(�b ?" • ip 13 52 17 83 65 e vill iP ith 94 47 87 69 HP 04 45 93 11 ate rl 90 38 94 57 28 EN 09/05/01 WED 07:59 1!AX 142582)4428 4000 4500 5000 5500 6000 RT- PR0002 -EN for Standard Evaporator Fan Speed (RPM), reference Table PD•S3. For Oversize Evaporator Fan Speed (RPM). reference Table PD -55. NOTES: Fan motor heat IMBH) a 3.15 a Fan BHP Dote Includes pressure drop due to wet coils and filters 1. Field Supplied Fan Sheave BK90 Required. Field Supplied Bah may be necessary. 2 Field Supplied Motor Sheave IVP44 Required. Field Supplied Belt miry be necessary. 3. Field Supplied Motor Sheave IVPSO Required. Field Supplied Belt may be negotiant. Performance Data Table PD•36- Evaporator Fan Performance 121/2 Ton TCD150C Extend S tdic Pres s tae (inches d Wda) .10 .20 .30 .40 .50 .60 .70 .80 .90 1.00 1.10 1.20 1.30 am RPMBHP RPM BHP RPM BHP RPMBHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 3 HP Standard Motor & Field Supplied Low Static 3 HP Standard Motor & Drive (2) 591 1.09 628 1.23 663 1.4 698 1.52 732 1.68 764 1.84 796 2.00 827 2 655 1.51 689 1.671 721 1.8 753 1.98 783 2.15 813 2.32 843 2.50 871 2. 721 2.03 752 2.20 781 2.4 810 2.55 838 2.73 866 2.91 893 3.11 9 786 2.65 815 2.85 842 3 869 3.23 895 3.42( 926 5.62 f 946 - 3.82 971 4. 853 3.40 879 3.62 905 3.8 930 4.03 954 4,24 977 4.45 1001 4.66 1024 4. 3 HP Slandcltd Molot i F Feld Supplied Low Stolle Olive (1) 4000 - - 576 1.19 613 1.34 649 1.49 684 1.65 717 1.83 750 2.00 4500 597 1.46 630 1.61 664 1.77 697 1.931711 2.11 759 2.29 789 2.48 5000 656 1.96 686 2.1317) 7 2.30 747 2.48 776 2.66 804 2.86 832 3.06 5500 715 2.57 743 2.75 771 2.94 798 3.13 826 3.331852 3.531 878 3.74 6000 776 3.29 801 3.49 826 3.70 852 3.90 877 4.11 902 4.33 926 4.55 5 Hp Oversize Motor i tee Drive (2) For Stamford Evaporator Fan Speed IRPM). reference Table PD•53. For Oversize Evaporator Fan Speed IRPMI. reference Table P0•55. NOTES: fan motor heat IMBHI = 3.15 a Fan BHP Data includes pressure drop due 50 wet coils end filters 1. Field Supplied Fan Sheave BK90 Required. Field Supplied Belt may be necessary. 2. 5 HP ()venire Motor with Field Supplied Motor Shuteye IVL40 Required. Field Supplied Belt may be mastery. 16 857 2.33 886 2.50 914 2.67 942 2.85 969 3.04 69 899 2.87 927 3.05 953 3.241 980 3.43 1005 3.62 20 3 946 3.51 971 3.71 997 3.91 1021 4.11 1046 4.32 03 995 4.25 1019 4.47 1043 4.69 1066 4.91 1089 5.13 88 1047 5.11 1070 5.35 1092 5.581 - - - - 5 HP Oversize Motor & Drive Trene's factory supplied motors. In commercial equipment, are definite purpose motors, specifically deslgned and tested to operate reliably and continuously at all cataloged conditions. Using the full horsepower range of our tan motors as shown in our tabutar data will not result In nultance tripping or prnmeture motor failure. Our product's warranty wlli not be affected. Table PD-36 Continued Externd StolidPressueQrailes d.Wder) 1.40 1.50 1.60 1.70 1.80 1.90 2.00 ci M RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BLIP 3 HP Standard Motor & Field 5 HP Oversize Motor & Drive Supplied Hlph Static Drive 12% 4000 995 3.23 1021 3.4311046 63 1071 3.84 1095 4.05 1118 4.27 1141 4.48 4500 1030 3.82 1055 4.02 1079 4.23 1103 4.45 1126 . 4.66 1149 4.89 1171 5.11 5000 1069 4.53 1093 4.74 1116 4.96 1138 5.18 1183 5.63 - 5500 1112 5.36 1134 5.581 f / 6000 T1RANEa (12 Ton) Standard Efficiency Table PD37 - Evaporator Fan Performance 121/2 Ton TCH150C External Static Pressure (Inches of Water) .10 .20 .30 .40 .50 .60 .70 .80 .90 1.00 1.10 1.20 1.30 CFM RPM BHP ANA BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP 3 HP Standard Motor & Oriva 5 HP Motor 1r High Static Drive (3) 5 HP Oversize Motor & Drive X 003 781 2.19 812 2.38 842 2.58 872 2.78 901 2.99 929 3.21 819 2.68 847 2.88 875 3.09 903 3.301 930 3.52 957 3.75 860 3.27 886 3.481 913 3.70 939 3.92 964 4.15 989 4.39 904 3.96 929 4.19 953 4.42 978 4.66 1.002A.90_1025 950 4.78 974 5.02 997 5.26 1020 5.51 - - - - Trona', factory supplied motors, in commercial equipment. are definite purpose motors. specifically designed and toted to opeude reliably and continuously et ate cataloged conditions. Using the full horsepower range of our fen motors es shown In our tabular data will not result in nuisance tripping or premature motor failure. Our product's warranty will not be affocted. Table PD-37 Continued Exte Staic Pre ssue0ndles d Water) 1.40 1.50 1.60 1.70 1.80 1.90 2.00 CFM RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP. RPM BHP 5 HP Oversize Motor Si Drive 4000 956 3.431984 3.65 1010 3.88 1036 4.11 106) 4.35 1086 4.59 1110 4.83 4500 983 3.98 1006 4.21 1034 4.45 1068 4.70 1083 4.95 1107 5.20 1130 5.46 5000 1014 4.63 1038 4.88 1062.5.13 .1086_5,38 1.108 5.64f - - - - 5500 1049 5.40 1071 5.651 6000 39 •A'.n sil:tA:t�i 09/05/01 WED 07 :59 FAX 14258234428 NOTE: 1. Factory sot at 3lurns open. *Indicates both downllow and horizontal units Town- PerFonnance (6-25 Ton) Data Table PD•53— Standard Motor& Sheave /Fan Speed (RPM)' Unit 6 Turns 5 Turns 4 Turns 3 Turns 2 Turns 1 Turn Tons Model No. Open Open Open Open Open Open Closed 6, 6'/. TCs074,075 N/A 735 805 875 945 1015 1085 7, 71/2 TCs086.090,091 N/A 722 791 860 929 998 1066 TCD102 WA 725 773 822 870 919 967 81/2 TC1-1102 N/A 604 652 701 749 798 846 TCe103 N/A 649 701 753 805 857 909 10 TC*120 807 857 908 958 1009 1059 WA TCs121 N/A 519 571 623 675 779 N/A 12'/7 TCs150 706 756 807 857 906 958 N/A TC*151 640 680 720 760 800 840 N/A 15 TC*180 679 721 764 806 849 891 N/A TC*181 560 600 640 680 720 760 N/A 17'Ve 20 TCs240,TC *241 615 659 703 747 791 835 N/A 25 TCs300,TC*301 705 742 779 817 854__ 891 WA Table PD — Stand and Motor & High Static Drive Accessory Fan Speed (RPM) Unit 6 Turns 5 Turns 4 Turns 3 Turns 2 Tums 1 Turn Tons Model No. Open Open Open Open Open Open Closed 8'h 10 1Cs210 869 923 978 1032 1087 1141 WA TC*211 615 659 703 747 791 835 N/A TCs102 N/A 870 918 967 1015 1064 1112 TCs103 N/A 779 831 883 935 __987_ 1039 TC*120 958 1008 1059 1109 1160 1210 N/A TCs121 N/A 779 831 853 935 987 1039 1254 TC*151 807 857 906 958 1009 1059 WA 15 TCs180 806 849 891 934 976 1019 N/A TCs181 640 680 720 760 , 800 840 N/A 171 TC*211 835 879 923 967 1011 1055 N/A 20 TC*2401TC *241 835 879 923 9U7 1011 1055 WA 25 TC*3001TCs301 816 853 890 928 965 1002 N/A Table PD-456 — Oversize Motor& Sheave/Fan Speed (RPM! Unit 6 Turns 5 Tums 4 Turns 3 Tums 2 Turns 1 Turn Tons Model No. Open Open Open Open Open Open Closed 6, 6'4,7 TC*074.075,086 WA 923 992 1060 1129 1197 1265 7'k TCs090.TCs091 WA 923 992 1060 1129 1197 1265 8 , h TCs102 958 1008 1059 1109 1160 1210 WA TC*103 607 857 909 9 5 8 1009 1059 N/A 10 TC*120 1032 1086 1141 1195 1250 1304 WA TC *121 807 857 908 958 1009 1059 NIA 12'h 15 TCe150 869 923 978 1032 1067 1141 N/A TCs151 869 923 978 1032 1097 1141 N/A TC*180 TCs181 806 656 907 705 755 806 957 1008 1058 WA ?:� :�`t�. err` l;", l�rrr ,:•ertw�a:t:. +i';�;w'c� >rrS.iti.' 856 907 957 _N/A 171,2 TCs210 949 1008 1068 1127 1187 1246 WA TC*211 816 653 890 928 965 1002 WA 17Y2 TCs210 705 755 806 _ _ _ 856 907 957 WA 25 TCs300/TCa301 590 631 688 705 742 779 N/A X 004 20 TCs240,TCs241 816 853 890 928 965 1002 N/A Table FD66 Standard Motor & Low Shale Fan Draw Un4 6 Turns 5 Tvms 4 Turns 3 Turns 2 Turns 1 Turn Tons Model No. Open Open Open Open Open Open Closed RT- PR0002 -EN 51 09/05/01 WED 08:00 FAX 14258234428 52 TR/WE' 8% Performance (31 7 Ton) Data Thbt PD-57 - Static Pressuro Drops Through Aooessorles llnc as Water Column) Economizer with Electric Healer () Unit Standard OA/RA Dampers' Accessory OM' ()n Tons Model No. CFM f=ilters' 100% OA 100% RA 5 -12 14 -23 36 54 72 N " ' Tt; *o36C 960 .03 .05 .01 .01 .01 - _- __ N U) Ill', 3 TC *037C 1200 .04 .06 .01 .01 02 - - - -+ 1440 .04 .07 .01 .02 .03 - - - (/) 11.1 TC *048C 1280 .04 .06 .01 .01 .02 - - - w 0 4 TC4049C 1600 .06 .02 .08 02 .04 - - - } 1920 .09 .10 .03 .03 .06 - - - 1600 .04 .08 .02 02 .04 - - - =I TC*060C 2000 .06 .10 .03 .03 .07 - - - u' Q, 5 2400 .08 .12 .06 .05 0.11 - - - N d TC *061C 1600 .02 .08 .01 .01 .01 - - - W 2000 .04 .10 .01 01 .01 - - - 2400 .06 .12 .02 .01 .02 - - - Z ; TC*075C 2000 .04 .10 .01 - .01 .02 - - 0: 6, 6'/., 7 TC*074C 2500 .07 .13 .02 - .02 .04 - - 1 " TC *086C 3000 0.10 15 03 .03 .05 - - W W, 2400 .06 .12 .02 - .02 .03 - - 2 7h TC *0900. D 3000 .10 .15 .03 - .03 .05 - - _ Cl. TC *0910 3600 .15 .20 .03 - .04 07 - - r 0 N ? . 2720 .08/.05 .13 .07/.03 - 06 /.05 .07 - - (:1( (� 01- • TCU /iCH102C 3400 .13/.08 t6 .11/.04 - .08 .11/.12 - - 1111 W W. 4080 .18/.12 .19 .16/.07 - .11 .15/.16 - - (") 2720 .04/.04 .13 .04 - .02 03 03 W Ir TCD/TCH103C, 3400 .06/.07 .16 06 - .03 .04 05 - 0 4080 .08/.09 .19 .08 - .04 .06 .07 - Z 3200 .11/.07 .15 .10/.04 - .07/.08 0.10 - __ V (/) TCD/TCH120C 4000 .17/.11 .19 .151.06 __ .11 .15/.16 - - 10 4800 .25/.16 .22 .22/.10 - ,141.18 .19/.23 - 0 , 3200 .03 13 .01 - .03 .03 .04 - Z TC*121C 4000 .05 .19 .02 - .04 .05 .06 - 4800 .07 .25 •03 - .06 .07 .09 - 4000 .08/.09 .19 .07 - .07/.05 .09/.07 0.11/.08 TCD/TCH150C 5000 .12/ 14 .23 .12 - .10/.08 .13/.11 0.16/0.13 6000 .17/.20 .28 .17 - .14/.11 .18/.15 .22/.19 1234 _ 4000 .05 .19 .02 - .03 .03 .04 TC *151C 5000 .07 .28 .03 .04 .05 .06 6000 .10 .33 .04 -- .06 .07 .09 15 1714 4800 .07 .25 .03 - .04 .04 .05 TC*1808 6000 .10 .33 .04 - .06 07 08 7200 .15 .40 .05 - .09 .10 .12 4800 .04/,03 .14 .03 - 04 .04 .05 TCD/TCH181C 6000 .06/.05 .20 04 - 06 .07 06 7200 .09/.07 .21 . 05 - 09 .10 12 6600 TC*210C 7000 8400 .09 .30 .04 - - .06 .07 .14 .39 05 - - 10 .11 20 .47 .06 - - .15 .17 5600 .06/.05 .18 04 TCO/TCH211C 7000 .09/.07 26 .04 8400 .12/.10 35 .06 NOTES: 1, Tasted wkh: 1' filters 34K tons, r fitters 8K•25 tons 2. OA = Outside Air and RA . Return Ak. 3. No/nensf KW ratings et 240, 400, 600 volts. *Indicstes both downllow and horitonlsl units. C_too5 05 .06 07 08 09 11 .12 .13 .16 HT PRC002 -EN i 09/05/01 WED 08:00 FAX 14258234428 AT-PR0002 -EN Electrical Data Table ED•1- Unit Wiring Standard Efficiency maw Standard Indoor Fan Motor Oversize Indoor Fan Motor Unit Minimum Maximum Fuse Minimum Maximum Fuse Unit Operating Circuit Size Or Maximum Circuil Size Or Maximum Tons Model No. Voltage Rango Ampocityt Circuit Breaker' Ampacityt Circuit Breaker' TC0036C 1 187 -253 27.1 40 28.3 45 3 TCD038C3 167 -253 18.6 25 19.8 30 TCD038C4 414-506 9.4 15 9.7 15 TC.048C1 187.253 38.3 60 38.7 GO 4 TC.048C3 187 -253 24.8 35 27.2 40 TC.048C4 414-506 11.9 15 13.0 20 TC.048CW 517 -633 9.5 15 10.3 15 TC.060C1 187 -353 46,5 60 47.8 60 5 TC.060C3 187 -253 31.3 45 32.6 50 TC.06004 414 -506 16.3 25 16.9 25 TC.060C W 517 -633 11.9 15 12.0 15 TC*075C3 167.253 36.6 50 39.5 60 61/4 TC *075C4 414 -506 17.7 25 18.9 25 TC*075CW 517 -633 14.2 20 14.7 20 1'C.090C3 1 03 187 - 253 43.1/41.7 60 /50 46.0/44.6 60 /50 71/4 TC.090C4 / 04 414-506 20.9/20 8 30/25 22.1/22.0 30/25 TC0090CW I OW 517.633 16.7/16 0 25/20 17.2/16 5 25/20 TC.102C3 187-253 49 60 53 81/4 TC *102C4 414-506 29 35 31 TC.102CW 517 -633 19 20 20 TC *150C3 187 -253 71 80 77 121/2 TC.150C4 414 -506 32 40 35 TC.150CW 516.633 25 30 27 TC*18083 187.253 85 100 15 TC*180B4 414-506 36 50 TC.180BW 517.633 31 40 TC.210C3 187 -253 101 125 17th TC *210C4 414 -506 45 60 TC.210CW 517 -633 37 45 TC.24083 187.253 123 150 20 TC *24084 414 -506 53 60 TC.2408W 517.633 42 50 TC1 187 -253 25 TC.30084 414 -506 TC.3006W 517-633 NOTE: 1. HACK brs.ksr per NEC. 2. Values do not include power exhaust accessory. *Indicates both downtlow and hodzonrat units. 132 57 45 150 70 50 91 41 34 109 49 40 130 57 45 NIA N/A NIA 60 40 25 TC *120C3 187.253 55 60 59 70 10 TC.120C4 414 31 40 34 40 TC*120CW 517 -633 22 25 24 30 90 45 35 1 50 45 125 60 50 150 70 50 NIA N/A NIA fj006 i j .. P. • 57 09/05/01 WED OB 00 14258234428 60 Table ED4 Unit Wiring With Electric Heat /Single Point Connection/ -- Standard Efficiency Continued To Use Healer Heater Control Max Fuse Size Or Max Fuse Size Or Tons With Model No KW Rating' Stages MCA Max Circuit Breaker' MCA Max Circuit Breaker/ 7 %5 Electrical Data 208/230 Volts Three Phase Standard Indoor Motor Oversize Indoor Motor AY *HTRA309BA 6.75/9.0 1 43.1/43.1 60/60 46.0/46.0 60/60 TCa090C3 AYsHTRA3188A 12.9/17.3 1 52.5/59.4 60/60 56.1/63.0 60/70 AY *HTRA327BA 20.2/27.0 2 77.7/88.6 80/90 81.4/92.2 90/100 AY *HTRA336BA 27.0/36.0 2 101.2/1/5.6 110/125 104.8/119.3 110/125 AYsHTRA3098A 6.75/9.0 1 41.7/41.7 50/50 44.6/44.6 50/50 TCs99003 AY.HTRA3188A 12.9/17.3 1 52.5/59.4 60/60 56.1 /63.0 60/70 AY *HTRA3278A 20.2 /27.0 2 77.7/88.6 80/90 81.4/92.2 90/100 AY*HTRA3368A 27.0/36.0 2 101.2/115.6 110/125 104.8/119.3 110/125 8'h 70410203 AY *1 13.5/18.0 1 57/64 60/70 61168 70/70 AY.HTRJ336A 27.0/36.0 2 104(118 1101125 108/122 110/125 10 TCa120C3 AY *HTRJ318A 13.5/18.0 1 59/66 60/70 64/71 70/80 AY.HTRJ336A' 27.0/36.0 2 106/121 110/125 NIA N/A AY*HTRF318A 13,5/18.0 1 71/71 80/80 77/77 90/90 1255 TC*150C3 AY.HTRF336A 27.0/360 2 108/122 110/125 115/130 125/150 AYaHTRF354A 48.5/54.0 2 154/176 175/200 162/184 175/200 AY*HTRF318A 13.5/18.0 1 85/85 100/100 91/91 100/100 15 TC #180B3 AY *HTRF3364 27.0/36.0 2 108/122 110/125 115/130 125/150 AY *H7RF354A 40.5/54.0 2 154/176 175/20D 162/184 175/200 17h TCa210C3 AY*HTRH336A 27.0/36.0 2 115/130 125/150 125/139 125 /150 AY*141RH354A 40.5/54.0 2 162/184 175/200 171(193 175/200 AY *HT1114338A 27.0/36.0 2 123/130 150/150 130/139 150/15D 20 TCa24083 AY*11TRH354A 40.5/54.0 2 162/184 175/200 171/193 175/200 AY *HTRH372A 54.0/72.0 2 209/238 225/250 218/247 225/250 AY.HTRH336A 27.0/36.0 2 130/139 150/150 25 TC +30083 AYaHTRH354A 40.5/54.0 2 171/193 175/200 AYsHTRH372A 54.0/72.0 2 218/247 2257250 BAYHTRP406A 6.0 1 11.0 15 11.4 15 3 TCD036C4 BAYHTRP412A 12.0 2 20.0 25 20.4 25 8AYHTRP4I8A 17.4 2 28.2 30 28.5 30 4 TCe046C4 5 TCa060C4 TCa075C 4 NOTES: 1. Beaky kw ratings ant at 20e/240 for 208230V unit t. HACR typo circuit breaker per NEC. 3. Do not use in cantunction with ovsrsintd maw. *Indicates both downrlow and horizontal units. 460 Volts Three Phase BAYHTRP406A 6.0 1 16.3 BAYI-ITRP4I2A 12.0 2 21.2 BAYHTRP418A 17.4 2 29.3 BAYHTRP423A 23.0 2 37.7 25 25 30 40 16.9 21.9 30.0 38.5 BAYHTRP4O6A 6.0 1 11.9 15 13.0 20 BAYHTRP412A 12.0 2 20.5 25 21.9 25 BAYHTRP418A 17.4 2 28.7 30 30.0 35 BAYHTRP423A 23.0 2 37.1 40 38.5 40 25 25 35 40 AY*HTRA409BA 9.0 1 17.7 25 19.0 25 AY.HTRA418BA 18.0 1 31.1 35 32.6 35 AY*1ITRA4278A 27 0 2 44.6 45 46.1 50 AY.HTRA436BA 36.0 2 58.1 60 59.6 60 07 1107 RT•PR0002-EN t I 09/05/01 WED 08:01 FAX 14258234428 • naur All dimensions are in inches. NOTE: Duct flanges mount 7 -7/16' down inside the curb on the 114• curb flanges. See recommended duct dimensions on the next page. 84 Dimensional (8 Ton) High Efficiency Data ( 12 Ton) Std, Efficiency DOWNFLOW CONDENSATE DRAIN CONINE C ON 1.00 NPT FILTER ACCESS DOOR HORIZONTAL ONLY SINGLR POINT POWER ENTRY 1 1/2' PERIMETER CURB FLANGE CLEARANCE 68" 63 5/16' 93 II/16' B 3/8' 60 1/2" CLEARANCE 60" 94 5/16' 1 2 3/16' CLEARANCE HORIZONTAL - 18 DOWNFLOW - 36 CLEARANCE FROM TOP OF UNIT 72" ROOF OPENING 49' 7/0' D1A HOLE WHIT CONTROL WIRE) 2' D1A. HOLE cuNIT ?EWER WIRES) UNIT OUTLINE CLEARANCE 48" RT•PR0002 -EN 41) 0 08 1 • 41) (4 09/05/01 WEl) 08 :01 MX 14258234428 All dimensions are in inches. Downfow Duct Connections -- Field Fabricated 16 3/16' 51 7/8' NOTE: Duct flanges mount 7 -7/16" down inside the curb on the 1'l4• curb flanges. Horizontal Unit Supply /Return RT PRCOO2.EN 7 7/16' 'fRANE' Dimensional (8 Ton) High Efficiency Data (12 Ton) Std. Efficiency 14 1/16' 1' 22 5/16' �EARANCE 60 1 1\2' PERIMETER CURB FLANGE FILTER ACCESS DOOR HORIZONTAL UNITS ONLY HORIZONTAL CONDENSATE CONNECTION its 1.0 NPT CLEARANCE 38 85 tj009 .�.wF •r:r>::n �i:..t.+n�:.li'Uiw!�Yf •+.:w......� iraf,L':'.u.. +t�:Y.�:4��:,ti,:t ;'tS7,iY.'.V . vx... �..., .o.cv:W7+h'�dr�'T.!��' iii• �,.^: r% .�1ix�.'Pif�br%.C;�ta::<'.`-rt 09/05/01 WED 08:02 FAX 14258234428 • Table W-1 —A wyPf WeightslLbs)'• Model No. TCe036,048,060C TCe037.049 TC*075,090C,0900 TCe061,074, 066C,0910. TCe102C, 120C TCD103C TCD150C TCD1 B0B TCD121,151C, TCO210C TCD240B TCD181,211,241C TCD30013.301C 80 32 75 95 235 N/A N/A 2 TCH103, 150C 35 32 35 — — 5 2 — TCH1808, 210C 50 32 60 — — 5 2 2 TCH121,151C TCH240B TCH181,211,241C 65 32 75 — — 5 2 — TCH300B.301C 65 32 75 — — N/A N/A 2 Table Wi Continued Unit All Zone 6.23 KW 27.36 KW 54 KW 72 KW Model No. Sensors 240/480V'' 240/450V" 2401480V' 3 240/4801= 3 TCa036, 048, 060C TCe037,049 1Ca075,090C,0900 1 26/26 26!26' TCa061,074,086C,0910, 102C, 120C TC0103, 1500 TC0180B, 210C TC0121,151,181C TCO2400 1 — 33/27 4W32 43/34 TCO211,241C TCO3008.301C 1 — 33/27 40/32 43/34 TCH103, 121C, t50C TCH160B, 210C TCH121,151,181C TCH240B TCH211, 241C RT PRC002 -EN 40 32 Weights (3-25 Ton) Economizer Oulsido Air Damper Oversized High" Low' Power Roof Motor Static Static Net Manual Motorized Exhaust' Curb' Adder Drive Drive 40 32 35 65 82 5 2 40 32 35 75 165 5 2 — 65 32 GO 95 205 5 2 2 80 32 75 95 235 5 2 1 20/20 Electric Heaters 80 5 1 28/21 31/27 38/32 1 2B/21' 31/27 38/32 1 28/21 31/27 38/32 1 28/21' 31/27 38/32 1 33/27 40/32 NOTES. 1. Net weight should be added to unit weight when ordering factory rnstaNed accessories. 2. for 6001 heaters net weights are same as 440V heaters. 3. To estimate shipping weight add 5 Ibs to net weight 4. Downflow only. 6. 27 - 36 KW Heaters not available for TC4061C. 6. Not available on all modal{ ISee Fan Performance tables tor specific models!. 7. 5. 23 KW Heaters not available for TC*210C. 6, TC102•300 factory installed options for economizers, muhiply net capacity x .99. EER x .97. For oversized motors. multiply net capacity x 96, EER x .93. This is provided in compliance with ARI certification program. *Indicates both downllow and horizontal units. INANE' 43/34 TCH30013, 301C 1 — 33/27 40/32 43/34 95 ( 09/05/01 WED U��Ui FAX 14258134428 NNW Field Installed Control Options Zone Sensors are the building occupant's comfort control devices. They replace the conventional electro- mechanical thermostats. The following zone sensor options are available for Voyager units with the Micro control; Manual Changeover — Heat Cool or Off System Switch. Fan Auto or Off Switch. One temperature setpoint lever. 56 s Manual/Automatic Changeover — Auto, Heat. Cool or Off System Switch. Fan Auto or Off Switch. Two temperature setpoint levers. Optional Status Indication LED lights, System On, Heat, Cool, or Service. Val 1 • • Remote Sensor Sensors) available for all zone sensors to provide remote sensing capabilities. S Controls Programmable Night Setback — Auto or manual changeover with seven -day programming. Keyboard selection of Heat, Cool, Fan, Auto, or On. All programmable sensors have System On, Heat, Cool, Service LED/ indicators as standard. Night Setback Sensors have one (1) Occupied, one (1) Unoccuped, and two (2) Override programs per day. Integrated Comfort"' System — Sensor(s) available with optional temperature adjustment and override buttons to provide central control through a Trane Integrated ComfortTM system. Economizer Controls—The standard equipment offering is a fixed dry bulb changeover control. In addition, there are two optional controls, Enthalpy and Differential Enthalpy Control. Enthalpy Control — Replaces the dry bulb control with a wet bulb changeover controller which has a fully adjustable set point. Enthalpy control offers a higher level of comfort control, along with energy savings potential, than the standard dry bulb control. This is due to the additional wet bulb sensing capability. 0 0 4Pr!{ tj o11 Differential Enthalpy — Replaces the standard dry bulb control with two enthalpy sensors that compare total heat content of the indoor air and outdoor air to determine the most efficient air source. This control option offers the highest level of comfort control, plus energy efficiency, available. Remote Potentiometer -- Minimum position setting of economizer can be remotely adjusted with this accessory. Trento Communication Interface (TCQ — This factory or field- installed micro-processor interface allows the unit to communicate to Trane's Integrated Comfort system. Conventional Thermostat Interface (CM -- This factory or field - installed option will allow the Micro units to interface with most conventional electro- mechanical thermostats. Differential Pressure Switches — This factory or field - installed option allows individual fan failure and dirty filler indication. The fan failure switch will disable all unit functions and "flash" the Service LED on the zone sensor. The dirty filter switch will light the Service LED on the zone sensor and will allow continued unit operation. Input / Output Expansion Accessory —This factory or field - installed option allows Integrated Comfort ' Sytems to read Supply Air Temperature, Return Air Temperature, Return Air Humidity, and direct indication of fan failure without the use of an economizer or motorized outside air accessory. Electronic Tate Clock - --This field installed accessory allows up to 4 units night set -back and unoccupied functions when using a standard (Dual Setpoint) zone sensor module. RT•PRCOO2•EN DCI.ENGINEERS D'AMATO CONVERSANO INC. FILE COPY I understand that the Plan Check approvals are subject to errors and omissions and approvf of r !r. SOUND HEATING & AIR CONDITIONING Analytical Resources Tenant Improvement Structural Design Sketches & Calculations Prepared For: Sound Heating & Air Conditioning tEXPIPES4/29/ 1 Structural Calculations Job #01-11-317 Prepared By D'Amato Conversano, Inc. Structural Engineering Dept. September 24, 2001 CORRECTION LTR# 1 RECEIVED CITY OF TUKWILA SEP 2 8 2001 PERMIT CENTER M01-153 2821 NORTHUP WAY • SUITE 200 • BELLEVUE, WA 98004 • PHONE (425) 827-2238 • FAX: (425) 827-8986 • . , . File: M01- 153 35mm Drawing# Subject , (/F. EXPIRES 4/29/ U4.1 PL=g n N U4 .Lzifv.Zr2d TYR Gnu. (41 DCI ENCII'TEERS IN D'AMATO CONVERSANO INC. 1.2' /ZKZ /XI sreuT TYPE Loopr E a->ra. CAtttwk t14&4' ()AkT Caca 4 144 /K F4}{. sI af w4L- (3) 3/,I2` 4.31 (( L(. eal 7"0 ' - f I GPAIT " CakIDI'IU'J PET4iL_ c TYPC4L Srr ur (Slot. cm 3orsr'3 '?424 . E1- 1A/4LL) P roject No. bl 11 -3 i- I(0 ryF Sc-4i-E: M .7.5. Sheet No. Date B A/FLA/ F p mtECir, vet T C L.ie.Q B9 a°0- qa EPOY 13c3LT H "LCs ?Rica. - ro Bcc r itilS -t_L, i text/ To - /US( _ FULL Ti=1.-71 t 1 ¶ c c Z xZu " 714RO (3oCT (.,r_4720-4 UNLESS Fl� 'fo -F1ALV RavrE, \�-- Ey.isr, (o I t C t u_ Mo es :1, KER 4TIrpcHww criclu NoTFs 0 Z, //`4 U jP -AmEs plev74- 70 M. 0411 TS. ?-1 (2) F144e., sto (u 701-t). 3/(6, v <�YP. y ...;.i.4. ;0094; +tii4:N).y: �`..i,s i!:ti72S:::�'.afi*.�. rk i�V,�.�1h % �? >:+n DCI ENGINEERS IN D'AMATO CONVERSANO INC. Project No. Project I ICA- kiitaricAi,Eser-I2cLsrt �o n�4 � A.G, - Subject - N - TYR o /K4 Sheet No. Date 9/i s( By BEAM OR JOIST BELOW =Ma 11111111■■•1 OPENINGS LESS THAN Zit S 1 �x3x OR L3x2x /16 LLH PLACED ON T /DECK '/ V BEAM OR JOIST BELOW NOTES: 1. HOLES LESS THAN 6"0 & CUTTING NO MORE THAN 1 WEB REQUIRE 140 REINFORCEMENT. 2. ALL METAL DECK OPENINGS SHOWN ABOVE APPLY ONLY TO DUCTWORK & PIPING, ROOF HATCHES, & SMALL AIR SHAFTS. THESE OPENINGS ARE NOT INTENDED TO SUPPORT ANY MECHANICAL EQUIPMENT. 3. REINFORCING TS OR ANGLES MAY BE PLACED UNDERNEATH DECK IF ROOFING SYSTEM REQUIRE THIS. 1/ ADJ TO EA CUT WEB TYP TYPIcAt - gccF o P G , � t i t i a P E i c ffi 5 S I r / th J 7 . 1 1 v EXPIRES 4/29/ a'•' 1 564E: : /NG.i 0 CTR OF UPPER 1 FLUTE BEYOND OPNG (Typ sv_u............�,..,;.- ' .t. - .....•..i. _.•..�,.u.a:...._..... .. DCI.ENGINEERS IN D'AMATO CONVERSANO INC. Project No. 3/7 Sheet No. SSie- Date 9 hey /0-r By Project J r-rinr'4 .1d.G, — /t 4ek)/Tk&- " E_s 7.12 Subject - rt EXPIRES 4/2W 4'✓ 04X, rZetF t rot L 3x3k �r�, - Plex.wicE Z it 14414. g(IA 71/j4) , " eI 1:z 1(.., C ,4 7 1 2cq" )41s1 pe IEX'SS4 Tc rte. 11 ; O t W O IL Q= °' LU 0 . 0 u 0 ~ = U° 11 0 . z; 0 I ; z DCFENGINEERS D'AMATO CONVERSANO INC. Project No. 4 / - "// - 3/ Sheet No. ;SP" y Date °I // / By .r2 4 Project A Subject PAi - rota . PZ/ /1�tl.C4-1 yyt sT1nl4+ NE R- Yr? tIi ct. UNIT w«4 -1 Locos C ni6G 0Eo2 inEa. FAST /NTter►u� 1E, iA4 1A441.6 EX1 STIR exi e4 Vf • \9 l L cCoYg C- i_ roe?. +� SCACE �K =(� O ( EXPIRES 4/29/ WV I EX TE�I rn2 FACE aF V/4tLL. • DCI•ENGIN EERS IN D'AMATO CONVERSANO INC. Project No. of -11 Project g a - na9 f 4,c- - /yI7c.1 c4ES 77= Subject J2E 't. G CV r Sheet No. SSIL Date By lZ.Er: sss-4 -F ?,42714 ?t44, SLAB> N5s cot rout e./ PX4 PrAti ‘ 12X 9 WI CZ) a lt{ " t A 14 '� = ± Z N /UU+/ - SI 4-ANK EXIST /NO R004 SiA3 POMPOO POMPEINIIMmoommunmommrawarromor Yl�. . I ( f' 'I A O ( _ • 7 - p •"- r . p U� EXPIRES 4/29/6)) EXIST144 EK` ER'CR EXl snri 1r gij... UO N W , W O + Ul 0 MI 0 H W W. LL o Z : sal IA O ~' z DCI. D'AMAT ENGL., EERS 0 CONVERSANO INC. Proje, . No. 7 Sheet No. 551E -� Project Alcp Jult,07C0L- PE-SetAl2C6s Su 1;7 @. M04 p F12 Date By L7x4x d w ("0 i 66,7t.-`hs ___ i;r4P C%P. NE sr;E C14/41445t. &.E! f3©rr, chr Exrsr. + 1 /as" . Z. TYP, 13'0LT SPP,4G * = 3", 3. r'YP, aot,T ecc7e EA. NP ,c. 3 31 It 3 /9 c Pe-MIL- G. 114 144- I S PI 2 r Fi + s4?t5= r s. ExtSr. Re�F PECl.. 0 3IiG2 V —Lq' yLl >4d " Lc 6 EA.si £Wk.Y / 4C - FAG3ED Epsr. IMF ©lsi Ge/fD 3 /,b • DCIENGINEERS D'AMATO CONVERSANO INC. GENERAL REQUIREMENTS General Structural Notes GOVERNING CODE: The "Uniform Building Code ", 1997 Edition, as adopted and modified by the City Tukwila shall govern design and construction. REFERENCE STANDARDS: Reference to ASTM and other standards incorporate these standards into the contract as though included in their entirety. Reference to a specific section does not relieve the contractor from compliance with the entire standard. The latest edition of the standard shall be used unless a specific date is indicated. DEFINMONS: The following definitions cover the meanings of certain terms used in these notes: • "Architect /Engineer" - The Architect and the Engineer -of- Record. NOTE PRIORITIES: Notes on the individual drawings govern over notes on this sheet. SPECIFICATIONS: Refer to the specifications for information in addition to that contained in these notes and the structural drawings. STRUCTURAL DETAILS: The structural drawings are intended to show the general character and extent of the project. They are not intended to show all details of the work. MECHANICAL DRAWINGS: Refer to the mechanical drawings for information including but not limited to: dimensions, roof openings & penetrations, mechanical unit curbs, and other nonstructural items. CONTRACTOR RESPONSIBILITIES: The contractor is responsible for the means and methods of construction and all job related safety standards (ie. OSHA and WSHA). He is responsible for the strength and stability of the structure during construction. He shall provide temporary shoring, bracing and other elements required to maintain stability until the structure is complete. It is the contractor's responsibility to be familiar with the work required in the construction documents and the requirements for executing it properly. The contractor shall at his discretion employ a Washington State registered structural engineer for design of temporary bracing and shoring. DISCREPANCIES: In case of discrepancies between the specifications, reference standards and the governing code the Engineer will determine which shall govern. Discrepancies shall be brought to the attention of the Engineer before proceeding with the work. - ,:`a.^' +n�_4..'Y.i 1Jwiti.: 3. f'' an��v` uisarvl. x ir- i::� f.:Gi' "ac_..ws.. •: _ :`., �J. elnvu: JrL.�...1rLCiws:ia47...iritiJi:tie Page 2 SITE VERIFICATION: The contractor shall verify all dimensions and conditions at the site. Conflicts between the drawings and actual site conditions shall be brought to the attention of the Engineer before proceeding with the work. CONSTRUCTION LOADS: Loads on the structure during construction shall not exceed the design loads as noted in DESIGN REQUIREMENTS below or the capacity of partially completed construction. ALTERNATES: Alternates for specified items may be submitted to the Engineer for review. GROUT: Use 3000 psi non -shrink grout for CMU grouting per details. SUBMITTALS SUBMITTALS: Submittals for shop drawings, mill tests, product data, etc. for items designed by the Engineer of Record shall be made to the Engineer prior to construction. The contractor shall review the submittal before forwarding to the Engineer. Submittals shall be made in time to provide a two -week review period for the Engineer. Submittals required for each section of these notes are specified in that section. SHOP DRAWING REVIEW: Review by the Engineer is for general compliance with the design concept and the contract documents. Markings or comments shall not be construed as relieving the contractor from compliance with the project plans and specifications, nor departures therefrom. The contractor remains responsible for details and accuracy; for confirming and correlating all quantities and dimensions; for selecting fabrication processes; for techniques of assembly; and for performing work in a secure manner. When shop drawings differ from or add to the requirements of the structural drawings they shall be designed and stamped by a Specialty Structural Engineer (SSE). TESTS AND INSPECTIONS INSPECTIONS: All construction is subject to inspection by the Building Official in accordance with UBC Sec. 108. The contractor shall coordinate all required inspections with the Building Official. INSPECTION SUBMITTALS: Submit copies of all inspection reports to the Engineer for review. 1 DESIGN REQUIREMENTS DESIGN LIVE LOADS: Roof (snow) STRUCTURAL STEEL REFERENCE STANDARDS: Conform to: 25 PSF Page 3 (1) AISC "Manual of Steel Construction - Allowable Stress Design" (2) AISC "Code of Standard Practice for Steel Buildings & Bridges ". (3) AWS D1.1 "Structural Welding Code - Steel ". SUBMITTALS: Submit shop drawings in accordance with AISC Specification Sec. M1 "Shop Drawings ". Submit welders certificates verifying qualification within past 12 months. MATERIALS: Conform to: Structural Shapes ASTM A36 Bars & Plates ASTM A36 Structural Tubing ASTM A500, Grade B Bolts ASTM A307 Welding Electrodes E70XX Metal Screws Grabber Self - Drilling, #12x2 ", or equivalent Grout Embeco or equivalent WELDING: Conform to AWS D1.1. Welders shall be certified in accordance with AWS requirements. Use E70 electrodes of type required for materials to be welded. BOLTING: ASTM A307 bolts shall be installed "snug tight" per AISC, Section RCSC 8(c). Typical bolt spacing to be 3" unless noted otherwise. Typical bolt edge spacing to be 1 -1/2" unless noted otherwise. EPDXY ANCHORS: Epoxy anchors shall be Hilti HY 150 adhesive, or submit to DCI an alternative for review. Install in accordance with manufacturers instructions. Holes shall be clean and free of debris. Anchor size and embedment depths shall be as shown in sketches. FABRICATION: Conform to AISC Specification Sec. M2 "Fabrication" and AISC Code Sec. 6 "Fabrication and Delivery". Perform work on premises of a fabricator approved by the building official. Page 4 SHOP PAINTING: Conform to AISC Specification Sec. M2 and AISC Code Sec. 6.5. Do not prime surfaces to be fireproofed or field welded. Steel work to be concealed by interior building finish does not require painting. All other steelwork shall be given one coat of shop paint. All steel shall be painted gray unless noted otherwise on the drawings. ERECTION: Conform to AISC Specification Sec. M4 "Erection" and AISC Code Sec.7 "Erection ". Steel work shall be carried up true and plumb within the limits defined in AISC Code Sec. 7.11. Ac. '404- 3 -1,(tVLO 1 3,14101b Subject DCFENGINEERS E D'AMATO CONVERSANO INC, Project No. 01 Project c xivLi C� /4 € /c 1%5F te,Ap Sheet No. Date *Z/Ci By 7-2-41 ° :.Ct #1 -cce4D D��� ���� , F � = 0g A 1 Cem4,144e€, tx1/ SCA44.4.- 4) 42 —? Wr'Ur oo# - )46e& p, ti 5 x ,S d,S"" 7 g T /- j _ ..�-- „e � � W� � w ' 1 (✓Q'''�. SA�X// Cj � � � � 1!/ y (4 tdr P i r W2-,q73 L>r r 2.2603 J31 ti �sx " 72.63/ tu) r� DCI.ENGINEERS II D'AMATO CONVERSANO INC. Project No. 9/ rz Project '' II 1i SgrI l uC2 4:- Subject G ' - Sheet No. Date 11 vIC,1 By Mu.4-g mu 44 —4 e_ v A Ad. 3 r Cnly43 (e" 1.01 Ig615 phut &5 7' e " � f 1gx � 19'0 Pl. • tt.v. - it vitA 1K�1 ) q f L- DCFENGINEERS II D'AMATO CONVERSANO INC. Project C �MJD gruewi Alfs >j Ae- Subject L 0. l `i per 830* o . ttY (/Id Lt(bL 3 Project No. Sheet No. Date By 11 1 DCLENGINEERS II D'AMATO CONVERSANO INC. Project SAUD '// f 4 C., l 1 *_/p - Subject L T /GPobn.l� TP sn f w54- ) < c r71.v- CE rj ` 1 1, --" SIbtJ c E & - r� sc2 -141 q re-v T i�r%a�cntG� s.t.oc .? (L C4 A2.8 .)/'14 /?r /d 3: 042,4 Fk 6r1 s4,4r' cf eau w / T 8. 0 1' 3S _ f C{x2 Project No. ,4- -3 ZUO3# jf S 7 Sheet No. Date By 7 A at f ' 5Y/2-0 Cis ac r c a / L (�-- — l re:*- r,t . VUcw K 0 ) 1 F S7 Z i Project DCI.ENGINEERS D'AMATO CONVERSANO INC. S-t AA) d Subject 2- Lr 17E-s S —�? c,r LZ /zcZ9?4f rAP. Fop : ?fitva -z —)144u,4 -3 is 6531 zs j- X 1,44, • - A,s r•3.s /Zz Project No. � i/ 31? 3Es9 zix Sheet No. Date 71 1 By 2 xx z►LiP DCI.ENGINEERS IN D'AMATO CONVERSANO INC. Project No. e1 - - 31 - Sheet No. CIS Date 9//g/C7 By 4 J Pro ect S tAtit=. /dam/( — /'7n.��r- y�'�C'9t✓AS�Vtg Y �..:� A -1L 4M Subject Ca&4u , Y o C c.c. -� CU JL6 �zx ,s, e ,�- 3y 65; 3 1 , 3 i 77) -Fe : - v cL� l� 77(4o (3 07 V ovo- - gs7 / r ir gle4 - - � ‘. 3, f 7X 5,J gyoD cam' DCLENGINEERS IN D I AMATO CONVERSANO INC. Project No. 6 7 1 - 11 - 31? - Project v1,4c 1,12 i l • L' . -- 1/4e- 0 t. sc 5 ,Z Subject 14 INC7 Sheet No. Date By r1` - frt664 —( o S ccc-. V4/ C4 eseq pt44. d i_. • DCI.ENGINEERS D'AMATO CONV•ERSANO INC. Project No. 0141-3 t7- Project , 44 , C-. — 40(,y4nc - g u s V : Subject We-4744 Sheet No. Date By 6 &) 3) ‘5 1L4a OCCICZWA`e,q1S —s 3x q A► ?, w O: ¢ ,J IL <. o. . 2 F O � w Ua 'O U' id LLi 0 gi-sk 4 SINGLE ANGLES IN COMPRESSION w/ ECCENTRIC LOADING (REFER TO AISC MANUAL OF STEEL CONSTRUCTION: PGS. 3-55 TO 3 -58) by: Jeffrey J. Gilliland DCI Project #: DCI Project Name: Project Description: EQUAL LEG ANGLE Member: Load Parameters: Axial load (kips): W -axis eccentricity (major): Z -axis eccentricity (minor): Unbraced Length (ft): Eff. length factor, K: Allow. Stress Increase? (y or n): Member Parameters: F (ksi): Area (in r (in): I, (in Leg length (in): Leg thickness (in): Yw (in): Yz (in): Calculated Parameters: b/t = Iz (in4) = Iw (in4) = rw (in) = Q= KVr KI /r = fa = Fa = fbw = fbz = ew = Fez = Fbz = Fbw = L3x3x4 36.0 1.190 0.491 0.703 2.500 0.250 1.768 1.014 10.0 0.287 1.119 0.970 1.000 259.06 1.02 2.23 2.87 2.14 8.68 2.23 23.76 19.71 01 -11 -317 SOUND HEATING & AC - ANALYTICAL RESOURCES TI TYPICAL RTU STRUT TO CMU WALL BELOW 1.21 1.500 0.500 10.60 1.00 n LIMIT: 12.67 Ut = F bw(pri m. t) No local buckling reduction C' 126.1 Cmw: Cmz: 1.00 1.00 508.80 Limit: 19.71 Fbw(prim.2) b/t 261.11 19.71 e,min Fob = Last Revised: 2/2/00 25.83 131.17 KI/r = 259.06 > 54.00 Flex. -tors. buck. does not control 2.23 55.52 Version 1.5 Interaction Equation Results: (H1 -1) 0.789 ANGLE OK (H1 -2) 0.283 (H1 -3) Notes: 1. This method is valid only for angles whose bending moment is larger at any point within the unbraced length than at both its ends. 2. This method is valid only for equal leg angles without lateral - torsional restraint. 3. Refer to AISC pages 3 -55 to 3 -58 and 5 -309 to 5 -323 for background information and methods employed in constructing this spreadsheet. allowable stress increase factor: 1.000 SINGLE ANGLES IN COMPRESSION w/ ECCENTRIC LOADING (REFER TO AISC MANUAL OF STEEL CONSTRUCTION: PGS. 3 - 55 TO 3 - 58) by: Jeffrey J. Gilliland DCI Project #: DCI Project Name: Project Description: EQUAL LEG ANGLE Member: Load Parameters: Axial Toad (kips): 0.40 W -axis eccentricity (major): 1.500 Z -axis eccentricity (minor): 0.500 Unbraced Length (ft): 4.95 Eff. length factor, K: 1.00 Allow. Stress Increase? (y or n): n Member Parameters: Fy (ksi): Area (in r (in): IX =Iv (in4): Leg length (in): Leg thickness (in): Yw (in): y (in): Calculated Parameters: b/t = Iz (in4) = Iw (in4) = rw (in) = Q= KI /r = KI/r = fa = Fa = fbw = fbz = Fl = ez = Fbz = Fbw = Y L2x2x4 + \�' 36.0 0.938 0.391 0.348 2.000 0.250 1.414 0.837 8.0 LIMIT: 12.67 < b/t < 25.83 0.143 0.553 0.768 1.000 No local buckling reduction 151.92 77.39 KI /r = 151.92 > 43.20 Flex. -tors. buck. does not control 0.42 6.47 1.52 1.16 24.93 6.47 23.76 23.76 01 -11 -317 SOUND HEATING & AC - ANALYTICAL RESOURCES TI TYPICAL RTU STRUT TO CMU WALL BELOW - LIGHT RTU'S Ut = Fbw(prlm.1)= C' Cmw: Cmz: X i \-.-.>" \/ s \\ i , #:, J r/ / . / \ 126.1 1.00 1.00 237.60 Limit: 261.11 23.76 Fbw(prim.2) 23.76 e,min= Fob = 6.47 118.90 Version 1.5 Last Revised: 2/2/00 e 1 Interaction Equation Results: (H1 -1) (H1 -2) (H1 -3) 0.178 ANGLE OK Notes: 1. This method is valid only for angles whose bending moment is larger at any point within the unbraced length than at both its ends. 2. This method is valid only for equal leg angles without lateral - torsional restraint. 3. Refer to AISC pages 3 -55 to 3 -58 and 5 -309 to 5 -323 for background information and methods employed in constructing this spreadsheet. allowable stress increase factor: 1.000 Loads: BLC 1, DEAD Results for LC 1, DEAD D'Amato Conversano, Inc. JJG 01 -11 -317 -.554k SOUND HEATING & AC - ANALYTICAL RESOURCES... September 18, 2001 4:53 PM MUAlframe.r3d Steel Code ASD: AISC 9th, AISI 99 Allowable Stress Increase Factor (ASIF) 1.333 Include Shear Deformation Yes Include Warping Yes No. of Sections for Member Calcs 3 Redesign. Sections No P -Delta Analysis Tolerance 0.50% Vertical Axis Y M1 N1 N4 0 0 TUBE TUBE Y 25 0 0 No N3 -6.5 15 :M2 N4 N2' N4 0 TUBE TUBE Y No 1.2 1.2 1.24 1.24 .032 10 M3 N2 N3 CHANNEL STL Y BenPIN 6.5 M4: .:N3 . N4 ANGLE STL Y BenPIN BenPIN . 11.927 N1 0 0 0 0 No N2 0 25 0 0 No N3 -6.5 25 0 0 No N4 0 15 0 0 No TUBE HSS8X3X5 TUBE 5.838 1.2 1.2 8.799 42.315 24.854 CHANNEL C4X5.4 STL 1.59 .1.2 1.2 .319 3:85 .04 ANGLE L3X3X4 STL 1.44 1.2 1.2 1.24 1.24 .032 I 4 . Company : D'Amato Conversano, Inc. Designer : JJG Job Number : 01 - 11 - 317 SOUND HEATING & AC - ANALYTICAL RESOURCES TI September 18, 2001 4:52 PM Checked By: Global Materials (General) Material Label Young's Modulus (ksi) Shear Modulus (ksi) Poisson's Thermal Coef. Ratio (per 10 F) Weight Density k/ft^3 Yield Stress (ksi) STL TUBE. 29000 29000 11154 11.154 .3 .3 .65 65 .49 .49 36 42 Sections Section Member Data Member Label I Joint J Joint Joint Coordinates Joint Label Database X Coordinate Boundary Conditions Joint Label X Translation (k/in Basic Load Case Data BLC No. Basic Load Case Description Category Description 1 DL I Dead Load Category Code Material Y Translation k/in [L]oad,[M]ass,or (Misplacement N3 I L 1 Joint Label Y Coordinate (ft) Area in )^2 Z Translation (k/in) Joint Loads/Enforced Displacements, Category : DL, Direction Y SA(yy) SA(zz) I y -y Z Coordinate (ft) Gravity MX Rotation k- ft/rad BLC 1 : DEAD in^4 X -Axis Shape / Material PhyI.O.M. End Releases K Joint Rotate Section Set Memb 1 -End J -End (depress) Set xv xvz xvz xvz Joint Temperature F I z -z in ^4 J (Torsion) T/C In^41 Onl End Offsets Inactivdulember 1 -End J -End Code Length in in (ft Detach from Diaohraam N1 N2 Reaction Reaction ) Reaction Reaction Reaction Reaction Load Type Totals Direct X Y Z Joint Point Dist. Area Surf. 1 1 I DEAD -1 l 1 1 1 Magnitude (k, k -ft, in, rad, k's ^2/ft) 1 - .554 MY Rotation k- ft/rad) MZ Rotation k- ft/rad RISA -3D Version 4.5 (C:Wobs \01 -11 -317 Sound Heating & AC - Analytical Resources TI \MUA1frame.r3dlfage 1 -J N a wF co LL: W g Q: W Z O ff ; D. O � 0 I— W W 1-- V I O • w z ' U = O 1— z 1 M1 .174 15 .003 0 y H1 -1 1 1 M2 .132 0 .004 0. y H1-2 N3 1 M3 .227 1.526 .050 0 y H1-3 201 1 .. M4 .243 11.927 .002 11.927 y - Code check based on z - z Axial.. 1 N1 0 0 0 0 0 - 1.945e -3 1 :N2 . 0 -:002 0. 0 0. 2 :223e =3 1 N3 0 -.136 0 0 0 5.326e -4 1 'N4 201 -.002 0 0 0 5.558e -4 1 N1 -.189 1.698 0 0 0 0 1 .. . ...N2 . .189. 0 0 0 0 0 1 Totals: 0 1.698 0 1 COG (ft): X: -2.806 Y: 19.39 Z: 0 z9 Company : D'Amato Conversano, Inc. Designer : JJG Job Number : 01-11-317 SOUND HEATING & AC - ANALYTICAL RESOURCES TI Member Point Loads. Cateaory : DL. BLC 1 : DEAD I Joint J Joint Direction Magnitude Location (k, k -ft) (ft or %) M3 N2 N3 1 Y 1 - .554 1 1.5 Member Label Reactions. By Combination LC Joint Label X Force (k) Joint Displacements. By Combination Y Force (k1 LC Joint Label X Translation Y Translation Z Translation in (in Z Force (k1 in Member AISC ASD 9th Code Checks. By Combination ft X Moment ( - X Rotation ( radians ) LC Member Label Code Chk Loc Shear Chk Loc Dir ASD Eqn. September 18, 2001 4:52 PM Checked By: Y Moment (k -ft) Y Rotation (radians) Message Z Moment (k -ft) Z Rotation (radians) RISA -3D Version 4.5 [C :\Jobs \01 -11 -317 Sound Heating & AC - Analytical Resources TI \MUA1frame.r3d5page 2 ** QUICK COMMERCIAL HVAC ADVANCED FILTER SERVICE METAL INSTRUMENTS Z -1 * * * * * * * * * * * * * * * * * * * * * * ** BUILDING PEAKS IN JULY AT 5 PM BLDG. LOAD AREA DESCRIPTIONS QUAN ROOF WALL GLASS LIGHTING EQUIPMENT PEOPLE PARTITION VENT 100 INFL 0 DRAW -THRU FAN BLOW -THRU FAN SUPPLY DUCT RETURN DUCT BUILDING TOTALS BUILDING SUMMARY LOAD DESCRIPTIONS VENTILATION INFILTRATION ZONE LOADS PLENUM LOADS FAN & DUCT LOADS BUILDING TOTALS 3,000 1,496 64 SKIN LOADS 4,560 5,400 8,000 20 SEN. LOSS 0 0 420 6,092 0 LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC. ** INC. PUYALLUP, WA 98372 09/05/:1 PAGE 3 TOTAL BUILDING LOAD SUMMARY 16,434 47.81 9,479 27.58 2,365 6.88 28,278 82.28 0 0 0 0 0 0 0 0 0.00 0.00 0.00 0.00 17.72 0.00 0.00 0.00 0.00 0.00 34,370 100.00 6,483 SEN. %TOT LOSS LOSS 6,092 0 28,278 0 0 17.72 0.00 82.28 0.00 0.00 34,370 100.00 6,483 TOTAL BUILDING SUPPLY AIR (BASED ON A 20 TD): TOTAL BUILDING VENT AIR (10.15% OF SUPPLY): TOTAL CONDITIONED AIR SPACE: SUPPLY AIR CFM / SQ.FT. OF CONDITIONED SPACE: SQ.FT OF CONDITIONED AIR SPACE PER TON: TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE: TOTAL HEATING WITH OUTSIDE AIR: TOTAL TONNAGE REQUIRED WITH OUTSIDE AIR: %TOT LAT. + SEN. LOSS GAIN GAIN GAIN . GAIN 3,410 3,073 LAT. GAIN 3,073 3,410 0 14,791 0 2,750 O 7,553 0 20,255 0 30,008 5,390 0 0 O 0 O 0 O 0 O 4,276 O 4,276 5,212 0 0 80,747 0 0 O 8,552 * * * * * * * * * * * * * * * * * * * * * ** 14,791 14.65 2,750 2.72 7,553 7.48 0 25,094 25,094 24.85 5,212 SEN. GAIN 94,511 4,135 CFM 420 CFM 20,255 30,008 8,800 0 8,285 0 0 0 4,276 4,276 94,511 100,994 100.00 TOTAL %TOT GAIN GAIN 8,285 8.20 0 0.00 84,157 83.33 0 0.00 8,552 8.47 100,994 100.00 3,000 SQ.FT 1.3784 CFM /SQ.FT 356.4568 SQ.FT /TON 0.0028 TONS /SQ.FT RECEIVED 34.37 MBH CITY OF TUKW 8.42 TONS SAN 0 ?001 PERMIT CENTER 20.06 29.71 8.71 0.00 8.20 0.00 0.00 0.00 4.23 4.23 / 3 • 1.¢.i' % } .u:l....:J!:.} . 3. �: 7: �:f:: �u: �':n i:: �::'9:�t.i:,'��T7.f��iJ'..'.Y ?: ti'l. i:.�{.�wi �n ** QUICK COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC. ** ADVANCED FILTER SERVICE INC. PUYALLUP, WA 98372 METAL INSTRUMENTS Z -1 09/051:1 PAGE 2 * * * * * * * * * * * * * * * * * ** DETAILED PROJECT ZONE LOAD CALCULATIONS * * * * * * * * * * * * * * ** LOAD DESCRIPTION 1. METAL INSTRUMENTS Z1 SYS# 1 PEAK TIME 6 PM JUN. (100 X 30) = 3000 SF ROOF- 5- SUSP.0 -D S. WALL -B -D W. WALL -B -D W. GLS -TRANS H- NS -SOLAR LIGHTS EQUIPMENT PEOPLE TOTAL UNIT -SC- CLTD U.FAC SEN. QUAN CFAC SHGF -CLF- GAIN 3000 1.000 56 0.083 1200 1.000 19 0.096 296 1.000 18 0.096 64 1.000 9 0.560 64 0.880 215 0.520 5400.00 1.000 100% 3.410 8000.00 1.000 3.410 20.00 1.000 245/155 13944 2189 511 323 6297 18414 27280 4900 73,858 X 1.10 81,244 LAT. HTG. HTG. GAIN MULT. LOSS 0 3100 3,100 X 1.10 3,410 4.980 14940 5.760 6912 5.760 1705 33.600 2150 25,707 X 1.10 28,278 ADVANCED FILTER SERVICE INC. 516 VALLEY AVE NE ** PUYALLUP, WA 98372 ** QUICK COMMERCIAL HVAC LOADS PROGRAM CLIMATE DATA: DESIGN MONTH AUGUST JUNE JULY SEPTEMBER JANUARY FEBRUARY WINTER OUTDOOR DRY BULB 90 90 90 90 54 59 10 OUTDOOR WET BULB GENERAL PROJECT INFORMATION: PROJECT FILE NAME: PROJECT LOCATION: BAROMETRIC PRESSURE: ALTITUDE: NORTH LATITUDE: MEAN DAILY TEMPERATURE RANGE: ATMOSPHERIC CLEARNESS FACTOR: GROUND REFLECTANCE: STARTING TIME FOR HVAC LOAD CALCULATIONS: ENDING TIME FOR HVAC LOAD CALCULATIONS: FLOOR HEAT LOSS COEFFICIENT: NUMBER OF UNIQUE ZONES IN THIS PROJECT: BUILDING DEFAULT VALUES: 68 66 69 65 48 50 0 CALCULATIONS PERFORMED: LIGHTING REQUIREMENTS: EQUIPMENT REQUIREMENTS: PEOPLE SENSIBLE LOAD MULTIPLIER: PEOPLE LATENT LOAD MULTIPLIER: ZONE SENSIBLE SAFETY FACTOR: ZONE LATENT SAFETY FACTOR: ZONE HEATING SAFETY FACTOR: PEOPLE DIVERSITY FACTOR: INDOOR REL.HUM 50% 50% 50% 50% 50% 50% 50% PROJECT: METAL INSTRUMENTS Z -1 CLIENT: ANALYTICAL RESOURCES DATE: 09/05/:1 DESIGNER: KEVIN MCHENRY INDOOR DRY BULB GRAINS IN /OUTDOOR DIFF. CORRECTION 76 2.73 -3 76 -7.87 -3 76 8.22 -3 76 -12.98 -3 70 -14.84 -33 70 -15.48 -28 70 0.00 C:ANALY1 TUKWILA, WA 28.128 IN.HG. 1700 FEET 47 DEGREES 20 DEG.F 1 20 PERCENT 8 AM 8 PM 0.5 BTUH /FT -F 1 BOTH HEATING AND COOLING LOADS 1.00 WATTS PER SQUARE FOOT 0.50 WATTS PER SQUARE FOOT 245 BTU PER PERSON 155 BTU PER PERSON 10% 10% 10% 100% ALL DESIGN DATA TAKEN FROM THE 1989 ASHRAE HANDBOOK OF FUNDAMENTALS Z co coir ui a.. tri Z� a O -' W W. LL 0, Z` Wu) BLDG. LOAD AREA DESCRIPTIONS QUAN ROOF WALL GLASS LIGHTING EQUIPMENT PEOPLE PARTITION VENT 250 INFL 0 DRAW -THRU FAN BLOW -THRU FAN SUPPLY DUCT RETURN DUCT BUILDING SUMMARY LOAD DESCRIPTIONS VENTILATION INFILTRATION ZONE LOADS PLENUM LOADS FAN & DUCT LOADS 5,200 3,932 128 SKIN LOADS 9,260 9,360 15,000 50 0 1,699 0 ** QUICK COMMERCIAL HVAC LOADS ADVANCED FILTER SERVICE INC. EXTRACTIONS ZONE 2 * * * * * * * * * * * * * * * * * * * * * * ** TOTAL BUILDING PEAKS IN JULY AT 5 PM SEN. LOSS %TOT LOSS 28,486 38.83 24,913 33.96 4,731 6.45 58,130 79.24 0 0.00 0 0.00 0 0.00 0 0.00 15,229 20.76 0 0.00 0 0.00 0 0.00 0 0.00 0 0.00 BUILDING TOTALS 73,359 100.00 20,954 SEN. %TOT LOSS LOSS 15,229 20.76 0 0.00 58,130 79.24 0 0.00 0 0.00 0 0 8,525 0 12,429 0 0 0 0 0 12,429 0 8,525 0 0 BUILDING TOTALS 73,359 100.00 20,954 TOTAL BUILDING SUPPLY AIR (BASED ON A 20 TD): TOTAL BUILDING VENT AIR (21.63% OF SUPPLY): TOTAL CONDITIONED AIR SPACE: SUPPLY AIR CFM /SQ.FT. OF CONDITIONED SPACE: SQ.FT OF CONDITIONED AIR SPACE PER TON: TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE: TOTAL HEATING WITH OUTSIDE AIR: TOTAL TONNAGE REQUIRED WITH OUTSIDE AIR: PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC. ** PUYALLUP, WA 98372 09/05/:1 PAGE 3 BUILDING LOAD SUMMARY * * * * * * * * * * * * * * * * * * * * * ** r FILE COPY LAT. GAIN LAT. GAIN + SEN. = TOTAL TOT GAIN GAIN GAIN 0 28,010 0 4,883 0 15,107 0 48,000 35, 110 56, 265 13,475 0 21,083 0 0 0 8,120 8,120 190, 173 + SEN. GAIN 21,083 0 152,850 0 16,240 190,173 7,852 CFM 1,699 CFM 5,200 1.5101 295.5567 0.0034 73.36 17.59 Mot - I 9? 28,010 13.27 4,883 2.31 15,107 7.16 48,000 22.74 35,110 16.63 56,265 26.65 22,000 10.42 0 0.00 33,512 15.87 0 0.00 0 0.00 0 0.00 8,120 3.85 8,120 3.85 211,127 100.00 = TOTAL %TOT GAIN GAIN 33,512 15.87 0 0.00 161,375 76.44 0 0.00 16,240 7.69 211,127 100.00 SQ.FT CFM / SQ.FT SQ.FT /TON TONS / SQ.FT RECEIVED MBH CITY OF TUKWILA TONS S EP - 5 20 PERMIT CENTER ** QUICK COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC. ** ADVANCED FILTER SERVICE INC. PUYALLUP, WA 98372 EXTRACTIONS ZONE 2 09/05/:1 PAGE 2 * * * * * * * * * * * * * * * * * ** DETAILED PROJECT ZONE LOAD CALCULATIONS * * * * * * * * * * * * * * ** LOAD DESCRIPTION UNIT -SC- CLTD U.FAC SEN. LAT. HTG. HTG. QUAN CFAC SHGF -CLF- GAIN GAIN MULT. LOSS 1. EXTRACTIONS ZONE 2 SYS# 1 PEAK TIME 5 PM JUN. (80 X 65) = 5200 SF ROOF- 5- NO.CLG -D W. WALL -B -D N. WALL -B -D W. GLS -TRANS H- NS -SOLAR LIGHTS EQUIPMENT PEOPLE TOTAL 5200 1.000 61 0.083 2112 1.000 16 0.096 1820 1.000 9 0.096 128 1.000 10 0.560 128 0.880 215 0.540 9360.00 1.000 100% 3.410 15000.00 1.000 3.410 50.00 1.000 245/155 26328 4.980 25896 3244 5.760 12165 1572 5.760 10483 717 33.600 4301 13078 31918 51150 0 12250 7750 140,257 7,750 X 1.10 X 1.10 154,283 8,525 52,845 X 1.10 58, 130 ADVANCED FILTER SERVICE INC. 516 VALLEY AVE NE ** PUYALLUP, WA 98372 ** QUICK COMMERCIAL HVAC LOADS PROGRAM CLIMATE DESIGN MONTH AUGUST JUNE JULY SEPTEMBER JANUARY FEBRUARY WINTER DATA: OUTDOOR DRY BULB 90 90 90 90 54 59 10 OUTDOOR WET BULB GENERAL PROJECT INFORMATION: PROJECT FILE NAME: PROJECT LOCATION: BAROMETRIC PRESSURE: ALTITUDE: NORTH LATITUDE: MEAN DAILY TEMPERATURE RANGE: ATMOSPHERIC CLEARNESS FACTOR: GROUND REFLECTANCE: STARTING TIME FOR HVAC LOAD CALCULATIONS: ENDING TIME FOR HVAC LOAD CALCULATIONS: FLOOR HEAT LOSS COEFFICIENT: NUMBER OF UNIQUE ZONES IN THIS PROJECT: BUILDING DEFAULT VALUES: 68 66 69 65 48 50 CALCULATIONS PERFORMED: LIGHTING REQUIREMENTS: EQUIPMENT REQUIREMENTS: PEOPLE SENSIBLE LOAD MULTIPLIER: PEOPLE LATENT LOAD MULTIPLIER: ZONE SENSIBLE SAFETY FACTOR: ZONE LATENT SAFETY FACTOR: ZONE HEATING SAFETY FACTOR: PEOPLE DIVERSITY FACTOR: INDOOR REL.HUM 50% 50% 50% 50% 50% 50% 50% PROJECT: CLIENT: DATE: DESIGNER: INDOOR DRY BULB C:ANALY2 TUKWILA, WA 28.128 IN.HG. 1700 FEET 47 DEGREES 20 DEG.F 1 20 PERCENT 8 AM 8 PM 0.5 BTUH /FT -F 1 EXTRACTIONS ZONE 2 ANALYTICAL RESOURCES 09/05/:1 KEVIN MCHENRY GRAINS IN /OUTDOOR DIFF. CORRECTION 76 2.73 -3 76 -7.87 -3 76 8.22 -3 76 -12.98 -3 70 -14.84 -33 70 -15.48 -28 70 0.00 BOTH HEATING AND COOLING LOADS 1.00 WATTS PER SQUARE FOOT 0.50 WATTS PER SQUARE FOOT 245 BTU PER PERSON 155 BTU PER PERSON 10% 10% 10% 100% ALL DESIGN DATA TAKEN FROM THE 1989 ASHRAE HANDBOOK OF FUNDAMENTALS EC 2. • 2. co IL! O u. co 3 w W: 2 0 co .0 — Di-. w w; 0 —• H = O H- z 0 ** QUICK COMMERCIAL HVAC LOADS ADVANCED FILTER SERVICE INC. OFFICES ZONE 3 * * * * * * * * * * * * * * * * * * * * * * ** TOTAL BUILDING PEAKS IN JULY AT 4 PM BLDG. LOAD AREA DESCRIPTIONS QUAN ROOF WALL GLASS SKIN LOADS 8,694 LIGHTING EQUIPMENT PEOPLE PARTITION VENT 250 INFL 0 DRAW -THRU FAN BLOW -THRU FAN SUPPLY DUCT RETURN DUCT 6,930 1,764 12,474 10,000 50 0 2,264 0 SEN. LOSS %TOT LOSS 37,962 58.98 11,177 17.36 0 0 0.00 49,139 76.34 0 0 0 0 15,229 0 0 0 0 0 0.00 0.00 0.00 0.00 23.66 0.00 0.00 0.00 0.00 0.00 LAT. GAIN 0 0 8,525 0 14,228 0 0 0 0 0 BUILDING TOTALS 64,368 100.00 22,753 BUILDING SUMMARY LOAD DESCRIPTIONS VENTILATION INFILTRATION ZONE LOADS PLENUM LOADS FAN & DUCT LOADS SEN. %TOT LOSS LOSS 15,229 0 49,139 0 0 23.66 0.00 76.34 0.00 0.00 LAT. GAIN 14,228 0 8,525 0 0 BUILDING TOTALS 64,368 100.00 22,753 TOTAL BUILDING SUPPLY AIR (BASED ON A 20 TD): TOTAL BUILDING VENT AIR (31.97% OF SUPPLY): TOTAL CONDITIONED AIR SPACE: SUPPLY AIR CFM /SQ.FT. OF CONDITIONED SPACE: SQ.FT OF CONDITIONED AIR SPACE PER TON: TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE: TOTAL HEATING WITH OUTSIDE AIR: TOTAL TONNAGE REQUIRED WITH OUTSIDE AIR: PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC. ** PUYALLUP, WA 98372 09/05/:1 PAGE 3 BUILDING LOAD SUMMARY FILE COPY 0 38,596 0 1,304 0 0 * * * * * * * * * * * * * * * * * * * * * ** + SEN. GAIN 0 39,900 39,900 19.42 46, 790 37,510 13,475 0 30,435 0 0 0 7,322 7,322 182,754 + SEN. GAIN 30,435 0 137,675 0 14, 644 182,754 6,930 1.0218 404.6577 0.0025 7,081 CFM 2,264 CFM 64.37 MBH 17.13 TONS TOTAL %TOT GAIN GAIN 38,596 18.78 1,304 0.63 0 0.00 46,790 22.77 37,510 18.25 22,000 10.71 0 0.00 44,663 21.73 0 0.00 0 0.00 0 0.00 7,322 3.56 7,322 3.56 205,507 100.00 TOTAL %TOT GAIN GAIN 44,663 0 146,200 0 14,644 M01- 10 21.73 0.00 71.14 0.00 7.13 205,507 100.00 SQ.FT CFM /SQ . FT SQ.FT /TON TONS / SQ . ECEIVED n OF TUKWIIA SEP - 5 2001 PERMIT CENTER +ai:n t. nz; t; c.:.. �µ ;_iv:L..a:i:) }S;?.L�':.:di�•as, r,t:x�`karY;S::,i': ._ A ** QUICK COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC. ** ADVANCED FILTER SERVICE INC. PUYALLUP, WA 98372 OFFICES ZONE 3 09/05/:1 PAGE 2 * * * * * * * * * * * * * * * * * ** DETAILED PROJECT ZONE LOAD CALCULATIONS * * * * * * * * * * * * * * ** LOAD DESCRIPTION UNIT -SC- CLTD U.FAC SEN. LAT. HTG. HTG. QUAN CFAC SHGF -CLF- GAIN GAIN MULT. LOSS 1. OFFICE AREA ZONE 3 SYS# 1 PEAK TIME 4 PM JUN. (110 X 63) = 6930 SF ROOF- 5- NO.CLG -D N. WALL -B -D LIGHTS EQUIPMENT PEOPLE 6930 1.000 63 0.083 36237 1764 1.000 8 0.096 1355 12474.00 1.000 100% 3.410 42536 10000.00 1.000 3.410 34100 50.00 1.000 245/155 12250 0 7750 TOTAL 126,478 7,750 X 1.10 X 1.10 139,126 8,525 4.980 34511 5.760 10161 44,672 X 1.10 49,139 ADVANCED FILTER SERVICE INC. 516 VALLEY AVE NE ** PUYALLUP, WA 98372 ** QUICK COMMERCIAL HVAC LOADS PROGRAM CLIMATE DATA: DESIGN MONTH AUGUST JUNE JULY SEPTEMBER JANUARY FEBRUARY WINTER OUTDOOR DRY BULB 90 90 90 90 54 59 10 Th OUTDOOR WET BULB GENERAL PROJECT INFORMATION: 68 66 69 65 48 5Q INDOOR REL.HUM 50% 50% 50% 50% 50% 50% 50W PROJECT FILE NAME: PROJECT LOCATION: BAROMETRIC PRESSURE: ALTITUDE: NORTH LATITUDE: MEAN DAILY TEMPERATURE RANGE: ATMOSPHERIC CLEARNESS FACTOR: GROUND REFLECTANCE: STARTING TIME FOR HVAC LOAD CALCULATIONS: ENDING TIME FOR HVAC LOAD CALCULATIONS: FLOOR HEAT LOSS COEFFICIENT: NUMBER OF UNIQUE ZONES IN THIS PROJECT: BUILDING DEFAULT VALUES: CALCULATIONS PERFORMED: LIGHTING REQUIREMENTS: EQUIPMENT REQUIREMENTS: PEOPLE SENSIBLE LOAD MULTIPLIER: PEOPLE LATENT LOAD MULTIPLIER: ZONE SENSIBLE SAFETY FACTOR: ZONE LATENT SAFETY FACTOR: ZONE HEATING SAFETY FACTOR: PEOPLE DIVERSITY FACTOR: PROJECT: CLIENT: DATE: DESIGNER: INDOOR DRY BULB 76 76 76 76 70 70 70 C:ANALY3 TUKWILA, WA 28.128 IN.HG. 1700 FEET 47 DEGREES 20 DEG.F 1 20 PERCENT 8 AM 8 PM 0.5 BTUH /FT -F 1 OFFICES ZONE 3 ANALYTICAL RESOURCES 09/05/:1 GRAINS DIFF. 2.73 -7.87 8.22 - 12.98 - 14.84 - 15.48 0.00 BOTH HEATING AND COOLING LOADS 1.00 WATTS PER SQUARE FOOT 0.50 WATTS PER SQUARE FOOT 245 BTU PER PERSON 155 BTU PER PERSON 105 10% 10% 100% ALL DESIGN DATA TAKEN FROM THE 1989 ASHRAE HANDBOOK OF FUNDAMENTALS KEVIN MCHENRY IN /OUTDOOR CORRECTION -3 -3 -3 -3 -33 -28 C4 2 1U. w 0; N ?. d gyp; O N' .p H` W W ti • Z 0 P- O~ Z • ** QUICK COMMERCIAL HVAC LOADS ADVANCED FILTER SERVICE INC. VOA ZONE #4 * * * * * * * * * * * * * * * * * * * * * * ** TOTAL BUILDING PEAKS IN JULY AT 4 PM BLDG. LOAD AREA DESCRIPTIONS QUAN ROOF WALL GLASS LIGHTING EQUIPMENT PEOPLE PARTITION VENT 75 INFL 0 DRAW -THRU FAN BLOW -THRU FAN SUPPLY DUCT RETURN DUCT BUILDING TOTALS BUILDING SUMMARY LOAD DESCRIPTIONS VENTILATION INFILTRATION ZONE LOADS PLENUM LOADS FAN & DUCT LOADS BUILDING TOTALS 2,400 1,200 0 SKIN LOADS 3,600 4,320 8,000 15 0 336 0 SEN. LOSS 13,147 51.93 7,603 30.03 0 0.00 20,750 81.95 0 0 0 0 4,569 0 0 0 0 0 4,569 0 20, 750 0 0 %TOT LOSS O .00 0.00 0.00 O .00 18 .05 0.00 O .00 0.00 0.00 0.00 25,319 100.00 4,670 SEN. %TOT LOSS LOSS 18.05 0.00 81.95 0.00 0.00 25,319 100.00 4,670 TOTAL BUILDING SUPPLY AIR (BASED ON A 20 TD): TOTAL BUILDING VENT AIR (9.94% OF SUPPLY): TOTAL CONDITIONED AIR SPACE: SUPPLY AIR CFM /SQ.FT. OF CONDITIONED SPACE: SQ.FT OF CONDITIONED AIR SPACE PER TON: TONNAGE PER SQ.FT OF CONDITIONED AIR SPACE: TOTAL HEATING WITH OUTSIDE AIR: TOTAL TONNAGE REQUIRED WITH OUTSIDE AIR: PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC. ** PUYALLUP, WA 98372 09/05/:1 PAGE 3 BUILDING LOAD SUMMARY * * * * * * * * * * * * * * * * * * * * * ** LAT. GAIN 0 0 2,558 0 2,112 0 0 0 0 0 LAT. GAIN 2,112 0 2,558 0 0 SEN. GAIN 0 13,366 0 2,383 0 0 TOTAL %TOT GAIN GAIN 13,366 16.26 2,383 2.90 0 0.00 0 15,749 15,749 19.16 16,204 30,008 4,043 0 4,517 0 0 0 3,496 3,496 77,513 16,204 19.72 30,008 36.51 6,601 8.03 0 0.00 6,629 8.07 0 0.00 0 0.00 0 0.00 3,496 4.25 3,496 4.25 82,183 100.00 + SEN. = TOTAL %TOT GAIN GAIN GAIN 4,517 6,629 8.07 0 0 0.00 66,004 68,562 83.43 0 0 0.00 6,992 6,992 8.51 77,513 82,183 100.00 3,380 CFM 336 CFM 2,400 1.4085 350.4374 0.0029 25.32 MBH 6.85 TONS Mot. 155 SQ.FT CFM / SQ.FT SQ.FT /TON TONS / SQ.FT RECEIVED CITY OF TUKWILA SEP - 5 2001 PERMIT CENTER ** QUICK COMMERCIAL HVAC LOADS PROGRAM BY ELITE SOFTWARE DEVELOPMENT INC. ** ADVANCED FILTER SERVICE INC. PUYALLUP, WA 98372 VOA ZONE #4 09/05/:1 PAGE 2 * * * * * * * * * * * * * * * * * ** DETAILED PROJECT ZONE LOAD CALCULATIONS * * * * * * * * * * * * * * ** LOAD DESCRIPTION UNIT -SC- CLTD U.FAC SEN. LAT. HTG. HTG. QUAN CFAC SHGF -CLF- GAIN GAIN MULT. LOSS 1. VOA ZONE 4 SYS# 1 PEAK TIME 4 PM JUN. (60 X 40) = 2400 SF ROOF- 5- NO.CLG -D S. WALL -B -D E. WALL -B -D LIGHTS EQUIPMENT PEOPLE TOTAL 2400 1.000 63 0.083 12550 720 1.000 15 0.096 1037 480 1.000 24 0.096 1106 4320.00 1.000 100% 3.410 14731 8000.00 1.000 3.410 27280 0 15.00 1.000 245/155 3675 2325 60,379 2,325 X 1.10 X 1.10 66,417 2,558 4.980 5.760 5.760 11952 4147 2765 18,864 X 1.10 20,750 ADVANCED FILTER SERVICE INC. 516 VALLEY AVE NE ** PUYALLUP, WA 98372 ** QUICK COMMERCIAL HVAC LOADS PROGRAM CLIMATE DATA: DESIGN MONTH AUGUST JUNE JULY SEPTEMBER JANUARY FEBRUARY WINTER OUTDOOR DRY BULB 90 90 90 90 54 59 10 OUTDOOR WET BULB GENERAL PROJECT INFORMATION: BUILDING DEFAULT VALUES: 68 66 69 65 48 50 0 PROJECT FILE NAME: PROJECT LOCATION: BAROMETRIC PRESSURE: ALTITUDE: NORTH LATITUDE: MEAN DAILY TEMPERATURE RANGE: ATMOSPHERIC CLEARNESS FACTOR: GROUND REFLECTANCE: STARTING TIME FOR HVAC LOAD CALCULATIONS: ENDING TIME FOR HVAC LOAD CALCULATIONS: FLOOR HEAT LOSS COEFFICIENT: NUMBER OF UNIQUE ZONES IN THIS PROJECT: CALCULATIONS PERFORMED: LIGHTING REQUIREMENTS: EQUIPMENT REQUIREMENTS: PEOPLE SENSIBLE LOAD MULTIPLIER: PEOPLE LATENT LOAD MULTIPLIER: ZONE SENSIBLE SAFETY FACTOR: ZONE LATENT SAFETY FACTOR: ZONE HEATING SAFETY FACTOR: PEOPLE DIVERSITY FACTOR: INDOOR REL.HUM 50% 50% 50% 50% 50% 50% 50% PROJECT: CLIENT: DATE: DESIGNER: INDOOR DRY BULB VOA ZONE #4 ANALYTICAL RESOURCES 09/05/:1 GRAINS IN /OUTDOOR DIFF. CORRECTION 76 2.73 -3 76 -7.87 -3 76 8.22 -3 76 -12.98 -3 70 -14.84 -33 70 -15.48 -28 70 0.00 C:ANALY4 TUKWILA, WA 28.128 IN.HG 1700 FEET 47 DEGREES 20 DEG.F 1 20 PERCENT 8 AM 8 PM 0.5 BTUH /FT -F 1 BOTH HEATING AND COOLING LOADS 1.00 WATTS PER SQUARE FOOT 0.50 WATTS PER SQUARE FOOT 245 BTU PER PERSON 155 BTU PER PERSON 10% 10% 10% 100% ALL DESIGN DATA TAKEN FROM THE 1989 ASHRAE HANDBOOK OF FUNDAMENTALS KEVIN MCHENRY ECHN!CAL GUIDE IGH EFFICIENCY INGLE PACKAGE AIR CONDITIONERS AND INGLE PACKAGE GAS /ELECTRIC UNITS H 078, 090, 102, 120, 150 -1/2, 7 -1/2, 8 -1/2, 10, 12 -1/2 NOMINAL TONS Aso 9001 CERTIFIED 036 - 21059 -001 REV A (7/00 �YORK Heating and Air Conditioning DESCRIPTION YORK Predator units are convertible single packages with common footprint cabinet and common roof curb for all 6 -1/2 through 12 -1/2 ton models. All units have two compressors will independent refrigeration circuits. The units were designed for light commercial applications and can be easily installed on a roof curb, slab, or frame. All Predator" units are self- contained and assembled on rigid full perimeter base rails allowing for 3 -way forklift access and overhead rigging. Every unit is completely charged, wired, piped, and tested at the factory to provide a quick and easy fielc installation. All units are convertible between side and down airflow. Inde- pendent economizer designs are used on side and down dis- charge applications, as well as all tonnage sizes. PredatorTu units are available in the following configurations: cooling only, cooling with electric heat, and cooling with gas heat. Electric heaters are available only as field- installed acce!- sories. Tested in accordance with: FILE COPY SEP o 5 ?001 PERMIT CENTER FOR DISTRIBUTION USE ONLY - NOT TO BE USED AT POINT OF RETAIL SALE PID i i:ri:�'t'`innKttE:1t`�7'± n:;tzv;•:`�:�1ntii..ik�.:i'�:: cic:v �'ur «i TABLE 7: DH CAPACITY RATINGS (Tons) Model Cooling Capacity ARI Ratings CFM Sound Rating (dB)t Nominal Electric Heat Gas Heat Capacity Gas Line Size (in. OD) 504 MBH EER IPLV Capacity= (kW) Input (MBH) Output (MBH) Seasonal Efficiency ( %) Temp. Rise ( °F) Cooling Only 75 11.5 11.95 2600 84 - _ _ 078 (6.1/2) Electric Heat 9, 18, 24 34 Gas Heat - 120 96 80 20 -50 3/4 Gas Heat - 180 144 80 35 -36 3/4 090 (7 - 1/2) Cooling Only 91 11.5 11.89 3400 84 - - - _ - - Electric Heat 9, 18, 24 34 - - Gas Heat - 120 96 80 15-45 3/4 Gas Heat - 180 144 80 30-60 3/4 • 102 (8 - 112) Cooling Only 99 11.5 12.50 3400 84 _ _ - - - - Electric Heat 9, 18, 24 34 - - - Gas Heat - 180 144 80 10-40 3/4 Gas Heat - 240 192 80 25 -55 3/4 120 (10) Cooling Only 115 11.0 11.70 3840 90 - - - - - Electric Heat 9, 24, 34 54 - - Gas Heal - 180 144 80 10.40 3/4 Gas Heat - 240 192 80 20 -50 3/4 150 (12 -112) Cooling Only 10.0 10.70 4100 90 - - - - - _ Electric Heat 146 9, 24, 34 54 - - _ - Gas Heat - 180 144 80 10-40 3/4 Gas Heat - 240 192 80 20 -50 3/4 TABLE 8: UNIT VOLTAGE LIMITATIONS POWER RATING MIN. MAX. 208/230 -3 -60 187 252 460 - 3 - 60 432 504 --). 575 - 3 - 60 540 630 036 - 21059 - 001 REV A (7/00) 10 • Rated at 95 °F ambient 80 ° F dry bulb and 67 ° F wet bulb. t Rated in accordance with ARI 270 standard. $ See Table 19. Unitary Products Model Location (Ibs.) A B C D DH078 241 206 300 352 DH090 242 207 301 353 DH102 257 220 321 375 DH120 265 226 330 386 DH150 263 : 224 327 383 Model Locations (Ibs. A B C D E F 0H078 165 148 134 195 216 241 DH090 166 149 134 196 217 242 DH102 176 158 143 208 231 257 DH120 181 163 147 214 237 264 DH150 180 161 146 213 235 262 Model Shipping Weight (Ibs.) Operating Weight (Ibs.) DM078 1046 1041 DH078 1104 1099 DH090 1108 1103 DH102 1178 1173 DH120 1212 1207 DH150 1202 1197 036 -21059 -001 REV A (7/00) FIGURE 2 : UNIT 4 POINT LOAD TABLE 32:4 POINT LOAD WEIGHT 30 LEFT FRONT FIGURE 3 : UNIT CENTER OF GRAVITY F FIGURE 4 : UNIT 6 POINT LOAD TABLE 33:6 POINT LOAD WEIGHT TABLE 34: UNIT WEIGHT Unitary Products • Top' 72" Right 12" Front 36" Left 36" Reart 36" Bottom* 0" 50.3/4 LEFT FIGURE 5 : UNIT DIMENSIONS DETAIL B Gas Pipe Inlet 5-1/4 17 -13/16 View of Wall Across from Coil TABLE 35: UNIT CLEARANCES Base Pan • Units must be installed outdoors. Overhanging structure or shrubs should not obstruct condenser air discharge outlet. t To remove the slide -out drain pan, a rear clearance of 60" is required. If space is unavailable, the drain pan can be removed through the front by separating the corner wall. $ Units may be installed on combustible floors made from wood or class A, B or C roof covering materials. Unitary Products DETAIL C DETAIL D 036- 21059 -001 REV (7/00) For Baserail Dimensions See Detail C 31 036- 21059 -001 REV A (7/00) • 32 2 TYP. 50-1/2 30 80 -5/8 8or14 FIGURE 6 : PREDATORTM ROOF CURB DIMENSIONS 2 TYP FRONT 20 INSULATED DECK UNDER COMPRESSOR SECTION FRONT FIGURE 7 : SUNLINETM TO PREDATORTM TRANSITION ROOF CURBS RIGHT INSULATED DECK UNDER CONDENSER SECTION 80 - 5/8 Unitary Products <Y %rX.y: it'1'.r:it'w'•+'lF- :.:.t�Y� , .�!7i, ^.: Lr:. v.., R.._ 6 -13/16 LEFT 19 -3/16 21 -3/16 17 -3/16 i i Unitary Products 32 -11/16 6 -13/16 RETURN AIR 18 . --14 -23/32 —► . 0 — 16 -3/8 —l. 18- 1/16 —AP. 27-1/2 SUPPLY AIR C ' ' �� 63-1/2 Bottom Power, Control and Convenience Outlet Wiring Entry 21 • FIGURE 8 : BOTTOM DUCT OPENINGS (FROM ABOVE) 24 FRONT 6 -13/16 Bottom gas supply entry 036- 21059 -001 REV A (7/00) t 12 -5/16 33 036- 21059 -001 REV A (7/00) FIGURE 9 : REAR DUCT DIMENSIONS 34 18 -1/4 T 5 -5/32 28-1/4 18-1/4 28-1/4 18-1/16 Unitary Products T. L CASCADE TESTING & 12919 N.E. 126TH KIRKLAND, WASH INGTON EVERETT TESTING LABORATORY, INC. INSPECTION / ENGINEERS PLACE 90034 (425) 823 -9800 (425) 259 -0817 REPORT s., fi PREY IOUs 111226 REPORT NO. No. DAT€ i..2- C ^ -�/ 1 CERT. 2 . O D 6 2- 2Z TO: FIELD PR CT \ OJC�� +� `�,/ , t 4:1,` LOCATION //� Q� 11 \J�` - t'� \ J �7∎, `c' e.., ,q � PERMIT OWNER 11q W 2 5 2002 2002 ('• ry }- WEATHER TEMP. AT AM AT PM 0E ki - E 1 U U�llfi t " V ENGINEER c ` / 3 el\SC)^.. ATTN: ARCHITECT CONTRACTO /� INSPECTION PERFORMED RESTEEUCONCRETE RESTEEUMASONRY -- OTHER 71Et. ONLY .STIWELDING STR.STIBOLTING ITEMS INSPECTED _ FOOTINGS AUGER CAST PILES — DRILLED PIERS — FOUNDATIONS SLAB ` COLUMNS -- WALLS BEAMS — — LOCATION (AREAS) S �- ` J C 7 I' a. C 0 .v 4 , . � --(_,) Ac1/4..)n °1, 244 /©/ SS -- � CONCRETE/MASONRY SUPPLER MIX NO. DESIGN STRENGTH (f'c) TOTAL CU. YD. PLACED SLUMP (INCHES) AIR CO ENT ( SPECIMENS CAST %) SEE CYLINDER REPORT NO. YES NO _ ITEMS INSPECTED WERE IN CONFORMANCE WITH BLDG. DEPT. APPROVED PLANS REMARKS: " ( ` K L Z `mil `•'•� -e G (O /N- 1r‘. ADDV e- SA C .12.1 . Ol 1. etc Ct C of ,�,(,� �•�.� S �� ` C TEST RESULTS APPLY ONLY TO THE ITEMS HEREIN TESTED. THIS REPORT SHALL NOT BE REPRODUCED EXCEPT IN FULL, WITH- OUT THE WRITTEN APPROVAL OF CASCADE TESTING LABORATORY, INC. REVISED 8/00 COPIES TO: 0 • 7 3 /1! 5 - 4- 46.t14 INSPECTOR(S), NAME(S) PRINTED INSPECTOR SIGNATURE " SIGNED BY l T� March 26, 2002 Cert No. 0203 -22 CASCADE TESTING LABORATORY. INC. TESTING & INSPECTION / ENGINEEIRS 12919 N.E. 126TH PLACE KIRKLAND: (425) 823 -9800 KIRKLAND, WASHINGTON 98034 FAX: (425) 823 -2203 City of Tukwila Building Department 6300 Southcenter Boulevard, Suite 100 Tukwila, Washington 98188 Attention: Dave Larson Reference: Analytical Resources Project S 134 _ e tt No. M01 153 - Dear Mr. Larson: This is to advise you that special inspections are completed for the above referenced project. Special inspections were performed for the following activities and copies of reports have been sent to the building department. 1. Structural steel visual inspection for new mechanical openings All work inspected conformed to Tukwila Building and Land Development approved plans, specifications, Director's Rules, UBC and related codes and/or verbal or written instructions from the Engineer of Record. Our last and only report is dated 03 -12 -02 and is number 111226. Respectfully, CAS �P E TESTING LABORA . ORY, INC. nnis H. Stack President SEATTLE: (208) 525 -8700 EVERETT: (425) 259-0817 RECE ^8 20 °E ve - U NI MFN September 19, 2001 City of Tukwila Department of Community Development Steve Lancaster, Director Mr. Kevin McHenry Sound Heating and Air Conditioning, Inc. 5209 122nd St. E. Tacoma, WA 98446 RE: CORRECTION LETTER #1 Mechanical Permit Application Number MO1 -153 Analytical Resources, Inc. 4611 S. 134th Place Dear Mr. McHenry: This letter is to inform you of corrections that must be addressed before your mechanical permit can be approved. All correction requests from each department must be addressed at the same time and reflected on your drawings. 1 have enclosed comments from the Building Division. At this time, the Fire Department, Planning Division, and Public Works Department have no comments. The City requires that four (4) complete sets of revised plans be resubmitted with the appropriate revision block. If your revision does not require revised plans but requires additional reports or other documentation, please submit four (4) copies of each document. In order to better expedite your resubmittal a `Revision Sheet' must accompany every resubmittal. I have enclosed one for your convenience. Revisions must be made in person and will not be accepted through the mail or by a messenger service. If you have any questions, please contact me at (206) 431 -3684. Sincerely, f �CLti Lt,CpU A a 1 •t. , Kathryn A. Stetson Permit Technician encl xc: File No. M01 -15 Steven M. Mullet, Mayor 6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188 • Phone: 206- 431 -3670 • Fax: 206 -431 -3665 BUILDING DIVISION REVEIW Plan Review: Ken Nelsen, Plans Examiner No further comments at this time. Tukwila Building Division 6300 SouthCenter Blvd. Tukwila, WA 98188 206 -431 -3670 Date: September 18, 2001 Project Name: Analytical Resources Inc., Mechanical Permit Applications Application #: M01 - 153 A general Building Division plan review has been completed for the subject project. Please address the following comments in an itemized format and include revised plans and/or other applicable documentation. 1. All roof mounted HVAC equipment weighing greater than 400 pounds must be accompanied by a structural analysis of the roof adequacy to support the equipment's installation. All structural analysis must be completed and wet stamped by a Washington State licensed Structural Engineer. 2. In the process of this plan review, an overview of the related building permit was also conducted, (permit D01 -217). The review of the associated tenant improvement concludes that the existing building envelope may not comply with the Washington State Energy. Therefore, before this mechanical application would be approved, it must be demonstrated that the Analysis Resources building is insulated in accordance to W.S.E.C. Section 1133. .�. �;I�' , t .11:.: ..: „� L;. � ., f, f.. ,. �! . :v >.L..::t -r' •-1 '., t..:.:..t r_L :..., w :vf �,u �tti .'A��..t ;', ACTIVITY NUMBER: M01 -153 PROJECT NAME: Analytical Resources, Inc. SITE ADDRESS: 4611 S. 134 PI. DATE: 9 -28 -01 SUITE # Original Plan Submittal Response to Incomplete Letter # X , Response to Correction Letter # 1 Revision # After Permit Is Issued DEPARTMENTS: Approved \PRROUTE.DOC 5/99 PERMIT COORD COPY PLAN REVIEW /ROUTING SLIP Building !vision i (0-4° n Public Works Complete Incomplete Fire Prevention Ala. to -I.- "( Structural DETERMINATION OF COMPLETENESS: (Tues., Thurs.) Comments: TUES /THURS ROUTING: Please Route I I Structural Review Required REVIEWER'S INITIALS: DATE: APPROVALS OR CORRECTIONS: (4 weeks) Approved with Conditions n REVIEWER'S INITIALS: Planning Division Permit Coordinator DUE DATE: 10/2/01 Not Applicable nl No further Review Required DUE DATE 10/30/01 Not Approved (attach comments) DATE: CORRECTION DETERMINATION: DUE DATE Approved n Approved with Conditions Not Approved (attach comments) REVIEWER'S INITIALS: DATE: DEPARTMENTS: Building Division Public Works Complete \PRROUTE.DOC 5/99 PERMIT COORDCpey PLAN REVIEW /ROUTING SLIP ACTIVITY NUMBER: M01 - 153 DATE: 9 -05 -01 PROJECT NAME: ANALYTICAL RESOURCES INC SITE ADDRESS: 4611 SOUTH 134 PLACE XX Original Plan Submittal Response to Incomplete Letter # Response to Correction Letter # " Revision # After Permit Is Issued Fire Prevention Azov a- IaC-al Structural DETERMINATION OF COMPLETENESS: (Tues., Thurs.) Incomplete TUES /THURS ROU ING: Please Route Structural Review Required REVIEWER'S INITIALS: APPROVALS OR CORRECTIONS: (ten days) Comments: Planning Division Permit Coordinator DUE DATE: 9-11-01 Not Applicable No further Review Required DATE: DUE DATE 10 -09 -01 Approved n Approved with Conditions 1 Not Approved (attach comments) REVIEWER'S INITIALS: DATE: CORRECTION DETERMINATION: DUE DATE Approved n Approved with Conditions Not Approved (attach comments) REVIEWER'S INITIALS: DATE: t ?.'.it•xr3i:aiii':� ^h:esiii;i ":i'�,N:dv +it «'• = i'+ >i;. S f a City of Tukwila Department of Community Development - Permit Center 6300 Southcenter Blvd, Suite 100 Tukwila, WA 98188 (206)431 -3670 Revision submittals must be submitted in person at the Permit Center. Revisions will not be accepted through the mail, fax, etc. Date: 9- )g -o ❑ Response to Incomplete Letter # • Response to Correction Letter # 1 ❑ Revision # after Permit is Issued Project Name: Analytical Resources, Inc. Project Address: 4611 S. 134 Place Plan Check/Permit Number: MO 1 -153 Contact Person: Kevin McHenry Phone Number: (253) 535 -6249 Summary of Revision: ST2Wc ,a/4 / Ran k� lc�:,, Euv,= l / la 1(7- ,9 #o (= N9i A) LS-QM .,'n / ;lan ) L t (S- l i n ) 05 -O 0/%14 )-,M, (- Sheet Number(s): "Cloud" or highlight all areas of revision including date of revision Received at the City of Tukwila Permit Center by: ' l c o ❑ Entered in Sierra on 09/19/01 C1-14NIC141_ !_E ENr; PLUMBING FIXTURE COLD WATER PIPE CCU) HOT WATER PIPE (1W) HOT WATER RECIRC PIPE CHWC) SANITARY PIPE (SAN) VENT PIPE (V) STORM PIPE (6) RAIN LEADER (RL) ROOF DRAIN (RD) OVERFLOW DRAM COD) GAS PIPE (G) STEAM PIPE (671) CONDENSATE RTN. PIPE (GOND) HOSE BIBB/WALL HYDRANT BALL VALVE GATE VALE GATE VALVE w /CAP BALANCING VALVE GAS COCK/VALVE GLOBE VALVE ANGLE GLOBE VALVE 3 -WAY MOTORIZED VALVE CONTROL VALVE CHECK VALVE PRESSURE RELIEF VALVE PRESSURE REDUCING VALVE PRESSURE REDUCING STATION BACKFLOW PREV. STATION PIPE CAP PIPE BREAK PIPE UP PIPE PCU6 PIPE TEE UP PIPE TEE DOWN PIPE FLANGE UNION FLEX CONNECTION "(PIPE) STRAINER AIR VENT PRESSURE GUAGE THERMOMETER 24/12 12 0 24/124 HVAC EQUIPMENT NUMBER/ PLUMBING FIXTURE DESIGNATION RECTANGULAR DUCT SIZE ROUND /SPIRAL DUCT 612E OVAL DUCT 512E CEILING 0166/SER - SQUARE CEILING DIFFUSER - ROUND LINEAR/SLOT DIFFUSER RETURN AIR/EXHAUST GRILLE WEATHER LOUVERNIALL GRILLE SUPPLY AIR ARROW RETURN AIR/EXHAUST. ARROW THERMOSTAT/SENSOR SPIN -N w/VOLUME DAMPER FLEX DUCT (6) DUCT, RECT (F) / ROUND (P) 50UNDLINED DUCT/DUCTBORD SUPPLY AIR DUCT DOLLN SUPPLY AIR DUCT UP RET/EXH DUCT DOAN (6) RET/EXH DUCT UP (6) ROLND/5PIRAL DUCT 00144 CO) ROUND /SPIRAL DUCT UP (P) RECT DUCT BREAK ROUND /SPIRAL DUCT BREAK RECT ELBOW 5/11)RN VANES RADIUS ELBOW (6/ 6) TRANSITION SQUARE -ROUND TRANSITION FLEX CONNECTOR ® EQPT. FIRE DAMPER 51105E DAMPER VOLUME DAMPER (VD) VOL. DMPR w /REMOTE OPER MOTORIZED DAMPER HYDRONIC WATER SUPPLY HYDRONIC WATER RETURN CONDENSER WATER SUPPLY CONDENSER WATER RETURN CHILLED WATER 5UPPLY CHILLED WATER RETURN FAN SCHEDULE SYMBOL MNNUF MODEL CONFIGURATICN AREA SERVED CFM PERFORMANCE •SP RPM DRME MOTOR MTR HP MCA V /FH BACK DRAFT DMPR SPD SW WGT (Ibs) RBNARKS!NOTES Roof Roof Roof Roof �I6 '��� ® ®��m® EIZI I11,�7rJ1iIECIUM1111ENCEMI® ®ENIIII 11 No No No Sample Discard Extractions Extractions Roof Roof Roof Extractions Extractions Extractions Extractions Extractions Metal Ins Metal Ins Clean Room Metals Prep Metals Prep Metals Prep ■ 500 1750 1250 1250 1750 1250 1250 1050 785 800 800 1135 0.25 0.25 0.25 0.25 0.25 697 778 778 697 M ' It III�� III°IZITM 0.25 0.25 Metal Ins Clean Room 778 778 0.50 0.25 688 0.25 900 0.25 778 0.25 900 0.25 0.50 0.50 0.50 0.50 746 1232 1492 1492 890 Direct Belt Belt Belt Belt Belt Belt Belt Belt Belt Belt Belt Bel Belt r r 500 0.50 1492 Belt 500 0.50 1104 Belt Belt Belt Bel 110/1 208/1 208/1 2 08/1 208/1 208/1 208/1 Yes No No m ® No No No H■ No 208/1 208/1 208/1 208/1 208/1 208/1 208/1 208/1 No No No No No 2500 0111 EF2 Central EF3 Central FC111 Roof V.O.A 1250 0.50 933 Belt 208/1 No No EF4 EF5 EF6 EF7 EF8 Central FC112 EF9 EF10 EF11 EF19 EF20 EF21 EF22 EF23 Greenheck Existing Central Central Greenheck G100 Central Central Central EF12 Central EF13 Central FC112 FC111 Roof No EF14 Central EF15 Greenheck EF16 Central FC109 EF17 Central IFC112 €F18 Central FC111 Central Central Central Central Central EF24 Central EF25 Central EF26 Central EF28 Central EF29 Central TEFL Existing TEF2 Existing TEF3 Existing TEF4 Existing TEF5 Existing TEF6 Existing SF1 0100 Roof V.O.A 750 0.50 Belt 110/1 Yes No 170, I FC109 Roof V.O.A 785 0.50 1232 Belt 208/1 No No FC112 FC111 FC111 FC112 FC111 FC111 SFB -18 FC112 FC109 FC111 FC109 FC109 FC109 FC109 FC111 FC111 7H929 In Line Roof Roof Roof Roof Roof Roof Conventional Roof Conventional Roof Roof Roof Roof Roof Roof EF27 Central FC109 Roof Roof Roof Ceiling Ceiling Ceiling Ceiling Ceiling Ceiling ADMIN Extractions Conventional Conuantional Metals Prep Bathroom Bathroom Lunch Room Lunch Room Bathroom Bathroom 1250 0.25 778 Belt 3500 3000 2500 1250 1135 0.50 890 Belt 80 80 80 80 80 0.25 0.25 0.25 0.25 0.25 80 0.25 Direct Direct Direct Direct Direct Direct 208/1 No No No 208/1 No 208/1 208/1 208/1 208/1 Yee No No No 208/1 No No 208/1 No 110/1 Yes 110/1 Yes 110/1 Yes 110/1 . Yes 110/1 Yes No No No No No No No No No 110/1 Yes No Sep Funnels Roof Clean Roam 2050 0.50 2140 Belt 3\4 208/1 No No Fiber Glass No Metal. See Note #1 Dayton Note #1 Provide w /duct mounted smoke detector as required b code. Detector to shut down unit Upon detection of smoke or signal from Ire alarm system, coord w/fire alarm COiStraCtor. SYMBOL MUA 1 MUA 2 MUA 3 MUA 4 MUA 5 AC 1 AC 2 AC 3 AC 4 AG 5 AC 6 AC 7 AC 8 DESCRIPTION TOTA Trane TCH150B300DB Reznor RDF3 -260 Reznor RDF2 -80 Reznor HRGB 200 Reznor RDF1 -50 York DM120N15P4AAA1 York DM120M15D4AAA1 Trans YCD090C3HOBO York 0400060 Trane CC060F3M 013C York D4CG060 York D4CG060 York 0400060 SENS COOLING E'ER 9.2 9.0 9.0 1 - With Economizer 2 - 100% 0.S.A. 3- Provide Smoke Detector on Supply Plenum 4 - Interlock w /associa tad Fans per zones 5 - Stainless Steel Heat Exchanger 6 - M ax Supply Temp 59 7 - Reinstall relocated equipm ant EER 10.0 10.0 10.0 10.0 IPL V 9.1 9.1 HVAC EQUIPM ENT SCHEDULE FUEL Gas Gas Gas Gas Ga Gas Gas Gas Gas 0 G G Gas HEATING AN EL MBH 400 1250 500 200 500 150 180 150 100 100 100 100 100 COP CF 5000 18830 6650 2500 5000 4000 4000 3000 2000 2000 2000 2000 2000 ESP 1 1 ,. ° ° • MTR HP verify 15 verify 1.5 verify 1.5 1.5 1 .5 MCA verify 25.1 11.1 4.41 1 3.45 26.6 28.8 verify 14.1 verify 14.1 14.1 14.1 V /PH 208/3 460/3 460/3 460/3 460/3 460/3 460/3 208/3 460/3 208/3 460/3 460/3 460/3 W GT.. 006 CFM 1465 5000 2,3,4',5,7 3859': 18830 2,3,4,5 2263 6550 2,3,4,5 1360 2600 2,3,4,5_ 1537 5000 2,3,4,5 1200 1200 1100 830 700 630 830 30 SYMBOL CD DE6CWP5ON MANUF MODE. GRD SCHEDULE CFM AIR PATTERN MTG- CEILING TITUS MODULAR CORE PER PER T -BAR DIFFUSER • #TDC -1 PLANS PLANS FACE SIZE NECK 017E 2334 ° x 23/ ° PER PLANS COLOR. R13OARKS WHITE FRAME3 CDH- SG1 CEILING DIFFUSER SOFFIT GRILLE RAG RETURWRELIEF GRILLE RG1 EG1 TG TGH TG1 WL RETURWRELIEF GRILLE SIDEWALL REI URWRB.IEF GRILLE EXHAUST GRILLE EKHAUSr GRILLE SIDEWALL EXHAUST GRILLE TITUS TITUS TITUS TITUS TITUS TITUS TRANSFER GRILLE TRANSFER GRILLE TITUS TiTUS TITUS TITUS TITUS RUsioN TPANSFER GRILLE WEATHER LOUVER SEE NOTE #1 350 RL 350 RL 350 RL PER PLANS PBR PLANS SURFACE SURFACE PER FLANS PLANS PER PLANS PER PLANS PLANS PER PLANS PER PLANS PER PLANS PER PLANS PLANS SEE NOTE SURFACE SURFACE T-BAR NECK SIZE TOTAL NECK SIZE TOTAL NECK SIZE TOTAL NECK SIZE TOTAL NECK SIZE TOTAL NECK SIZE TOTAL NECK SIZE TOTAL NECK SIZE TOTAL NECK SIZE TOTAL NECK SIZE TOTAL NECK SIZE TOTAL PER PLANS PBR PLANS PBR PLANS PEIR PER PLANS PER PLANS SURFACE SURFACE SURFACE SURFACE WALL PER PLANS PER PLANS PLANS PER PLANS PER PLANS WHITE WHITE WHITE FRAME 6 w/ALUMINUM CORE & BUG SCREEN WHITE WHITE WHITE WHITE WHITE WHITE WHITE WHITE CLEAR ANODIZED w/o MOUNTING HOLES w/o MOUNTING HOLES w /5 MOUNTING HOLES VBRIFY COLOR 1,3 1,3 1,3 NOTE#1 - MODEL NO. & AIR PATTERN SHALL BE THE SAME AS CD, EXCEPT PROVIDE FOR MOUNTING INDICATED (ADD F2T REMARKS - 2278 + 3500 kr5 Building Pressure Calculations Exhaust CFM Makeup Air CFM Zone Pressure ZONE 2 -ADMINISTRATION - 3570 Exhaust CFM -1- 1500 Makeup Air CFM + 1720 NC unit minimum OSA CFM + 0 Zone Pressure ZONE 3 - EXTRACTIONS - 18830 Exhaust CFM + 0 Zone Pressure ZONE 4 - CONVENTIONAL - 6550 Exhaust CFM + 6285 Makeup Air CFM (Modulating) + 265 Positive Pressure from Metals Instruments + 0 NC unit minimum OSA CFM + 0 Zone Pressure ZONE 5 - METALS INSTRUMENTS - 2235 Exhaust CFM + 2500 Makeup Air CFM + 0 NC unit minimum OSA CFM + 265 Zone Pressure ZONE 6 - METALS PREPARATION - 4750 Exhaust CFM + 5000 Makeup Air CFM (Modulating) + • 250 Zone Pressure TOTAL BUILDING PRESSURE + 415 + 250 + 665 Zone #6 - Metals Preparatiol Overall Building Positive Pre .ure _ COPY I understand that the Plan Check approvais are subject to errors and 01015510ns and approval of glens does not autMriae the violation of any adopted code or ordinance, Receipt of con- tractors copy of approved plans acknowledged. By SEPARATE PERMIT REQUIRED FOR: 0 MECHANICAL WELECTRICAL li la GAS PIPING CITY OF TUKWILA BUILDING DIVISION FERMI. CENTE, REVISION o z g 13 r OI 10 EC) 0 to to 3 0 Ta .0 DRAWN 8 05 2 al FROJECT NO. CONTRACT ORWG. REF. DRAWING NO 1/8" n P l DAM Pfr5SU. GAS TR t FRPtART SERAGE OTTERS. 55) 0/18 UCT RECEIVED • CITY OF TUKWII p St!' I 5 7011 PERMITCENTER lt 8i DATE 8/29/01 (Permit Submittal) DRAWN PROJECT N0. CONTRACT DRWG. REF CHECK c 0 U DRAWING NO. M OF HVAC Floor Plan(s) 180'_0" 20'_0" 20 , _0" 20'_0" 20' -O" 20'-0 " 20' -0" 20' -0 ": 20'_0" 20' -0 " - ION - /�� • "7� -- ■ 110 l � , r — 11/7_1— Y WY I 4 —J L_ r — - I r - - - � r � l�'4'1 450 1 - e I I I L -iT _JL — — J ' I- - , Im'r I — I J _ ` i ' s ib . EXISTING 24/69 WALL \ OPENPi ... FREE A'''') 2000 4 24445 i UP TO AC WIT, T y � .lf .• ' -' 1 EGEP s WORKS TAT 1RKSTA T 1 • 1 LUNCH ROOM J J 1 �� — �7 L1 PIP / 111 / ti _._ —_� < SHIPPING /RECEIV G r _ _ r ,c,. �10 �J RINAI AMPLE DISCARD HEATER TO rs rAN , ken. .1. \ '' LOG -IN \ / /rL -/ 2 0' — 12.4 1/ \ KV _ We /.. I I EXTRACT! 1 w. / \ FIGE r f r; :0_[FI � Ir W. CDR / \ J L _1 J q I L-J X6'11 !.5 \ F FRV. NBIT / 1230 a7 Tf121 R7GF . 100 cal MP Or 41 s (O e ® 1 i tN t2Ctf1 ® I `� \ 20 / \ '"� r G • R J J ll 1 • 4 \ _ ,(�i -r _ 2101 O : ICE OFFICE OFFICE , / - �ESTR• :o� tTW / \ C DR M0 CR'I ...40/4 -.... UP TI -. / A / I5m/k DISTF ■ n OOL ER ST _.. / BOTTLE STOR. In. I WM - � �— v bWYr _ PART NEIGH a I L NCH R OM 1 1 1- - 11 11.1111 \ r IIII 1_111 ( j ''{. �/ UP DD 1 35555A . 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S YAITV ANANN UNd.Wn'LWITARkAG9etn%l;RJ4tAlAk t PROJECT NAME: Analytical Resources Tenant Improvement ( 1rr ili.I.i_. , I , . i .. I! . IILI . I . 11 . ilili1iiilitI ili_Ii.III.i_.Ii i-i.' FP-11 Ii lili � li , 1 . r . I .. i - III -i . INCH 0 CHINA 6 C Z h- 111. 1111l1I I I! JJ, IJII. l- 1i: 11 I1 . 111I1111 { w•t✓ 'ig1Y31nxt1MM41;1L'N + +�Itl1_1`y n- '.,^,tri .1111 et-siw erAnw!xx+T.trseA csorept ntrmn•vnlvauaa AarMaCplr4MAkeserA4 1q.i Mcm. Watif ri �Ai D'AMATO CONVERSANO INC. 2821 NORTHUP WAY • SUITE 200 PHONE: (425)827 -2238 BELLEWE, WA.98004 FAX: (425)827 -8986 WEBSITE: WWW.DCI— ENGINEERS.COM CIVIL / STRUCTU 01317S1.dwg 21 Sep 2001 — 1:47 pm mseiser RMnrt. nsmIAMAJAIWAVA •t.A.tALR404,101. M antatTIIMMTnwvun11A WKAIPMPAltmlWVy.LLytd Inu,lHtltlx.nmai AGr)vY u'tnrnvvVARAII ULLMA, .Ym% EXISTING ROOF FR MING - TYP 611N1nYVJMI{ RX10.1 1aa1XAT 'MMMAI�d51YYA]+M'ANn1fTNl S' i7el k/iltaMMi ,. S1 T. T{ SHMtl4tWIM14YNaS[Y LOCATIONS SHOWN ARE APPROXIMATE FIELD VERIFY LOCH IONS PRIOR .' TO FABRICATION.. Sc CONSTRUCTION 1 pvPARTMINSM.19Smus YAMIII a awactUS mm::. All•FO GOZWI rM04HACK MitlwaISTO rMIVAln4+rn COMIT V .A.AtIM4.MAStrxMOCKM273O03wmtat ✓itweiroo ItMNMAtoprxwt r AVIONN IOMINI!C1.nt.+Pi.44tiMAGIOAI, T.teNr{ {MRTSaAW.MrsAwco nw Mp,aranat irsA P rii__. n ,cal srA MMW riolkiva nctrAmloulItRYGlIannR.lNt_YR AVAITWt Mai.mfarnefttii alrt:Wrxxynp» PROJECT NO: 01 -11 -317 SHEET TITLE: CO. )M1MF5 WMUSNOvImMIWOrain3111SYA41I+ r axal:atrauu.xrtnYfinlljrlxrnu .ct..tx:many: 1 1 L .. ......1 muaesYma'matnxactwensw1 AAVertat1Qi3 ilbdGTACCI MN 'holos%..AT6itet into V.S/Kt: BY: MWS STRUCTURAL ROOF FRAMING PLAN EXPIRES 4/29/ 61, 1 FOR FRAMING REF PARTIAL PLAN SSK -4 SKETCH NO: SSK -0 DATE: 9/21/01