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Home My WebLink AboutPermit M2000-179 - SAYBOLT LABS AV 3 Pcos'eD l CZ8 iToctkus 6L i -000ZW City of Tukwila Permit No: M2000 -179 Type: B -MECH Category: NRES Address: 18251 CASCADE AV S Un: A Location: Parcel #: 788890 -0150 Contractor License No: GB "YSI *088BS INSTALL (4) PACKAGED UNITS, (1) MAKEUP AIR UNIT, (7) EXHAUST FANS, AND (1) CABINET HEATER AND (6) FUME HOOD EXHAUSTS. UMC Edition: 1997 MECHANICAL PERMIT '��rm 1 t een tear (' the i i dSignature Date Valuation: Total Permit Fee: Title:_ ? 14-1 (206) 431 -3670 Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188 Status: ISSUED Issued: 09/07/2000 Expire_: 03/06/2001 TENANT SAYBOLT LAB Phone: 18251 CASCADE AV S TUKWILA, WA 98186 OWNER ESTATE OF JAMES CAMPBELL Phrsne: (206)872 -4680 C/0 COLLIERS INTERNATIONAL, 20206 72ND AVE S KENT WA 98032 CONTACT GREG BERG Phone: 425 - 482 -0584 7202 NE 175, KENMORE, WA 98028 CONTRACTOR G B SYSTEMS INC Phone: 425 -482 -0584 7202 NE 175th. ST, KENMORE, WA 98028 •* k* kkkAk* kkk** k kk*** k* kAk•** *kkk *Akkkkkk*k**kkkkk**k**Mkk *k t.44chk*h ***kkkk* Permit Description: 10,000,00 179.81 *•kkkk *** **k4 *k ** kk•k k** k* A• kkk* Ak***** hAkk*• ****k *kkAkkk* **A* *k•k•k *AAA** I hereby certify that I have read and examined this permit and know the tame to be true and correct, All provisions of law and ordinances governing 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 c: ince l the provisiont of any other state or local laws regulating construction or the performance of work. I am authorized to sign for and obtain th b ing, permit. ignature. _ _ r _ - Date: , ?Agp Print N ame::" 011 (,. =Gk.o iihk_T. 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 1: suspended or abandoned for a period of 180 days from the last inspection. Address: 18251 CASCADE AV S Un: A Permit No: M2000-179 Suite: Tenant: SAYBOLT LAB Status: ISSUED Type: B•MECH Applied: 08/15/2000 Parcel #: 788890-0150 , Issued: 09/07/2000 *A*A*******k**k**A**M*A4********* A kkAk* Permit Conditions: 1. Readily accessible access to roof mounted equipment is required. 2. Any exposed insulations backing material shall have a Flame Spread Rating of 25 or less, and material shall bear identi- fication showing the fire ,performance rating thereof. Plumbing permits shall be obtained through the Seattle-King County Department of Public Health. 'Plumbing will be Inspected by that 4 agency, including all gas piping ' (296-4722)s, 4, Electri permits shall be obtained through the Washington State Division of Labor and Industries and all electrical - work will be inspected by that agency (248-6630). , S. No changes will be made to the plans unless approved by the e Engfineer.and the Tukwila Building Division. 7. AV1 to be done in conformance with approved 6. All :permits, inspection records, and approved plans shall be , plans, specifications, and computations shall not he coo- %; * Valldity of, Permit. The issuance of a permit or approval of Edition) es amended, Uniform Mechanical Code 11997 Editioni, strimd to be a permit for or an approval of any violation‘ plails and requirements of the Uniform Building Code (1997 and Washington State Energy Code 0997 Edition), other ordinance of the jurisdiction. No permit presuming to available at the Job site prior to the start of any con- able ,until final inspection apOroVal is grunted. * ' of any of the provisions of the building code or of any , strOction. These documents are to be maintained and avaii-, , give Otbority to 'violate or cancel the provisions of thlsY ' , code shkll be valid. Winufacturers thatallation instructions required on sit, for the building Inspectors reviON CITY OF TUKWILA -„, •.• :.! • • Project Name/Tenant: $ vI a L T �` I L4 e 4 Value of Mechanical Equipment: L Site Address : ) �S e e DE S' Aver City State/Zip: T Tax Parcel Number: - Q- 0' S , O Property Owner: Signature: _ _ W Phone: ( ) Street Address: 00 k : MoK /t 4 A , t4 City State/Zip: • pea 4 Fax #: ( • Contractor: / Print name: 0267 Phone: (1/2 43. � ASp Fax #: ( ) — Oil% Phone: (�g - titi•�_os Street Address: _ 2 a NO / 7 s City State/Zip: �-� ✓ WA A 1�t�aS Contact Person: AEG 10/4. Street Address: 20 2 . eve /75 City State/Zip: k•m".0.-e ofA Fax #: ( ) -6594 BUILDING OWNER OR AUTHORIZED AGENTS Signature: _ _ Date: , ,, • / / Print name: A. Phone: ( f 4 : 2 ,,, 4 Address: e / II City /State/Zip : ` ®, lag CITY OF TI ';WILA Permit Center 6300 Southcenter Boulevard, Suite 100 Tukwila, WA 98188 (206) 431 -3670 Description of work to be done (please be specific): F 0- STAFF USE ONLY Project Number: Permit Number: 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. 18028 MECHANICAL PERMIT REVIEW AND APPROVAL QUESTED: (TO YE FILLED OUT BY APPLICANT) N'S �►' A LG /� G �' �''AGk.�4G !/>c//.T'l a4/17 7 OA /f4uf_?" +A/ ... AN0 . _ I G A B /A/ r 1-404 tfAts 0 a Current copy of Washington State Department of 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 appl' lion acce led: Date application (� eexppiires: Applica ' n en by: (initials) ( - O 2 - 16- 6 1 _____ 11/2199 meth permil.doc �a ✓ Submittal Requirements Floor plan and system layout — 7Roof plan required to identify individual equipment and the location of each installation (Uniform Mechanical Code 504 (e)) etails and elevations (for roof mounted equipment) and proposed screening 'Heat Loss Calculations or Washington State Energy Code Form #H -7 1//c1; V.A.C. over 2,000 CFM (approximately 5 ton and larger) must be provided with smoke detection shut - i ff 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 ather applicabl re uirements of t he Washin ton 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 RESIDENTIAL: Two complete sets of attachments required with application submittal NOTE: Water heaters and vents are included in the Uniform Mechanical Code – please include any water heaters or vents being installed or replaced. Submittal Requirements New Single Family Residence Heat loss calculations or Form H•6. Equipment specifications. Narrative of work to be done includin: modification to duct work. 11/'/9 wistral►.dac Chan a -out or re. lacement of existln: mechanical e ul ment 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. ** * *A** * * **** irA A *** t* * *A A* ** *rid ** *A A *AAA * *•A *A k,A *•44 * * * *A *A XTY or, 1r WA _ lick TFRANSMIT �4 * * ** ** *A * *A * *A *** *•.A* ***fit * *** A *yA4 *AkAaA*A * **A * , AAAA ,A*kA*A IRANUMIT Numbers 89000353 Amounts 179.0i 09/07/00 ) Payment Ma>rhndt CHECK INobnblans 8 K 13YQPl:M9 INC Xnit;t ILO fe 1.• IIM0 4 : •.•••r Or ••a•.IMO OP 04 i M••s+•r •. I•M .. .•:I M wt; •. aw •r . •. r IN an •. 14 Al a. •. .. •. • . So a a. •. • • r .0... r: w •. a. • Permit Nos M2000-i Types 11 •MI.CM MECHANICAL PERMIT Pkr c I Nos 780090-0150 9 t • ;Addrnmv s 18251 CASCADE AN 43 nAl t•,...r` F 1 : Um: A 'NW Pegg: 179.31 7111e P y%1sinti 179.0) 1'ct o f ALL Hilts* 179.01 Onlahoes .00 r�1 ***4 4*****{ * 44* o *A***4*4* *ii *#4k4* *f0+ #4,*,h44 k44+A6A4 ..*# IDeacrr b1un Amauo1• A�pvunC Code !�lrrNN CHECK • 11U1lI�EU 35.9C 000/34% U3O 00O/322.100 MECHANICAL •• NONRI9 i4:143.95 G.'! . • .l f R•. .^ w , , , , , , . . . . . , , Y r .M •' * n ., t. a l t . • r r f .IM 1 • ! . •t a 7. r a • . * 1x • r I' RS • t: • : # • • 1 “ W M , • I PERMIT NO.: IV\ Zap- I dm MECHANICAL PERMIT APPLICATIONS INSPECTIONS ❑ 00002 Pre - construction ❑ 00050 WSEC Residential ❑ 00060 WA Ventilation/Indoor AQC 0 00610 Chimney Installation/All Types 00700 Framing ❑ 01080 Woodstove 01090 Smoke Detector Shut Off 01100 Rough.in Mechanical 01101 Mechanical Equipment/Controls 01102 Mechanical Pip/Duct Instil 01105 Underground Mech Rough•in 01115 Motor Inspection 1400 Fire Final 01800 Final Mechanical 0401 S Speclal•Smoke Control System CONDITIONS 1 0001 No changes to plans unless approved by Bldg Div 0014 Readily accessible access to roof mounted equipment 0016 Exposed insulation backing material 0019 All construction to bo done In conformance w /approved plans 0002 Plumbing permits shall be obtained through King Co 0027 0003 Validity of Permit Electrical permits obtained through L & 1 0036 Manufacturers installation instructions required on site "BTU maximum allowed per 1997 WA State Energy Code" 0041 Ventilation is required for all new rooms & spaces "Fuel burning appliances "Appliances, which generate..,." "Water heater shall be anchored...." 8 Agililiongigandliktui TENANT NAME:? FEES Basic Fee (Y/N) Supplemental Fee (Y/N) Plan Check Fee (YIN) Furnace/Burner to 100,000 BTU (qty) Over 100,000 BTU (qty) Floor Furnace (qty) Suspended/Wall/Floor- mounted Heater (qty) Appliance Vent (qty) Heating/Refrig/Cooling Unit/System (qty) Boiler /Compressor to 3 HP /I00,000 BTU (qty) to 15 HP/500,000 BTU (qty) to 30 HP /1,000,000 BTU (qty) to 5011P/1,750,000 I3TU (qty) over 50 11P/1,750,000 BTU (qty) Air Handling Unit to 10,000 din (qty) over 10,000 cfm (qty) Evaporative Cooler (qty) Ventilation Fan (qty) Ventilation System (qty) Hood (qty) incinerator — Domestic (qty) Incinerator — Comm /1nd (qty) Other Mechanical Equipment (qty) Other Mechanical Fee (enter 5$) Add'l Fees — Work w/o Permit (Y/N) Insp Outside Normal Hours (hrs) Reinspections (hrs) Miscellaneous inspections (hrs) Add'I Plan Review (hrs) Plan Reviewer: KciA. Date: Permit Tech: Date:f37_04, ANION I Project: Pro ! J 6 H . ! _ T yphof Ins. ectioi ' "t� Add ess: Date called: Special instructions: Date w w y ante r d: 4i - } 1 - 00 a. n1. a Requester: ' f P INSPECTION NO CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 W Approved per applicable codes. COMMENTS: Inspector Receipt No: INSPECTION RECORD Retain a copy with permit PERMIT NO, (206)431 -3670 ' Corrections required prior to approval. $47.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Cali to schedule reins ection. Date: 1 COMMENTS: type of Inspection: Address: Date called: Special instructions: • r 1w //'}}� r)(/_ CO SIMIPi Phone: f� Cl VI► ,� C „ S l •1 W `4 i PM vrr *rri. ... .. ;° . •• W ' •• R ' ! t 6 • Project: type of Inspection: Address: Date called: Special instructions: • r Date wanted: "?' .rte I //'}}� r)(/_ CO SIMIPi Requester: Phone: INSPECTION RECOR Retain a copy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Sotithcenter Blvd, #100, Tukwila, WA 98188 PERMIT NO. (206)431-3670 fj Approved per applicable codes. Corrections required prior to approval. Date: Erj $47.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd„ Suite 100. Call to schedule reins.ection. Date; 1 COMMENTS: I pe of Imp ti n: -�, ,ii t ._• , i � � i► "� P or ....do / i Date wanted: I " " 00 a,m. mom 'r" A ,` Al rA .... - " 9 u t If wAC * VA OW ef • C • . *' 1n io i L+1 • M • A #a t +C • #C . Project: c ✓ iii I pe of Imp ti n: -�, ,ii t ._• , i � � Special instructions: 1; 30 pm I4A`rr ffar i Date wanted: I " " 00 a,m. mom Requester: t INSPECTION RECOR Retain a copy with permit INSPtCtlON NO. CITY OF TIJKWILA BUILDING DIVISION 6300 Sduthcenter Blvd, #100, Tukwila, WA 9818 I s 41. t'tRMIt NO. (206)431 -3670 Approved per applicable codes. Corrections required prior to approval. $47.00 REINSPECTION FEE REQUIRED. Prior to Inspection, fee must be paid at 6300 Southcenter Blvd,. Suite 1 A0. Call to schedule reins ection, City of Tukwila Fire Department Project Name Address / < <+ , < „ j Sprinklers: Fire Alarm: Hood & Duct: - Halon: Monitor: Pre -Fire: Permits: Authorized Signatur FINALAPP . FRM 0 T TUKWILA FIRE DEPARTMENT FINAL APPROVAL FORM Retain current inspection schedule Needs shift inspection f Approved without correction notice Approved with correction notice issued •�.. .7 " ir�xT.11 71'r1«'("��2 `ri'i %�(i�f T.F.D. Form F.P. 85 John W. Rants, Mayor Thomas P. Keefe, Fire Chief Permit No. / �QD) r Suite # f) • j LO Date Headquarters Station; 444 Andover Park East • Tukwila, Washington 98188 • Phone: (2x61 575 -4404 • Fax (206) 575.4439 Project: .. ..Jo �j. P4 1 Typ • f Ins . ection: , it 1 4 4, - Cet > Addr ss: Special instructions: Date cabled: Date anted. , .-. ; a s Requester: e pre , _ !.� COMMENTS: Inspector :1 """'/ Data, r►'' r''"` I /fir, $4 '' I ' ECTIO FE REQUIR D. Prior to Inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Receipt No: Date; INSPECTION RECOR Retain a copy with permit INSPECtION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 9818 PERMIT NO (206)431 ..3670 pproved per applicable codes. Corrections required prior to approval, P . ect; A A40 ,I a 'Type of Inspection: 4 f L ikaAIMI 1 t1 0 . 4 Da e wanted' t - A-4.m tf Specia n tract ons: 4t►es er: Pho e: 0 $47.00 REINSPECTION FEE REQUIRED, Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspectlon. Receipt No: Date: 1 'INSPECTION RECOR Retain a copy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 PERMIT NO. (206)431.3670 a Approved per applicable codes. fJ Corrections required prior to approval. COMMENTS: • oject: N sw. r Ty.e of Inspection: �► - i d + rem Date cane Special instr • ns: Date wanted: *• ^ Requester: Phone: , - , oMMc Receipt No: Date: a Date; lee (1 � f ' (/',L( 7r` 0 $47.00 REINSPECTION FEE REQUIRED. Prior to inspect on, fee must be paid at 6300 Southcenter Blvd., Suite 100, Call to schedule reins action. INSPECIION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, 4t100, Tukwila, WA 9818 Approved per applicable codes. COMMENTS: INSPECTION RECO Retain a ropy with permit PERMtt NO. (206)431 -3670 Ctectlons required prior to approval. i 'rare Air Conditioning Economics I SEATTLE CACD 4 **** * * * # ******* *44kflr** * * * *** *** ** *****#**# ***** * *14 * #!ll ** *** * * # * *ll *f * ** 4* * * *4 *4 * ** * * ** r4 * * * **** t *fit * *4 # *4 # ***** **** Fir *l **** * * *****1 *k44 * #4t * # *4 * #! ** 44 44 4 44 4 by SEATTLE CACD 44 44 44444444 444444******************4* *4 *14 *t * * *! #4 # * **** *l *l *l * ***** *444 } *l4 *tb 444 *****#* 41 ********* ***lt4444 *****414f.! **** **** * *k lit * ** **414*** *** * * # * *** ** SAYBOL? SEA SEACON GB Weather File Code: Location: Latitude: Longitude: Time Zone: Elevation: Barometric Pressure: Summer Clearness Number: Minter Clearness Number: Summer Design Dry Bulb: Summer Design Met Bulb: Winter Design Dry Bulb: Summer Ground Relectance: Winter Ground Relectance: Air Density: Air Specific Beat: Density - Specific Neat Prod: latent Beat Factor: Entbelpy Factor: TRACE 600 ANALYSIS 1 understenr ". „ SEATTLE subject 47,0 122,0 8 386 29.5 0.95 0.95 80 64 26 0 ►20 0,20 0.0149 0,2444 1.0988 4,836.9 4,4953 (deg) (deg) (ft) (in. Ng) (F) (F) (F) (Lbm /cuft) (Btu /lbm /F) (Btu - min , /hr /cult /F) (Btu min. /hr /cuft) (Lb- min./hr /cuft) Design Simulation Period: June To November System Simulation Period: January To December Cooling Load Methodology: TETD /Time Averaging Time /Date Program ryas Run: 7 :40: 6 6/ 7/ 0 Dateaet Name: A :SAYBOL .TM FILE . COPY CITY OF TUKWILA APPROVED AUG 2 8 2000 AS NOIi.I1 tI TC6I�lC+ L7i v15( i V 600 PAGE 1 CITY. OF T'UKWILA AUG 1 5 2000 PEAMI r CENTER AIRFLOW - ALTERNATIVE 1 System System Number Type 1 PTAC Totals CAPACITY - ALTERNATIVE 1 1 PTAC Totals -.,y aconomics Main Auxil, Room Outside Cooling Beating Return Exhaust Supply Exhaust Airflow Airflow Airflow Airflow Airflow Airflow Airflow (Cfm) (Cfs) (Cfm) (Cfs) (Cfm) (Cfm) (Cfm) 1,228 7,504 7,504 12,764 6,488 0 0 1,228 7,504 7,504 12,764 6,488 0 0 Cooling Main Sys. Aux. Sys. Opt, Vent System System Capacity Capacity Capacity Number Type (Tons) (Tons) (Toni) 19.5 0.0 0.0 19.5 0.0 0.0 ENGINEERING CRICKS - ALTERNATIVE 1 Percent System Main/ System Outside Cfm/ Number Auxiliary Typo Air Sq Ft 1 Mein PTAC 16.37 1.14 SYSTEM SUMMARY (Design Airflow Quantities) SYSTEM SUMMARY (Design Capacity Quantities) Cooling Main Sys. Aux, Sys. Totals Capacity Capacity (Tons) (6tnh) (Huh) 19.5 •417,421 19.5 - 417,421 ENGINEERING CHECKS Preheat Reheat Rusidif, Opt. Vent Capacity Capacity Capacity Capacity (Btuh) (Stub) (Ruh) (Huh) 0 0 0 0 Beating 0 0 0 0 0 0 Cooling • -- Beating ---- Cfs/ Sq Ft Stub/ Cfm/ Stub/ Floor Area Ton /Ton Sq Ft Sq Ft Sq Ft Sq Ft 385.7 338.7 35.43 1.14 -63.34 6,590 V 600 PAGE 2 Beating Totals (Huh) - 417,421 -417,421 Trane Air Conditioning Econosics By: SEATT..E CACD System 1 Peak PTAC - PACKAGED TERMINAL AIR COND. Peaked at Tile :* Outside Air Envelope Loads Skylite Soir Skylite Cond Roof Cond Glass Solar Glass Cond Wail Cond Partition Exposed Floor Infiltration Sub Total:* Internal Loads Lights People llisc Sub Total:* Ceiling Load Outside Air Sup. Fan Heat Rat. Fan Heat Duct Heat Pkup OV /U$DR Sizing 59,781 Exhaust Heat Terninal Bypass # #t #t## # # ## # # #t #t # #44 #4 #4 COOLING COIL PEAK 4 4444444444444444444444444444444 CLG SPACE PEAK 444444444444 BEATING COIL PEAK 44444444 Mo /Sr: 8/14 Mo/Kr: 10/13 MoJEr: 13/ 1 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 # f t Capacity (Mbh) sin Htg •417.4 ix Htg 0,0 reheat -0,0 cheat 0.0 asidif 0,0 )t Vent 0.0 rtal -417.4 Space Sens,+tat. (Btuh) 0 0 0 9,150 195 2,037 0 0 59,780 71,162 26,990 29,173 11,246 67,409 5,790 0 HEATING COIL SELECTION OADB/WB/RR: 78/ 64/ 70.0 4 OADB: 64 OADB: 26 4 Ret. Air Sensible (Huh) 0 0 28,108 0 0 585 Grand Total :* 204,141 19,161 Ret. Air Latent (Btuh) 28,693 0 0 0 0 0 -5,790 0 0 0 0 -3,742 0 0 0 Coil Airfl Ent (cfs) Deg F 7,504 59.4 0 0,0 7,504 59,4 0 0.0 0 0.0 0 0.0 COOLING COIL SELECTION Total Capacity Sens Cap, Coil Airtl Entering DB /MB /HR (Tons) (Mbh) (Mbh) (cfs) Deg F Deg F Grains sin Clg 19.5 233.5 180.6 7,504 78.0 62.7 61.9 ax Clg 0.0 0.0 0.0 0 0.0 0.0 0.0 pt Vent 0.0 0.0 0.0 0 0.0 0,0 0,0 :tali 19.5 233,5 Log Deg F 110.0 0.0 55.0 0.0 0.0 0.0 Net Percnt Total Of Tot (Stub) (1) 0 0.00 0 0,00 28,108 12.04 9,150 3,92 195 0.08 2,622 1.12 0 0.00 0 0.00 59,780 25.61 99,855 42,77 26,990 11.56 29,173 12.50 11,246 4.82 67,409 28.87 0 0.00 10,169 4.36 0 0.00 0 0.00 0 0.00 # 59,781 25.61 # -3,742 -1.60 4 0 0.00 4 r 0 233,471 100.00 * 4 AIRFLOWS (cfs) Type Cooling Heating Vent 1,228 1,228 Iofil 5,260 5,260 Supply 71504 7,504 Nincfs 0 0 Return 7,504 7,504 Exhaust 1,228 1,228 Rs Exh 0 0 Auxil 0 0 Space Percnt 4 Sensible Of Tot (Stub) (1) 0 0.00 0 0.00 0 0.00 13,167 7.98 -472 -0.29 2,041 1.24 0 0.00 0 0.00 28,899 17.52 43,635 26.46 26,990 16.37 15,354 9.31 11,246 6.82 53,590 32.49 7,913 4.80 0 0,00 1,00 1.00 0.00 59,781 31.25 0.00 1.00 164,919 101.00 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 4 r 4 4 4 A r I r t I I r Space Peak Space Sens (Ruh) 0 0 0 0 -2,944 -1,912 0 0 - 242,752 -247,607 0 0 0 0 -4,361 0 -- ENGIIEERING CHECKS- - Clg 1# OA 16,4 Clg Cfs /Sgft 1.14 Clg Cfs/Ton 385.71 Clg sgft /Ton 338,71 Clg Btsh /Sgft 35.43 No. People 61 Htg % OA 16.4 Htg Cfs /SgFt 1.14 Htg Rtsh/SgFt -63.34 - 94,361 -346,329 Coil Peak Tot Sens (Btuh) 0 0 - 21,041 0 -2,944 -2,455 0 0 - 242,752 - 269,191 AREAS V 600 PAGE 3 Percnt Of lot (1) 0.00 0,00 5.04 0,00 0.71 0.59 0,00 0.00 58.16 64.49 0 0.00 0 0.00 0 0.00 0 0.00 0 0.00 - 56,688 13.58 0 0.00 0 0.00 0 0.00 -94,361 22.61 2,819 -0.68 0 0.00 - 417,421 100.00 Leaving DB /WB/RR Gross Total Glass (of) (t) Deg F Deg F Grains Floor 6,590 55.0 51.9 53.5 Part 0 0.0 0.0 0.0 ExFlr 0 0.0 0.0 0.0 Roof 6,590 Wall 850 0 0 111 13 -- TEMPERATURES (F)• -- Type Clg Htg SADB 55,0 110.0 Plenum 71.8 65.9 Return 77.8 65.9 Ret /OA 78,0 59.4 Runarnd 75.0 68.0 Fn MtrTD 0.0 0.0 Fa B1dTD 0.0 0.0 Fa Frict 0.0 0,0 ig 1 g Trane Air Conditioning Econosics Bj: SEATTLE CACD }4 * } * *4 * * * * * * * # * * * # * * * * ** COOLING COIL PEAK * * * * * # * # * + * * * * *f * + * * + * * * * * *4 * * ** CLG SPACE PEAK + # * *ft * * *t* BEATING COIL PEAK * & * * * * ** Space Met. Air Ret. Air Net Percnt Sens.4Lat. Sensible Latent Total Of Tot Envelope Loads (Stub) (Btuh) (Stub) (Btuh) (1) Skylite Cond Roof Cond Glass Solar Glass Cond Wall Cond Partition Exposed Floor Infiltration Sub Total::> Internal Loads Lights People Miac Sub Total:* Ceiling Load Outside Air Sup. Fan Beat Rat, Fan Beet Duct Beat Pkap OV /UNDR Siting Exhaust Rot Tersinsl Bypass Grind Total ::> sin Clg us Clg pt Vent otals sin Htg ex Htg reheat :heat isidif ?t Vent )tal HEATING COIL SELECTION 4 4 4 4 4 I I 4 4 r 4 4 1 r AIRFLOWS (cfs) Capacity Coil Airfi Ent Lvg Type Cooling Heating (Mbh) (cfs) Deg F Deg F Vent Infil Supply Minds Return Exhaust Rs Exh Auxil Space Sensible (Btuh) COOLING COIL SELECTION Total Capacity Sens Cap. Coil Airfl Entering DB /WB /HR Leaving DR/NB/HR (Tons) (Mbh) (Mbh) (cfs) Deg F Deg F Grains Deg F Deg F Grains Percnt 4 Of Tot 4 (I) 4 I 4 I I I A I I I I r R r A I I t --ENGINEERING Clg 1 OA Clg Cie /Sgft Cig Cfs /Ton C1g Sqft/Ton Cig Stub /Sgft No, People Htg 1 OA Htg Cfs /SgFt Htg Btuh/SqFt Space Peak Space Sens (Stub) CHECKS -- Coil Peak Tot Sens (Stub) V 600 PAGE 4 Percnt Of Tot (1) AREAS Gross Total Glass (af) (1) Floor Part BiFir Roof Wall -- TEMPERATURES (F) - -- Type Clg Htg SADB Plenus Return Ret /OA Runarnd Fn MtrTD Fn BIdTD Fn Frict Trane Air Conditioning Economics By: SEATTLE CACD MAIN SYSTEM COOLING - ALTERNATIVE 1 Peak OA Rm Stipp, Tile Cond. Dry Dry Room Mo /Br DB /VB Blb Bulb Number Description „4 (F) (F) (F) '� 1 SPER 10/13 64 55 75 55,0 Zone 1 Total /Ave. 64 55 75 55.0 Zone 1 Block 10/13 64 55 75 55.0 1 2 TRAINING 7/16 79 63 75 55,0 Zone 2 Total /Ave, 79 63 75 55.0 Zone 2 Block 7/16 79 63 75 55.0 , tq 3 MCONF,LABPLD,LR 7/16 79 63 75 55,0 Zone Q4 ( "3 Total /Ave. 79 63 75 55.0 Zone 3 Block 7/16 79 63 75 55,0 4 LAB,GASCHR 7/15 80 64 75 55.0 Zone 4 Total /Ave. 80 64 75 55.0 Zone 4 Block 7/15 80 64 75 55.0 System 1 Total /Ave. 44 55 7$ 55.0 Systes 1 Block 7/15 8o 64 75 56.4 MAIN SYSTEM BEATING - ALTERNATIVE 1 ROOD Number Description f &PER lone 1 Total /Ave. one 1 Block 2 TRAINING tone 2 Total /Ave. tone 2 Block 3 MCONF, LABFLD, LR one 3 Total /Ave. one 3 Block 4 LAB,GASCHR one 4 Total /i.ve. one 4 Block :Mel 1 Total /Ave. ystes 1 Block Floor Area (S9 Ft) 1,218 1,218 1,218 616 616 616 1,592 1,592 1,592 3,164 3,164 3,164 6,590 6,590 PEAK COOLING LOADS (Main System) Space Space Air Flow (Cfs) Space Space Peak OA RA Sapp, Coil Sens, Lat. Tine Cond. Dry Dry Air Load toad Mo /13r DB /VB Blb Bulb Flow (Btuh) (Stub) (F) (F) (F) (Chi) PEAK BEATING LOADS (Main Systes) Space Peek OA Ra Supp. Tine Cond. Dry Dry Mo /Hr DB /VB Bib Bulb (F) (F) (F) 13/ 1 26 23 68 110.0 26 23 68 110.0 13/ 1 26 23 68 110.0 13/ 1 26 23 68 110.0 26 23 68 110.0 13/ 1 26 23 68 110.0 13/ 1 26 23 68 110.0 26 23 68 110.0 13/ 1 26 23 68 110,0 13/ 1 26 23 68 110.0 26 23 68 110.0 13/ 1 26 23 68 110.0 26 23 68 110,0 13/ 1 26 23 68 110,0 Coil 1,131 24,847 2,284 8/14 78 64 75 58.1 1,131 1,131 24,847 'p 2,284 78 64 75 58.1 1,131 1,131 24,847 2,284 8/14 78 64 75 58,1 1,131 371 8,164 � 3,465 7/14 79 65 75 56.5 371 371 8,164 �, 3,465 79 65 75 55.5 371 371 8,164 .3,465 7/14 79 65 75 55.5 371 658 14,465 ,x,985 7/14 79 65 75 55.7 658 658 14,465 '; 2,985 79 65 75 55.7 658 658 14,465,9 2,985 7/14 79 65 75 55.7 658 5,344 117,443,0 13,992 7/14 79 65 75 55.7 5,344 5,344 117,443 13,992 79 65 75 55.7 5,344 5,344 117,443 13,992 7/14 79 65 75 55.7 5,344 7 164 22,726 78 64 75 56.1 7,504 7,504 158,108 22,726 7/14 79 65 75 56.3 7,504 Coil Space Space Peek OA Rs Supp. Air Sane, Tine Cond, Dry Dry Flow Load Mo /Hr DB /VB Blb Bulb (Cfa) (Btuh) (F) (F) (F) 1,131 •52,178 13/ 1 26 23 68 110.0 1,131 •52,178 26 23 68 110.0 1,131 - 52,178 13/ 1 26 23 68 110.0 371 •17,144 13/ 1 26 23 68 110.0 371 - 17,144 26 23 68 110.0 371 =17,144 13/ 1 26 23 68 110,0 656 -30,377 13/ 1 26 23 68 110.0 658 -30,317 26 23 68 110.0 658 =30,377 13/ 1 26 23 68 110.0 5,344 -246,631 13/ 1 26 23 68 110.0 5,344 - 246,631 26 23 68 110,0 5,344 - 246,631 13/ 1 26 23 68 110.0 7,504 - 346,329 26 23 68 110.0 7,504 •346,329 13/ 1 26 23 68 110.0 V 600 PAGE 5 Coil Coil Sens, Lat. Load Load (Btuh) (Btuh) 24,983 3,760 24,983 3,760 24,983 3,760 10,667 2,737 10,667 2,737 10,667 2 19,985 3,939 19,985 3,939 19,985 3,939 125,014 42,386 125,014 42,386 125,014 42,386 180 52,822 179,861 52,822 Coil Coil Air Sens. Flow Load (Cis) (Btuh) 1,131 -63,675 1,131 •63,675 1,131 -63,675 371 - 31,504 371 -31,504 371 -31,504 658 -43,524 655 •43,524 658 - 43,524 5 -278,718 5,344 -278 5,344 -276,718 7,504 -417,421 7 -417,421 rane Air Conditioning Economics y; SEATTLE CACD DOLING LOADS AT SPACE PEAK - ALTERNATIVE 1 Roos uglier Description 1 SPER A one 1 Total /Ave. one 1 Block 2 TRAINING one 2 Total /Ave, one 2 Dlock 3 MCONF,LABFLD,LR one 3 Total /Ave, one 3 Block 4 LAB,GASCRR one 4 Total /Ave. one 4 Block ►stem 1 Total /Ave. /stem 1 Block Lights Roos Sensible (Btuh) EATING LOADS AT SPACE PEAK - ALTERNATIVE 1 Roos slier Description 1 SPER ne 1 Total /Ave. ne 1 Block 2 TRAINING ne 2 Total /Ave. ne 2 Block 3 MCONF, LABFLD, LR ee 3 .Total/Ave, c0 3 Block 4 LAB, GASCBR ne 4 Total /Ave. ne 4 Block steps 1 Total /Ave, rtes 1 Block Lights Roos Sensible (Btuh) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 INTERNAL COOLING LOADS (At time of Space Peak) Lights Ret, Air Lites People Sensible CLF Sensible (Btuh) (Btuh) 4,988 01.000 2,537 2,284 1.000 4,988 01.000 2,53? 2,284 1.000 4,988 0 1.000 2,37 2,284 1.000 2,523 0 1,000 ( 3,850 ) 3,465 1.000 2,523 01,000 3;850 3,465 1,000 2,523 01.000 3,850 3,465 1.000 6,520 0 1.000 (1711 2,985 1,000 6,520 01,000 ` -14317 2,985 1,000 6,520 0 1.000 4317 2,985 1.000 12,958 0 1.000 -- 5 - 1 6507) 5,085 1.000 12,958 01.000 5;150 5,085 1.000 12,958 01.000 5,650 5,085 1.000 26,990 0 1.000 15,354 13 1.000 26,990 0 1.000 15,354 13,819 1.000 INTERNAL KEATING LOADS (At Use of Space Peek) People Peopl Sensible CLF (Ruh) Lights Ret. Air Lites Sensible CLF (Btuh) 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0,000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0 0 0 0 0 0 0 0 0 0 0 Misc. People Peopl Space Latent CLF Sensible (Btuh) (Btuh) 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0,000 0.000 0.000 0.000 0.000 0.000 Misc, Space Sensible (Btuh) 0 0 0 0 0 0 0 0 0 2,079 2,079 2,079 1,051 1,051 1,051 2,717 2,717 2,717 5,399 5,399 5,399 11,246 11,246 Misc. Ret, Air Misc. Sensible CLF (Btuh) 0 0 0 0 0 0 0 0 0 0 Misc. Space Latent (Btuh) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0,000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0,000 0.000 0.000 0.000 0.000 0.000 Misc. Met, Air Misc, Sensible CLF total (Ruh) (Btuh) 0 1.000 0 1.000 0 1,000 0 1.000 0 1.000 0 1.000 0 1.000 0 1.000 0 1,000 0 1.000 0 1,000 0 1.000 0 1.000 0 1.000 Total (Btuh) 0 0 0 0 0 0 0 V 600 PAGE 6 11,888 11,888 11,888 10,889 10,889 10,889 15,539 15,539 15,539 29,093 29,093 29, 1;409 67,409 Trans Air Conditioning Economics $y: SEATTLE CAC COOLING LOADS AT SPACE PEAK - ALTERNATIVE 1 Roos Number Description 1 SPER Zone 1 Total /Ave. Zone 1 Block 2 TRAINING Zone 2 Total /Ave. Zone 2 Block 3 MCONF,LARFLD,LR Zone 3 total /Ave. tone 3 Block 4 LAB,GASCRR Zone 4 Total /Ave. Zone 4 Block System 1 Total /Ave. System 1 Block Room lumber Description 1 SPER one 1 Total /Ave. one 1 Block 2 TRAINING one 2 Total /Ave. one 2 Block 3 fCONF, LABFLD, LR :one 3 Total /Ave. one 3 Block 4 LAB, GASCBR one 4 Total /Ave. one 4 Block yeten 1 Total /Ave. ystem 1 Block Room umber Description Roof Return Air Sensible Load (Btuh) 498 498 498 3,164 3,164 3,164 8,178 8,178 8,178 15,418 15,418 15,418 27,258 32,112 BUILDING ENVELOPE COOLING (Roof - Skylight) (At time of Space Peak) Roof Space Sensible Load (Btuh) Roof R.A. CLTD (F) 5,1 5.1 5.1 64.2 64.2 64.2 64.2 64.2 64.2 60.9 60.9 60.9 51.7 60.9 BUILDING Wall Wall Plenum Plena Load CLTD (Btuh) (F) 496 58.5 496 58,5 496 58.5 0 0.0 0 0,0 0 0.0 0 0.0 0 0.0 0 0.0 79 15.5 79 15.5 79 15.5 576 42.3 467 34,3 0 0 0 0 0 0 0 0 0 0 0 0 0 0 8.9 8.9 8.9 68.0 68,0 68.0 58.0 68.0 68.0 64.7 64.7 64.7 55.5 64.7 ENVELOPE COOLING (Wall - Window) (At time of Space Peak) Wail Will Space Space Load CLTD (Btuh) (F) 1,685 62.3 1,685 62.3 1,685 62.3 0 0,0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 357 19.3 351 19.3 357 19.3 2,041 44.8 1,736 38,1 Roof Skylight Space Return Air CLTD Solar (F) (Btuh) Glass Glass Space Return Air Solar Solar (Btuh) (Btuh) 12,642 12,642 12,642 0 0 0 0 0 0 525 525 525 13,167 5,857 BUILDING ENVELOPE COOLING (Exposed Floor - Partitions - Infiltration) (At time of Space Peak) Exposed Expsd Floor Floor Partition Part, Infilt, Sensible CLTD Sensible CLTD Airflow (Btuh) (F) (Btuh) (F) (Cfm) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 LOADS Skylight Skylight Skylt Return Air Space Solar Conduction Solar CLF Load (Btuh) (Btuh) 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 0 0.000 LOADS Glass Glass Glass Glass Solar Space Space Return Air CLF Conduction CLTD Conduction (Btuh) (F) (Btuh) 0 0.980 -547 -10.6 0 0.980 -547 -10.6 0 0.980 -547 -10.6 0 0.000 0 0,0 0 0.000 0 0.0 0 0.000 0 0.0 0 0.000 0 0.0 0 0.000 0 0.0 0 0.000 0 0.0 0 0.160 75 5.0 0 0.160 75 5.0 0 0.160 75 5.0 0 0.814 -472 -7.1 0 0.537 333 5.0 LOADS Plens Infilt. ' Infilt. Dry B Sensible Latent Temp. (Btuh) (Btuh) (F) Skylt A.A. CLTD (F) 0 0,0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 Ceiling Sensible Load (Btuh) Skylight Space Conduction Load (Btuh) 0 0 0 0 0 0 0 0 0 0 0 0 0 V 600 PAGE 7 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Glass R.A. CLTD (F) Envelope Total (Btuh) Skylt Space CLTD (F) 0.0 0.0 0,0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0,0 Tune Air Conditioning Economics py: SEATTLE CACD COOLING LOADS AT SPACE PEAK - ALTERNATIVE 1 V 600 PAGE 8 BUILDING ENVELOPE COOLING LOADS (Exposed Floor - Partitions - Infiltration) (At time of Space Peak) Exposed Expsd Plena Ceiling Floor Floor Partition Part. Infilt. Milt, Infilt, Dry B Sensible Envelope Room Sensible CLTD Sensible CLTD Airflow Sensible Latent Temp, Load Total Number Description (Btuh) (F) (Btuh) (F) (Cfa) (Btuh) (Btuh) (F) (Btuh) (Btuh) Zone 1 Total/Ave, 0 0,0 0 0.0 0 0 0 78,8 1,462 16,236 Zone 1 Block 0 0,0 0 0.0 0 0 0 78.8 1,462 16,236 2 TRAINING 0 0.0 0 0.0 0 0 0 78.8 740 3,904 one 2 total /Ave, 0 0.0 0 0,0 0 0 0 18.8 740 3,904 Zone 2 Block 0 0,0 0 0.0 0 0 0 78.8 740 3,904 3 MCONF, LABFLD, LR 0 0,0 0 0.0 0 0 0 78.8 1,912 10 Zone 3 total /Ave. 0 0.0 0 0,0 0 0 0 78.8 1,912 10,089 Zone 3 Block 0 0.0 0 0,0 ,,, r 0 0 78.8 1,912 10,089 4 LAB, GA$CRR 0 0.0 0 0.0 s�, 5,260 c ; Z8,J99�' 8, 907 78.8 3,799 58,059 Zone 4 Total /Ave. 0 0.0 0 0.0 5,260 28,899 8,907 78,8 3,799 58,059 Zone 4 Block 0 0.0 0 0.0 5,260 28,899 8,907 78.8 3,799 58,059 System 1 Total /Ave, 0 0.0 0 0.0 5,260 28,899 8,907 78.8 7,913 88,289 System 1 Block 0 0,0 0 0.0 5,260 28,899 8,907 78.8 7,913 86,224 I Trane Air Conditioning Econosics By: SEATTLE CACD HATING LOADS AT SPACE PEAK - ALTERNATIVE 1 Roos Number Description 1 SPER Zone 1 Total /Ave. Zone 1 Block 2 TRAINING Zone 2 Total/Ave, one 2 Block 3 MCONF, LABPLD, LR Zone 3 Total /Ave. Zone 3 Block 4 LAB,GASCRR Zone 4 Total /Ave. Zone 4 Block Systes 1 Total /Ave. Systes 1 Block Roos lusher Description 1 SPER one 1 Total /Ave, one 1 Block 2 TRAINING one 2 Total /Ave. lone 2 Block 3 NCONF, LABFLD, LR one 3 Total /Ave. one 3 Block 4 LAB,GASCRR one 4 Total /Ave, ;one 4 Block :ystes 1 Total /Ave, Iates 1 Block Roos ober Description BUILDING ENVELOPE SEATING LOADS (Roof - Skylight) Roof Poo (At time of Space Peak) Return Air Roof Space Roof Skylight Skylight Skylt Sensible R.A. Sensible Space Return Air Space Solar toad CLTD Load CLTD Solar Solar CLF (Btuh) (F) (Btuh) (Y) (Huh) (Ruh) -3,889 -39,9 -3,889 -39.9 -3,689 -39,9 -1,967 -39,9 -1,967 -39,9 -1,967 -39,9 -5,083 -39.9 -5,083 -39.9 -5,083 -39.9 - 10,102 -39,9 - 10,102 -39.9 - 10,102 -39.9 - 21 -39.9 - 21,041 -39.9 Wall Plena Load (Btuh) -338 -338 - 338 0 0 0 0 0 0 -204 - 204 -204 -543 - 543 BUILDING Wall Pleas CLTD (F) -39.9 - 39.9 - 39,9 0,0 0.0 0,0 0.0 0.0 0.0 -39.9 -39,9 -39,9 -39.9 -39,9 Wall Space Load (Btuh) 0 -42,0 0 -42.0 0 -42.0 0 -42.0 0 -42.0 0 -42,0 0 -42.0 0 -42.0 0 -42,0 0 -42,0 0 -42.0 0 -52,0 0 -42,0 0 -42.0 ENVELOPE BEATING (Nall - Window) (At ties of Space Peek) Wall Space CLTD (F) -1,136 -42.0 - 1,136 -42.0 -1,136 -42.0 0 0,0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 -776 -42.0 -776 -42.0 -776 -42.0 - 1,912 -42.0 -1,912 -42.0 Glass Space Solar (Huh) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Exposed Expsd Floor Floor Partition Part. Infilt, Iofilt. Sensible CLTD Sensible CLTD Airflow Sensible (Stub) (F) (Btuh) (F) (Cfs) (Btuh) 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0,000 0.000 0.000 0.000 0,000 LOADS Glass Glass Glass Return Air Solar Space Solar CLF Conduction (Stub) (Huh) BUILDING ENVELOPE BEATING LOADS (Exposed Floor - Partitions - Infiltration) (At Use of Space Peak) V 600 PAGE 9 Skylight Skylight Return Air Skylt Space Skylt Conduction R.A. Conduction Space toad CLTD Load CLTD (Ruh) (F) (Stuh) (F) Pleas Infilt. Dry B Latent Temp. (Btuh) (F) 0 0.0 0 0,0 0 0.0 0 0.0 0 0.0 0 0.0 0 0.0 0 0,0 0 0.0 0 0.0 0 0,0 0 0.0 0 0.0 0 0.0 Gloss Space CLTD (F) 0 0.000 -2 -47.0 0 0.000 -2,281 -42.0 0 0.000 -2 -42.0 0 0.000 0 0.0 0 0.000 0 0.0 0 0.000 0 0.0 0 0.000 0 0.0 0 0.000 0 0.0 0 0.000 0 0.0 0 0.000 -663 -42.0 0 0,000 -663 -42.0 0 0.000 -663 -42.0 0 0.000 -2,944 -42.0 0 0,000 -2,944 -42.0 Ceiling Sensible Load (Stub) Glass Glass Return Air R.A. Conduction CLTD (Btuh) (F) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0,0 0.0 Envelope Total (Ruh) 0,0 0.0 0.0 0,0 0.0 0,0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 0.0 crane Air Conditioning Economics By: SEATTLE CACD HEATING LOADS AT SPACE PEAK - ALTERNATIVE 1 V 600 PAGE 10 BUILDING ENVELOPE HEATING LOADS (Exposed Floor - Partitions - Infiltration) (At time of Space Peak) Exposed Expsd Plena Ceiling Floor Floor Partition Part. Infilt. infilt. Infilt. Dry B Sensible Envelope Room Sensible CLTD Sensible CLTD Airflow Sensible Latent temp. Load Total Number Description (Btuh) (F) (Stub) (F) (Cfa) (Btuh) (Ruh) (F) (Btuh) (Btuh) Zone 1 Total /Ave. 0 0.0 0 0.0 0 0 0 65.9 -806 -8,450 Zone 1 Block 0 0.0 0 0.0 0 0 0 65.9 -806 -8,450 2 TRAINING 0 0.0 0 0,0 0 0 0 65.9 -408 -2,375 Zone 2 Total /Ave. 0 0.0 0 0,0 0 0 0 65.9 -408 -2,375 Zone 2 Block 0 0.0 0 0.0 0 0 0 65.9 -408 -2,375 3 MCONF,LABFLD,LR 0 0,0 0 0.0 0 0 0 65.9 -1,054 -6,137 Zone 3 Total /Ave. 0 0.0 0 0.0 0 0 0 65.9 -1,054 -6,137 Zone 3 Block 0 0.0 0 0.0 0 0 0 65.9 -1,054 -6,137 4 LAB,GASCRR 0 0.0 0 0,0 5,260 - 242,752 0 65.9 -2,094 - 256,591 Zone 4 Total/Ave, 0 0.0 0 0.0 5,260 - 242,752 0 65.9 -2,094 - 256,591 Zone 4 Block 0 0,0 0 0.0 5,260 - 242,752 0 65.9 -2,094 - 256,591 System 1 total /Avm. 0 0.0 0 0.0 5,260 - 242,752 0 65.9 -4,361 - 273,553 System 1 Block 0 0.0 0 0.0 5,260 -242 0 65.9 -4,361 -273,552 Trane Air Conditioning Economics ,By: SEATTLE CACD COOLING AIRFLOW BEAT GAIN/LOSS - ALTERNATIVE 1 Room Number 1 SPER Zone 1 Total/Ave, Zone 1 Block 2 TRAINING Zone 2 total/Ave, Zone 2 Block 3 KCONF, LABFLD, LR Zone 3 Total /Ave, Zone 3 Block 4 LAB,GASCRR Zone 4 Total /Ave, Zone 4 Block bites 1 Total /Ave, Spites 1 Block Roos 'usher 1 SPER one 1 Total/Ave, one 1 Block 2 TRAINING one 2 Total/Ave, one 2 Block 3 NCONF,LABFLD,LR one 3 Total /Ave, one 3 Block 4 LAB,GASCBR ane 4 Total /Ave. one 4 Block fates 1 Total /Ave, /sten 1 Block Duct Heat Pickup Description (Btuh) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Supply Fan Heat Description (Btuh) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 AIRFLOW BEAT GAIN AND LOSS (At time of Coil Peak) Supply Fan Heat (Btuh) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 EATING AIRFLOW BEAT GAIN /LOSS - ALTERNATIVE 1 Return Fan Beat (Btuh) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 Return System Fan Exhaust Heat Heat Loss (Btuh) (Btuh) 0 0 0 0 0 0 0 0 0 0 0 0 0 0 AIRFLOW BEAT GAIN AND LOSS (At time of Coil Peak) System Exhaust Beat Loss (Btuh) 466 466 466 701 707 707 609 609 609 1,037 1,031 1,037 2,819 2,819 -618 -618 -618 -938 -938 - 938 - 808 -808 -808 -1,377 -1,377 -1,377 - 3,742 - 3,742 Total (Btuh) 466 466 466 707 707 107 609 609 609 1,037 1,037 1,037 2,819 2,819 Cooling System Room Run System Exhaust Exhaust Ducted Plenum Around Corridr Return Total Airflow Airflow Airflow Airflow Airflow Airflow Airflow (Btuh) (Cfs) (Cfs) (Cfs) (Cfs) (Cfs) (Cfs) (Cfs) -618 -618 - 618 - 938 -938 - 938 -808 - 808 -808 -1,377 -1,377 -1,377 -3,742 •3,742 203 203 203 308 308 308 265 265 265 452 452 452 3,228 1,228 203 203 203 308 308 308 265 265 265 452 452 452 1,228 1,228 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1,131 1,131 1,131 371 371 371 658 658 658 5,344 5,344 5,344 7 7,504 Beating Systes Roos Run Syste* Exhaust Exhaust Ducted Plenus Around Corridr Return Airflow Airflow Airflow Airflow Airflow Airflow Airflow (Cfs) (Cfs) (Cfn) (Cfs) (Cfs) (Cfs) (Cfs) 1,131 1,131 1,131 371 371 371 658 658 658 5,344 5,344 5,344 7,504 7 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 0 V 600 PAGE 11 0 0 0 0 0 0 0 0 0 0 0 0 0 0 1,131 1,131 1,131 371 371 371 658 658 658 5 5,344 5,344 7,504 7,504 1,131 1,131 1,131 371 371 371 658 658 658 5,344 5,344 5,344 7,504 70504 Trans Air Conditioning Econosics ,Ry: SEATTLE CACD ROOM PSYCRROMETRICS - ALTERNATIVE 1 Roos PSYCHROMETRIC STATE POINTS Dry Wet Relat, Humid, Tesp, Bulb Bulb Humid, Ratio Enthalpy Diff, (F) (F) (1) (OR) (Btu /Lb) (F) Space 75,0 61,1 45,0 59,2 27,3 Main Spates Return Air Beat Pickup 3.8 Return Fan 0.0 Return Air 78.8 62.4 39.7 59,2 28.2 Outdoor Air 77,5 64.2 48.8 70.0 29.6 Return /Outdoor Air His 78.6 62,7 41.3 61,2 28.4 Blow through Fan 0,0 Entering Coil 78.6 62,7 41.3 61.2 28.4 Leaving Coil 55.0 52.8 86.8 56.8 22.0 Draw Through Fan 0.0 Duct Frictional Heat 0.0 Supply Duct Beet Gain 0.0 Cold Deck Supply Air 55.0 52.8 86.8 56.8 22.0 Supply Air 55.0 52.8 86,8 56.8 22.0 Percent Outside Air 17.96 (8) iensibls Beet Ratio ($ER) 0.916 'ercent Supply Air Bypassing Coil 0.00 (t) :oil Airflow 1,131 (Cfi) V 600 PAGE 12 CACD • • Room R ..; ra!CRROMETRICS - ALTERNATIVE 1 PSYCHROMETRIC STATE POINTS Dry Wet Relat, hold, Temp, Bulb Bulb Humid, Ratio Enthalpy Diff. Space (F) (F) (k) (OR) (Btu /Lb) (F) 75.0 62,2 49,0 64,5 28,1 Main System Return Air Heat Pickup 3,8 Return Pan 0.0 Return Air 78.8 63.5 43,2 64.5 29.0 Outdoor Air 79.4 64.8 45,9 70.0 30.0 Return /Outdoor Air Mil 79.0 64.0 44.3 66.7 29,4 Blow through Pan 0.0 Entering Coil 79.0 64.0 44.3 66.7 29.4 Leaving Coil 55.0 53.2 89.4 58.6 22,3 Draw through Pin 0,0 Duct Frictional Heat 0 Supply Diet Beat Gain 0.0 Cold Deck Supply Air 55.0 53.2 89.4 58.6 22.3 Supply Air 55.0 53.2 89.4 58,6 22.3 lucent Outside Air 40.31 (1) tensible Best Ratio (SUR) 0.829 'arced Supply Air Bypassing Coil 0.00 (I) :oil Airflow 658 (Cfo) V 600 PAGE 14 Trane Air Conditioning Economics ,By: SEATTLE CACD ROOM PSYCHOMETRICS - ALTERNATIVE 1 Roos PSYCHROMETRIC STATE POINTS Dry Wet Relat, Ruaid, Temp. Bulb Bulb Ruaid. Ratio Enthalpy Diff, Space (F) (F) (t) (GR) (Btu /Lb) (P) 75, 0 63.8 54.7 72,2 29.3 Main Spates Return Air Heat Pickup 3,8 Return Fan 0.0 Return Air 78.8 65.1 48.3 72.2 30,2 Outdoor Air 79.4 64.8 45.9 10.0 30.0 Return /Outdoor Air Mix 79.3 64.9 46.3 70.4 30.1 Blow through Fan 0.0 Entering Coil 79.3 64,9 46.3 70.4 30.1 Leaving Coil 55.0 53,4 90.7 59,4 22.4 Draw Through Fan 0.0 Duct Frictional Heat 0.0 Supply Duct Beat Gain 0.0 Cold Deck Supply Air 55.0 53.4 90.7 59,4 22.4 Supply Air 55.0 53.4 90.7 59.4 22.4 'ercent Outside Air tensible Seat Ratio (SHR) 0.102 i81 'arced Supply Air Bypassing Coil 0.00 (1) ;oil Airflow 371 (Cis) V 600 PAGE 13 Trane Air Conditioning Economics By: SEAtTLE CACD ROOM PSYCHOMETRICS ALTERNATIVE 1 Room 4 PSYCHROMETRIC STATE POINTS Dry Vet Relat, Husid, temp, Bulb Bulb Humid. Ratio Enthalpy Diff. Space (F) (F) (%) (GR) {Btu /Lb) (F) 15.0 61.2 45,7 60,1 27,4 Main System Return Air Beat Pickup 3.8 Return pan 0.0 Return Air 78.8 62.6 40.3 60.1 28.3 Outdoor Air 79.4 64.8 45,9 70.0 30.0 Return /Outdoor Air Mix 78.8 62.8 40.8 60.9 28.5 Blow through Fan 0.0 Entering Coil 78.8 62.8 40.8 60.9 28.5 Leaving Coil 55.0 52.8 86,8 56.8 22.0 Draw Through Pau Duct Frictional Beat Supply Duct Beat Gain Cold Deck Supply Air Supply Air ' ercent Outside Air 8.46 (1) ensible Beat Ratio (SRR) 0,894 ercent Supply Air Bypassing Coil 0.00 (I) oil Airflow 5,344 (Cfs) 55.0 52.8 86,8 56.8 22.0 55.0 52.8 86.8 56.8 22,0 0,0 0.0 0,0 V 600 PAGE 15 Trane Air Conditioning Economics By; SEATTLE CACD BUILDING U- VALUES - ALTERNATIVE 1 Roos Kosher Description 1 SFER Zone 1 total /Ave, 2 TRAINING Zone 2 total /Ave. 3 KCONF, LABFLD, LR tone 3 Total /Ave, 4 LAB, GASCRR Zone 4 total /Ave. System 1 Total/Ave, Building BUILDING AREAS - ALTERNATIVE 1 Roos usher Description 1 SPER one 1 Total /Ave. 2 TRAINING one 2 Total /Ave. 3 KCONF, LABFLD, LR one 3 Tote1 /Are, 4 LAB,GASCBR one 4 Total /Ave. yetes 1 Total /Ave. wilding BUILDING U- VALUES Roos U- Values (Btu /hr /sgft /F) Sussr Wintr Susie Wintr Part, EWFlr Skylt Skylt Roof Windo Windo Wall Cell. 0.000 0.000 0,000 0.000 0,000 0,000 0,000 0.000 0,000 0.000 0.000 0.000 0,000 0,000 0,000 0.000 0,000 0,000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0.000 0,000 0.000 0.000 0.000 Surber of Duplicate Fir Rs 1 1 1 1 1 1 1 1 Floor Area /Dupl Roos (sgft) 1,218 616 1 3,164 0.000 0,000 0,000 0,000 0.000 0.000 0.000 0.000 0,000 0,000 0,080 0.080 0,080 0,080 0,080 0.080 0.080 0.080 0.080 0.080 0.600 0.600 0.000 0.000 0,000 0,000 0.600 0,600 0,600 0.600 0,632 0.080 0,317 0.632 0.080 0.317 0.000 0.000 0.317 0.000 0,000 0.317 0,000 0.000 0,317 0.000 0,000 0.317 0.632 0.080 0,317 0.632 0,080 0.317 0.632 0.080 0.317 0.632 0.080 0.317 BUILDING AREAS Total Wooed Floor Partition Floor Area Area Area (sqft) (sqft) (sqft) 1,218 0 0 1,218 0 0 616 0 0 616 0 0 1 0 0 1 0 0 3,164 0 0 3,164 0 0 6/590 0 0 6 0 0 Skylight Skl Area /RI (sqft) (1) Roos Mass (lb/ sqft) 36.9 36.9 31.1 31.1 31,1 31.1 32.6 32.6 32,9 32.9 Roos Capac. (Btu/ sqft /F) 8,29 8,29 7.13 7,13 7,13 7,13 7.42 7.42 7,48 7.48 V 600 PAGE 16 Nit Roof Window Win Net Wall Ares Area /W1 Ares (sqft) (sqft) (1) (sqft) 0 0 1,218 86 16 444 0 0 1,218 86 16 444 0 0 616 0 0 0 0 0 616 0 0 0 0 0 1,592 0 0 0 0 0 1,592 0 0 0 0 0 3,164 25 8 295 0 0 3,164 25 8 295 0 0 6,590 111 13 739 0 0 6,590 111 13 739 Trane Air Conditioning Economics Br: SEATTLE CACD A5HRAE 90 ANALYSIS - ALTERNATIVE 1 ASRRAE 90 ANALYSIS Overall Roof U -Value = 0,080 (Btu /Hr /Sq Ft /F) Overall Wall U -Value = 0.148 (Btu/Hr /Sg Ft/F) Overall Building U -Value = 0,088 (Btu/Hr /Sq Ft /F) Roof Overall Thermal Transfer Value (OTTVr) = 4.53 (Btu /Hr /Sq Ft) Nall Overall Thermal Transfer Value (OTTVw) = 14,83 (Btu /Hr /Sq Ft) RECEIVED CITY OF TUKWItA AUG 1 5 2000 PERMIT CENTER STRUCTURAL CALCULATIONS For SAYBOLT, INC. 18251 A CASCADE AVENUE SOUTH TUKWILA, WA. 98188 cmr of rulcwltA APPROVED AUG 2 8 2000 �rw.Far n-. a.w. a. • psr�r�r By Peterson Strehie Martinson Inc. (Job No.: 20310.1) 11 Mgr_ Mt _. P Y ROOFING 1.7 psf SHEATHING 1.8 psf INSULATION 0.6 psf 2 x 4 @ 24 "oc (Subpurlin) 0.7 psf CEILING 1.8 psf MECH / ELEC 0.8 psf 4xP'urlin 2.6 psf 101144 ROW IL : f'1.• PSI £4 111.4010 a 1t.0 PSI Description Exist d$PUOLlN LGeneral information Section Name 2x4 Beam Width Beam Depth Member Type Load Our, Factor Beam End Ftdty Center Left Cantilever Right Cantilever Span; 7,25ft, Beam Width • 1,500in x Depth • 3,61n, Enda ere Pin•PIn 0.773: 1 0,4 k•ft 0,6 loft at 3,025 ft at Max Stress Ratio Maximum Moment Allowable Max Positive Moment Max, Negative Moment Max ® Left Support Max ® Right Support Max. M allow fb 1,534,40 psi Fb 1,963.75 pal Deflections Center Span,,, Deflection ,,,Length/Deft Bending Analysis Ck 31.500 (0 Center G Left Support Right Support Shear Analysis Design Shear Area Required Fv: Allowable Bearing G Supports Max, Left Reaction Max. Right Reaction Rb DL DL DL 1.500 in 3.5001n Sawn 1.150 PIn.Pin 0,36 k-ft 0.00 k4t 0,00 k•ft 0.00 loft 0,61 fv 61,73 pal Fv 109.25 p.I D in 3.026 ft 1,328,3 0,000 ft tld313ad.4tlt 0,39 loft 0,00 k41 0,00 k• 1 G Left Support 0,32 k 2,956 1n2 109.25 psi 0.22 k 0.22 k 9,60 Sift flift Canter Span 7.25 ft Lu Left Cantilever ft Lu Right Cantilever ft Lu Douglas Fir - Larch, No.1 Fb Base Allow 1,000,0 psi Fv Allow 95.0 psi Pc Allow 625.0 psi B 1,700,0 MI -0,407 In 3.025 It 213,95 0.000 ft LL LL LL Reaction.,., Left OL Right DL CI 1.588 .RQRst 2,37 in3 0.00 1n3 0,00 Ina C Right Support 0.32 k 2,966 In2 109.25 psi Calculations are designed to 1997 NOS and 1997 UBC Requirements I II Bearing Length Req'd Bearing Length Req'd 60,00 Wlft "'ft Maximum Shear " 1,5 Allowable Shear, G Right Camber, ® Left G Center O Right 0.03 k Max 0.03 k Max ant ever... Deflection ,,,Length/Deft Right Cantilever.,. Deflection ,,,Length/Deft Area 5,250 in2 1,983.75 psi 1,983.75 psi 1,983,75 psi 0,230 in 0230 In Repetitive Member 0,000 In 0,0 0,000 in 0.0 0.00 ft 0.00 It 0.00 it Beam Design OK 0.3 k 0.0 k 0.22 k 0,22 k 0.000 In 0.098 In 0,000 In 0.22 k 0.22k 0,000 In 0.0 0,000 in 0.0 RN. 510300 General Timber Beam Page 1 Description Exist Member under Units General Information Section Name 4x9 Beam Width Beam Depth Member Type Load Our. Factor Beam End Flirty Point Loads d Load Live Load ...distance 160.0 iba 150.0 lbs 1,500 ft Spans 7,80ft, Beam Width • 3,6001n x Depth a 7.251n, Ends are Pin•Pin 0,170 ;1 0,8 loft 3.5 k•ft at 4.500 It at 0,000 ft Max Stress Ratio Maximum Moment Allowable Max. Positive Moment Max. Negative Moment Max Q Loft Support Max ® Right Support Max, M allow lb 217.21 psi Fb 1,380.00 psi Deflections Center Span... Deflection ,.,Location .,,LengttVOofl Stress Calm; Bending Analysis Ck 31,200 C Center CI Loft Support C Right Support Shear Analysis Design Shear Area Required Fv: Allowable Bearing C Supports Max. Left Reaction Max, Right Reaction Rb 3,500 In 7.250 in Sawn 1.150 Pin•Pin 130.0 ibs 78.0 lbs 4,500 ft .0,017 in 3.690 ft 5.240,5 0.58 1(.4 0,00 kill 0,00 k•ft 0,00 k•ft 3,53 N 19,51 psi Fv 100.25 psi 0.000 ft 0,000 Maxim 0.55 lot 0,00 kWft 0.00 k.ft Left Support 0.60 k 4,531 1n2 109.25 psi 0.33 k 0.19 k Center Span Left Cantilever Right Cantilever Douglas Fir . Larch, No.1 Fb Base Allow 1.000.0 psi Fv Allow 95.0 psi Fo Allow 825.0 psi B 1,700.0 MI ibs lbs 0.000 ft Calculations are designed to 1997 NOS and 1997 NC Requirements Reactions,,, Loft DL Right DL roe lb. 0.000 ft Maximum Shear Allowable Sheer: 0.18 k 0.11 k e an ever... . .0.030 In Deflection 3,860 ft .., LongtiVDefl 3,027,10 Right Cantilever... Deflection ,,,Length/Defl C a Bearing Length Req'd Hearing Length Req'd 30,6611n3 Area 1.688 IbiaZasist 4,83 in3 0,00 in3 0.00 1n3 C Right Support 0,28 k 2.540 1n2 108.25 psi 7.50 ft , ....Lu ft Lu ft Lu Camber: lbs lbs 0.000 ft "1,5 Q Right ® Left C Canter Right Max Max 25.375 1n2 1,380,00 psi 1,380,00 psi 1,380.00 psi 0.151 in 0.085 in 0.000 in 0.0 0,000 In 0,0 0.00 ft 0.00 ft 0,00 ft Ibs lbs 0,000 ft tbs 0,000 ft e Beans Design OK 0,5 k 2.6 k 0.33 k 0.10k 0,000 In 0,026 in 0,000 In 0.33 k 0.10k 0,000 in 0.0 0.000 in 0.0 FUN. 610100 Description Exist Purlin General Information Calculations are designed to 1997 NOS and 1997 UBC Requirements Section Name 4x14 Beam Width Beam Depth Member Type Load Our, Factor Beam End Fixity Center Left Cantilever Right Cantilever Deflections Center Span... Deflection ,,,Location ,,,Length/0efl Sending Analysis Ck 31.181 Ct 1.000 Center 12 Left Support fa Right Support Shear Analysis Design Shear Area Required Fv, Allowable Searing ® Supports Max. Left Reaction Max. Right Reaction Lo Rb OL DL DL 3.500 in 13.250 in Sawn 1.150 Pin•Pln Spina 18,25ft, Beam Width • 3,500in Max Stress Ratio Maximum Moment Allowable Max. Positive Moment Max. Negative Moment Max Left Support Max ® Right Support Max, M allow lb 1,082,96 psi Fb 1,160.00 psi 9. 0, 0.00 0.00 9.81 tv Fv -0,109 in 8,12511 1,702.0 0.000 ft 0.000 Max Moment 9.24 k =11 0.00 k•11 0.00 k•11 Left Support 3,41 k 31.236 in2 109.25 psi 2,27 k 2.27 k General Timber Beam 80,00 OM M/n H/ft Center Span Left Cantilever Right Cantilever Douglas Fir • Larch, No.1 Fb Base Allow 1,000.0 psi Fv Allow 95.0 psi Fe Allow 825.0 psi E 1,700.0 ksi x Depth • 13.261n, Ends ore Pin•Pin 0,942 ;1 9,2 k•11 9,8 k•ft 24101 at 8.126 ft 00 k•ft at 0,000 ft k•ft k•it 73,68 psi 100.25 psi 0,381 in 8,12511 612.01 C a LL LL LL Reactions,,, Left DL Right DL 102.411 Ina 1.888 ct 08,44 in3 0,001n3 0,00 1n3 Right Support 3,41 k 31.238 in2 109,25 psi 200,00 wm rem Maximum Shear • 1.5 Allowable Shear; Right Camber: G Left Center m Right 0,65 k Max 0.86 k Max L eft Cantilever,,, Deflection ,,,Length/Defl Right Cantilever... Deflection ,,,Length/Defl Bearing Length Req'd Searing Length Req'd 18.25 ft Lu ft Lu it Lu Area 48,378 1n2 oy 1,150.00 psi 1,150.00 psi 1,150,00 psi 1.040 in 1,040 in 0.000 In 0.0 0.000 in 0.0 0.00 ft 0.00 ft 0.00 ft Beam Design OK 3,4 k 6,1 k 2.27 k 2,27 k 0.000 In 0,183 In 0,000 In 2.27 k 2.27k to 0,000 in 0.0 0,000 In 0,0 Stress Cities Description General Information Center Loft Cantilever Right Cantilever tad Load Live Load ,,,dietonce Stress Dalai Bending Analysis Ck 31,181 Cf 1,000 @ Center @ Left Support Right Support Shear Analysis Design Shear Area Required Fv: Allowable Bearing @ Supports Max. Left Reaction Max, Right Reaction Exist Pullin Section Name 4614 Beam Width 3.5001n Beam Depth 13.250 in Member Type Sawn Load Our, Factor 1.150 Beam End Fixity Pin•PIn Full Len h Uniform Loads Point Loads , Ibs lbs 3.500 ft Le Rb DL DL DL Span* 14.50ft, Beam Width • 3.800in x Max Stress Ratio Maximum Moment Allowable Max. Positive Moment Max. Negative Moment Max Q) Left Support Max @ Right Support Max. M allow fb 142049 psi Fb 1,160.00 psi Deflections Center Span.., Deflection ' .,.Location -Length/Deft 0.78 k -ft 0,00 k-ft 0.00 Mt 0.00 IA 9.81 -0,113 In 7.192 It 1,539.0 fv 70.59 psi Fv 109,25 psi 0,000 ft 0,000 Maalsmsn t 8,70 k•ft 0.00 k -ft 0,00 k -ft @ Left Support 3.55 k 32.512 in2 109.25 psi General Timber Beam 80.00 #/ft #/ft #m lbs lbs 0,000 ft Depth • 13.281n, Ends are Pin -Pin 0.893 :1 8.8 k•lt 9.8 loft at 7.482 ft st 0,000 ft -0,285 In 7,250 ft 609.53 HLi : --6a5 1 4 1 ,4- � l o * I r 165 Calculations are designed to 1997 NOS and 1997 UBC Requirements 1 Center Span Left Cantilever Right Cantilever Douglas Fir - Larch, No.1 Pb Base Allow 1,000.0 psi Fv Allow 95.0 psi Fo Allow 625,0 psi E 1,700.0 ksi LL LL IL Reactions.,, Left DL Right OL 200,00 #m #/ft #m R Ibs ibs 0.000 . lbs !be an ever.., Deflection ...Length/Deft Right Cantilever.,. Deflection -Length/Deft So in3 Area 48.375 in2 CI 1.588 ��st 91.48 Ina 0.00 in3 0.00 in3 @ Right Support 3.38 k 30.921 in2 109.25 psi Ends _,_ 1.4144.)/=. Bearing Length Req'd 14.50 ft Lu ft Lu ft Lu Maximum Shear 1.5 Allowable Shear, 0,92 k 0.80 k atC0.k3t t 1,150.00 psi 1,150.00 psi 1,150.00 psi 2.37 k Searing Length Req'd 1.082 In 2.25 k 1.030 in 0.000 In 0,0 0.000 In 0.0 0.00 ft 0.00 ft 0.00 ft lbs !be 0.000 ft 3.8 k 6.1 k Right X 2.25 k Camber: @ Loft 0,000 In @ Center 0.170 in @ Right 0.000 In Max 2.37 k Max 2.25 k lb. 0.000ft Beam Design OK 0.000 In 0.0 0.000 in 0,0 Page 1 Description Exist Purlin General Information Calculations are designed to 1997 NOS and 1991 UBC Requirements Section Name 4x10 Beam Wklth Beam Depth Member Type Load Dur. Factor Beam End Fixity FuII Len h Uniform Loads Center DL 80.00 #Ift Loft Cantilever 0L 0/ft Right Cantilever DL Hin Ai 0...., •,. A Point Loads sad load 1 I • Lfve Load ...distance Span* 11.00ft, Beam Width ■ 3,5001n x Depth ■ 9,251n, Ends are Pin•PIn Max Stress Ratio Maximum Moment Allowable Max. Positive Moment Max. Negative Moment Max m Left Support Max m Right Support Max. M allow tb 1,06180 pal Fb 1,380.00 psi Deflections Center span.., Deflection „Location ...Lengttvaofl Bending Analysis Ck 31,181 Cf 1.200 Len Center Support 6 Right Support Shear Analysis Design Shear Area Required Fv: Allowable Bearing Supports Max. Left Reaction Max. Right Reaction Ibe 2.500 R Rb 3.500 in 9.250In Sawn 1.150 Pin•Ptn ' lbe 0,000 It 0,773 1 4.4 k•R 6.7 k•R 4,44 k•lt of 0,00 k•R at 0.00 k•R 0.00 k41 6,74 fv 77.08 psi Fv 109,25 poi 0,000 R 0.000 becosot 4.44 k• 1 0,00 k•ft 0.00 k•R Left Support 2.50 k 22,842 in2 109.25 psi 1.66 It 1,58 k Center Span Left Cantilever Right Cantilever Douglas Fir • Larch, No.1 Fb Base Allow Fv Allow Fa Allow E Ibs Ibo 0,000 R 5.388 R 11,000 R LL LL Lt. Reactions,., Left DL Right OL les Ibs 0,000 R Bearing Length Req'd Bearing Length Req'd 11.00ft Lu ft Lu ft Lu 1,000.0 psi 95.0 psi 825.0 pal 1,700,0101 200.00 0/ft Nit gift Maximum Shear 1.5 Allowable Shear. 0,50 k 0.48 k I YotaFLO l eft Cantilever.,. 43080 in .0,247 In Deflection 1412 R 5.450 R .,,Length/Defl 1,058.5 533,44 Right Cantilever,., Deflection ...Lengtivoefl So 49.911 1n3 Area CI 1,588 it 38.59 Ina 0,001n3 0.00 1n3 a Right Support 2.36 k 21.643 in2 109.25 psi 0.00 R 0.00 ft 0.00 ft .1. ..11.1111111.11.1.1be Ibs Ibs 0,000 ft 0.000 R CD Right Camber: Left ® Center CD Right Max Max Ibe Ibs 0,000 R Beam Design OK 2.5 k 3,5 k 1.88 k 1.68 k 0.000 In 0.119 in 0.000 In 1 .08 k 1.58k IL 0,000 In 0.000 in 0.0 0,0 0.000 In 0,000 In 0.0 0.0 Stress Caics 32,375 in2 I1I2101slia 1,380.00 pal 1,380,00 psi 1,380.00 psi 0.761 In 0.721 In Rnr: 510300 Description Exist Purlin General Information Calculations are designed to 1997 NOS and 1997 UBC Requirements Section Name Beam Width Beam Depth Member Type Bm Wt. Added to Load Our, Factor Beam End Fixity Wood Density 3.126x16.5 Loads 3,125 in 16.500 In GtuLam 1.150 Pin•Pin 35.000 pcf General Timber Beam Center Span Left Cantilever Right Cantilever Douglas Fir, 24F - V8 Fb Base Allow 2,400.0 psi Fv Allow 165.0 psi Fe Allow 560,0 psi E 1,800.0 ksi Center Loft Cantilever Right Cantilever 110,0 iba lbs 4.000 ft Center Span... Deflection .,,Location .,,tength/Oefl Bending Analysis Ck 20.711 Cv 1.000 Sperm 24,75ft, Seem Width Max Stress Ratio Maximum Moment Allowable Mex. Positive Moment Mu. Negative Moment Max @ Left Support Max @ Right Support Max. M stk►w lb 1,060,60 psi Fb 2,760.00 psi @ Center @ Left Support @ Right Support Shaer Analysis Design Shear Area Required Fv: Ailowable Bearing @ Supports Max. Left Reaction Max. Right Reaction Rb OL OL DL 32,51 fv Fv alialtat 0,410 in 12,276 ft 724,4 0.000 ft 0.000 M 23,12 k•ft 0,00 k•ft 0.00 k -ft @ Left Support 5.67 k 29.900 in2 189,75 psi 3.78 k 3.68 k 80.00 sm sni Sift 110.03 psi 180,76 psi LL LL LL Reactions,,, Left DL Right DL So 141.797 in3 Area CI 1,688 100.52 in3 0.00 1n3 0.00 in3 @ Right Support 5.52 k 29.074 in2 189.75 psi TiaLL2110 e ' ant ever.,, 4,212 in Deflection 12,375 It ,,.LengttVDen 245,08 Right Cantilever... Deflection ...LengthiDefl Searing Length Req'd Searing Length Req'd 200.00 Milt sift sift 13,125in x Depth • 16.6in, Ends are PIn•Pln 0,700 1 23,1 kart Maximum Shear; 1.5 32.6 kart Allowable 23.12 k•ft of 12.177 ft Sheer, 0.00 k•ft of 0.000 It 0,00 kart 0.00 kart Ac- : al : elt5,4z. Ac -n : a* :'s t ? ® qd 24.75 ft Lu ft Lu ft Lu 0 Right Camber; @ Left @ Center @ Right Max Max 1.31 k 1,20 k 51 ,563 in2 Q!!2>Rt 2,760.00 psi 2,760.00 psi 2,760,00 psi 2.161 In 2.102 In 0.000 In 0,0 0,000 to 0.0 0.00 ft 0.00 ft 0.00 ft 11 be " iba Ibs lbs lbs lbs 0.000 ft 0.000 ft 0,000ft Beam Design OK 5,7 k 06 It 3.78 It 3.68 It 0.000 in 0.615 In 0.000 in 3,78 It 3.68 It 0.000 In 0.0 0,000 in 0.0 Page 1 Deflections mitt Stress Caics Description General Information Section Name Beam Width Beam Depth Member Type Bm Wt. Added to Load Out, Factor Beam End Fhety Wood Density Exist Purlin 3,125x111,6 Loads Full Lenorm Loads Center DL Left Cantilever DL Right Cantilever DL Point Loads sad Load Live Load ...distance Max Stress Ratlo Maximum Moment Allowable Max, Positive Moment Max. Negative Moment Max 0 Left Support Max 0 Right Support Max, M allow fb 1,012.55 poi Fb 2,760,00 pal Deflections 3,125 in 10.500 in Olulam 1.150 Pin•Pin 35,000 pcf 160,0lbe ,G 1 ibe t j ' Ibe 2.500 ft 0,000 ft 80.00 *It ant /R ANft Center Span Left Cantilever Right Cantilever Douglas Fir, 24F • V9 Fb Base Mow Fv Allow Fe Allow E Ibe lbe 0,000 ft LL LL LL Spans/ 24.76R, Seam Width • 3,1251n x Depth • 10.5in, Ends ere Pin•Pin 0.G : 1 22.6 k•ft 32.6 k•R 22.60 k•R at 12.276 R 0.00 k•R at 24,750 R 000 k•R 0.00 k•R 32.61 fv FY Center Span... Defection ..,Location .,,LengthlOofl Bending Analysis Ck 20,711 Cv L000 (# Center (# Left Support (# Right Support Shear Analysis Design Shear Area Required Fv: Allowable Bearing @ Supports Max. Left Reaction Max. Right Reaction Rb Dud Lead .0.383 in 12.276 ft 774,7 0,00 R Allta.M2M8131 22,60 k•R 0,00 k•R 0.00 k•R 1# Left Support 5.65 k 29.754 in2 189,75 psi 3.76 k 3,64 k 100,50 poi 180.76 pal Calculations are designed to 1997 NDS and 1907 UBC Requirements Reactions.,. Left DL Right DL ibs ibs 0.000 R Tofal Lead a Cant ver„, 4,186 in Deflection 12,375 ft .,.Length/Dofl 250.67 Right Cantilever... Deflection ...Length/Deft Spot 141.79? in3 Area CI 1,588 $29,atiat 98,26 ina 0.00 in3 0.00 in3 Right Support 5.45 k 26.745 IQ 189,75 psi Searing Length Req'd Searing Length Req'd 24,75 ft Lu ft , Lu ft Lu 2,400.0 psi 165.0 psi 580.0 psi 1,800.0 ksl b 200.00 Hitt *ft Nlft Ibe Ibs 0.000 R Maximum Shear * 1.5 Allowable Shear. Right Camber, C Left m Center Ql Right Max 1.10 k Max 1,29 k 51,563 in2 altgartistiki 2,760,00 psi 2,760,00 psi 2.760,00 poi 2.151 in 2.076 in 0,000 in 0.0 0.00 ft 0,00 ft 0.00 ft Ibe Ibs 0.000 ft 6,6 k 0.8 k 3,76 k 3,64 k 0,000 In 0.576 in 0.000 In 3,76 k 3,04 k !be 0,000 R Beam Design OK gusting da ntrar lmj 0,0001n 0.000 in 0.0 0.0 0.000 In 0.0 Stress Calcs [: 10300 General Timber Beam I Description General Information Calculations are designed to 1997 NOS and 1997 UBC Requirements Section Name Beam Width Beam Depth Member Type Bm Wt. Added to Load Our. Factor Beam End Fixity Wood Density Loads Full Lengh Uniform Loads Cantor DL Left Cantilever DL Right Cantilever DL Spans 30.6011, Beam Width • 5,126in x Depth • 27.1n, Ends are Pln•Pin Max Stress Ratio Maximum Moment Allowable Max. Positive Moment Max. Negative Moment Max @ Loft Support Max @ Right Support Max. M allow lb 2,206,06 psi Fb 2,408,16 psi Deflections Center Span,.. Deflection ' ...Location -Length/Deft Bending Analysis Ck 20.711 Cv 0.873 @ Canter @ Left Support Right Support Shear Analysis Design Shear Area Required Fv: Allowable Bearing C Supports Max. Left Reaction Max. Right Reaction Exist Beam Check 8,128x47.0 5,125In 27.000 in Olulam Le Rb 1.150 Pin•Pln 35.000 pcf 0,916 1 114.5 k•ft 126,0 k•R 114,47 k•ft at 16.10411 0.00 k•ft at 36,500 ft 0.00 k•ft 0,00 k•ft 124,90 fv Fv gliesl#.l -0.005 in 18.250 ft 723,4 0,000 ft 0,000 ii 111 ll= 114,47 k•ft 0,00 k•ft 0.00 k•tt @ Left support 16,67 k 98,387 1n2 169.75 psi 12,45 k 12.41 k 102.50 Miff M/R Mm 134,92 psi 189.75 pal Center Span Left Cantilever Right Cantilever Douglas Fir, 24F • VS Fb Base Allow 2,400,0 psi Fv Allow 165.0 psi Fa Allow 560.0 psi E 1,800.0 ksi LL LL LL Reactions.,. Left DL Right OL =I s Can ever.,. •1,810 in Deflection 18.250 ft ,.,LengthlDefl 242,02 Right Cantilever... Deflection ...Length/Deft Cl c 622,688 ; In3 Area 570,431n3 0.00 in3 0.00 1n3 @ Right Support 18.61 k 98.065 in2 169.75 psi Bearing Length Req'd Bearing Length Req'd 36.50 ft .....Lu ft .....Lu ft Lu 456.30 Pit M/ft Maximum Shear Allowable Shear: Camber: 4.12 k 4,06 k 1 1.5 Left @ Loft @ Center @ Right Max Max rn 138,375 in2 agasal 2,408,15 psi 2,400,15 psi 2,408,15 psi 4.337 in 4,323 in 0,000 in 0.0 0.000 in 0.0 0.00 ft 0.00 ft 0.00 ft Ibs lbs 0,000 ft Beam Design OK 10.7 k 20.3 k 12.45 k 12.41 k 0.000 In 0.908 in 0,000 in 12.46 k 12,41k 0.000 in 0.0 0.000 in 0.0 A. 3t0300 Description General Information Section Name Beam Width Beam Depth Member Type Bm Wt, Added to Load Our. Factor Beam End Fixity Wood Density Exist Beam Check 8.128x27.0 Loads Full Len h Uniform Loads Center DL Left Cantilever DL Right Cantilever DL Point Loads +mod Load LW Load .,.distance Bending Analysis si11 Cv 0.873 w Center Left Support Right Support Shear Analysis Design Shear Area Required Fv: Allowable Bearing QI Supports Max. Left Reaction Max, Right Reaction Span• 38,50ft, Beam Width ■ b,125In x Depth ■ 27.1n, Ends are Pln•Pin Max Stress Ratio 0.910 1 Maximum Moment Allowable Max. Positive Moment Max. Negative Moment Max 4 Left Support Max (D Right Support Max, M allow fb 2,190.91 psi Fb 2,400.15 psi Deflections enter Span. Deflection , ,,,Location .,.Length/Dell .0 Ws Ibs 4,500 ft Rb r 5 ,125 In 27.000 In dluLam 1.150 PlrnPin 35.000 pcf 200,0 lbs lbs 12,50011 113.7 k4t 1210 k4t 113,80 k4t at 0,00 k4t at 0,00 k4t 0.00 k4t 124.90 ry Fv Ri L aid .0,590 In 18.104 ft 731.4 0,000 It 0,000 .Mor41tik 113.69 k4t 0.00 k41 0.00 k -ft Lett Support 18.87 k 99.437 In2 189.75 psi 12.58 k 12,37 k • General Timber Beam 182.50 #/R #/R *ft 130.35 psi 189.75 psi Center Span Left Cantilever Right Cantilever Douglas Fir, 24F - VS Fb Base Allow Fv Allow Pc Allow E l bs fbe 0:000 ft 18.104 ft 38.500 ft Calculations are designed to 1997 NDS and 1997 UBC Requirements IL LL LL Reactions... Loll DI. Right DL lbs lbs .000 ft DAUM s an ever.,. •1,803 in Deflection 18,250 It ..,LengttwDotl 242,92 Right Cantilever... Deflection ...Length/Deft Sxx 622.E Area 566,51 in3 0.00 in3 0.00 in3 Right Support 16.55 k 97,747 02 189.75 psi Bearing Length Req'd Bearing Length Req'd 36.50 ft Lu ft Lu ft Lu 2,400.0 psi 168.0 pal 560.0 pal 1,800.0 kat 458.30 gift Sift #/ft Ibs Ibs 0,000 ft 15,0 k 26.3 k ID Right 1 1237 k Camber: Q Loft 0,000 in Center 0,898 in CD Right 0,000 in 4,25 k Max 12.58 k 4,04 k Max 12,37k Maximum Shear 1.5 Allowable Sheen 138.375 In2 e'liil91b 2,408.15 psi 2,408.15 psi 2,408.15 psi 4.393 In 4.306 in• 0.000 In 0,0 0.000 in 0,0 0.00 ft 0.00 ft 0.00 ft lbs lb* 0,000 ft lbs lb* 0,000 ft Beam Design OK 0,000 In 0.0 0,000 in 0.0 rt« .. $tmoo Description Exist Beam Check General Information Calculations are designed to 1997 NOS and 1997 UBC Requirements Section Name Beam Width Beam Depth Member Type Bm Wt. Added to Load Dur. Factor Beam End Fixity Wood Density 8.125x26.6 5,125 in 25.500 In OluLam Loads Full Lengh Uniform Loads Center DL Left Cantilever OL Right Cantilever DL 1.150 PIn•Pin 35.000 pct General Timber Beam 185.00 9/11 Olft 0/11 LL LL LL Spann 38,5011, Beam Width • 5,125in x Depth ■ 25,51n, Ends are Pin -Pin Max Stress Ratio Maximum Moment Allowable Max. Positive Moment Max. Negative Moment Max ® Left Support Max Right Support Max. M allow lb 2,192.10 psl Fb 2,421.95 psi Deflections Center Span.,. Deflection ..,Location .,,Longt /Den Bending Analysis Ck 20.711 Cv 0,878 Center Q Left Support e) Right Support Shear Analysis Design Shear Area Required Fv: Allowable Bearing Supports Max, Left Reaction Max. Right Reaction Rb 0.905 : 1 101.5 loft 112.1 loft 101,48k-ft at 18.25011 0,00 k4t at 0,000 ft 0,00 k•R 0.00 loft 112.10 N Fv 43,6101n 18,250 R 710.5 0.000 R 0.000 MUMMA 101.46 loft 0,00 k•11 0,00 WI Left Support 16,68 It 87.898 in2 189.75 psi 11.12 It 11.12 It 127.82 pal 189.78 psi Center Span 36,50 ft Lu Left Cantilever ft Lu Right Cantilever ft Lu Douglas Fir, 24F - VS Fb Base Allow 2,400,0 psi Fv Allow 185,0011 Fo Allow 580.0 psi E 1,800.Okst IciaLlsasi •1.909 In 18.25011 229,47 Reactions.., Left DL Right OL Searing Length Req'd Bearing Length Req'd Maximum Shear Allowable Shear: Camber: 3.59 k 3.59 k L oft Cantilever. Deflection ...Length/Defl Right Cantilever... Deflection .,.Length/Defl Sxx 555.422 1n3 Area Cl 1.588 502.71 in3 0.00 in3 0,001n3 Right Support 16,68 k 87.898 in2 189.75 psi 1.5 Right ® Left Center Right Max Max Musi 130.688 in2 2,421,95 psi 2,421,95 psi 2,421,95 psi 3,874 in 3.874 in 0.000 In 0.0 0.000 In 0.0 0.00 ft 0.00 ft 0.00 ft Beam Design OK 18.7 It 24,5 It 11.12 It 11.12 k 6000 In 0,925 In 0.000 In 11.12 It 11.12k 0.000 in 0.0 0.000 in 0.0 Stress Caics Rev: SIoaoo Description General Information Section Name Beam Width Beam Depth Member Type Dm Wt. Added to Load Our. Factor Beam End Fbdty Wood Density Point Loads Dead Load Lhre Load ,,,distance Ems' Maximum Moment Allowable Max. Positive Moment Max. Negative Moment Max 4 Left Support Max 0 Right Support Max, M allow fb 2,149.03 psi Fb 2,421.96 pal Deflections Center Span.., Deflection • ,,,Location ...Length/Defl Ben Analysis C11 Cv 0,878 Exist Beam Check General Timber Beam 6.126x25.6 5.125 in 25.500 in Glulam Loads Full Lan h Uniform Loads Center DL Loft Cantilever DL Right Cantilever 0 Center 0 Left Support 0 Right Support Shear Analysis Design Shear Area Required Fv: Allowable Bearing « Supports Max. Left Reaction Max. Right Reaction 280,0 lbs Ibs 8,000 ft Rb 1.150 Pin•Pin 35.000 pcf 500,0 ibe 31,600 ft 99,6 k•ft 112.1 k•ft 99.47 k•R at 0.00 k•ft at 0,00 k•ft 0.00 k•ft 112.10 fv Fv -0.644 In 16.260 R 680.0 0,000 ft 0,000 biaLthamstat 99,47 k•ft 0,00 k•ft 0.00 k•ft 0 Left Support 16.39 k 86.388 in2 189.75 psi 10.93 k 11.13 k 187,50 0/R 0/ft 127.70 psi 189,76 poi Center Span Left Cantilever Right Cantilever Douglas Fir, 24F • VS Fb Base Allow 2,400.0 psi Fv Allow 165.0 psi Fa Allow 560.0 psi E L i J1,800.0 kat D Calculations are designed to 1997 NOS and 1997 URC Requirements lbs ibs Ibs !be 0.000 R 0.000 ft 16,260 R 36.600 ft •1,878 In 10.260 ft 233.26 Reactions,.. Left DL Right DL Searing Length Req'd Bearing Length Req'd 38.50 ft Lu ft Lu ft Lu 393.60 NM 0/ft 0/ft c sia) + Spring 36.608, Beam Width : 6,125in x Depth • 26.S1n, Ends are PI P n Max Stress Ratio 0.867 1 Maximum Shear * 1.5 16.7 k Allowable 24.0 k Shear: fp Left 0 0 Right 11.13 It Camber. 0 Loft 0,000 in ® Center 0.966 in W Right 0,000 in 3,74 k Max 10,93 k Max 11,13k 3,95 k an ever,., Deflection .„Length/Dell Right Cantilever,,. Deflection -Length/Deft lbs lbs 0,000 ft So 555,422 1n3 Area CI 1,688 Sxx Req'g 492.83 1n3 0.00 1n3 0.00 in3 Right Support 16.70 k 88.0141n2 189.75 psi 130,668 In2 El 2,421,95 psi 2,421.95 psi 2,421.95 psi 3.608 in 3,879 In 0.0 0,000 In 0.0 0.00 ft 0,00 ft 0.00 ft lbs 0,000 lb* ft 2 lbs 0.000R Beam Design OK 0,0 0.000 In 0,0 Rrr 510300 Description Exist Girder Check General Information Calculations are designed to 1997 NDS and 1997 NC Requirements Section Name 6.76x47.0 Seam Width 8,750 in Beam Depth 27.000 In Member Type aiuLam Em Wt. Added to Loads Load Our. Factor Beam End Fixity Wood Density Center Loft Cantilever Right Cantilever Max Stress Ratio Maximum Moment Allowable Max. Positive Moment Max, Negative Moment Max 4 Left Support Max 0 Right Support Max, M allow tb 1,380,92 psi Fb 2,044,13 psi c tisctinns Center Span,.. Defection ' ,..Location „,Length/Deft Bonding Analysis Ck 20.711 Cv 0.022 Center Left Support eft Right Support Shear Analysis Design Shear Area Required Fv: Allowable Bearing Supports Max. LeI Reaction Max, Right Reaction Rb DL DL OL 1.150 PIn•P1n 35.000 pcf Spann 10,OOft, Seam With ■ 0,7b0in x Depth a 27,1n, Enda are Pin•Pin 0:500 ; 1 94,4 k.ft 173,9 WI 94,38 k•ft at 8.000 R 0,001(41 at 18,000 R 0,00 k•ft 0,00 k• % 173,88 fv Fv •0.001 In 8.000 R 3,148.1 0,0 Max Moment 84,38 k•R 0,00 kdt 0,00 k•R Le8•Suppart 19.64 k 103.513 1n2 189.75 psi 13,09 k 13,09 k General Timber Beam 107,77 psi 180.75 psi Center Span Left Cantilever Right Cantilever Douglas Flr, 24F - V8 Fb Base Allow Fv Allow Fo Allow LL LL LL Roactions.,. Loft DL Right OL Hearing Length Req'd Searing Length Req'd 16.008 ,.., Lu ft Lu 8 Lu 2,400.0 psi 185.0 psi 560,0 psi 1,900,0 MI 200,00 OM Olft ti/ft Maximum Sheer Allowable Shear: 4,49 k 4,49 k igigl Cant ever... •0,179 in Deflection 8.000 R ,.,Length/Defl 1,070,40 Right Cantilever... Deflection ..,Length/Def Camber S uet 820 Area :Si 445.15 1n3 0.00 in3 0,00 in3 Right Support 19.64 k 103.513 in2 169.75 psi *1.5 Right Left Center m Right Max Max Stress Colas 182.250 in2 tigtadaa 2,544.13 pal 2,544.13 psi 2,544.13 pet 3,464 in 3.464 in 0,000 in 0,0 0.000 in 0,0 0.00 ft 0,00 R 0.00 ft Beam Design OK 19.0 k 34.8 k 13.09 k 13.09 k 0,000 In 0.001 In 0.000 in 13,09 k 13,09 k BALLOW 0.000 in 0.0 0,000 in 0,0 ft., : 510300 Description General Information Calculations are designed to 1997 NOB and 1997 UBC Requirements Section Name Beam Width Beam Depth Member Type am Wt. Added to Load Our, Factor Beam End Fixity Wood Density Full Len • h Uniform Loads Center Cantilever Right Cantilever 9.7!1x33.0 Loads Deflections Center span,.. r Deflection ,,,Location ,,.LengthlDefl Bending Analysis Ck 20,711 Cv 0,811 6) Center Left Support e) Right Support Shear Analysis Design Shear Area Required Fv: Allowable Bearing • Supports Max. Left Reaction Max. Right Reaction Exist Girder Check Rb 8.750 in 33.000In OluLam 1.150 Pin•Pin 35.000poi -0,232 In 10,295 ft 1,888,6 0,000 ft Matt Moment 194.32 k•ft 0.00 k•ft 83. .2 k•11 to Left , .port 38 it 203.1 : in2 1139.75 psi 25.70 k 28.22 k General Timber Beam 133.53 poi 180,75 psi Center Span Left Cantilever Right Cantilever Douglas Fir, 24F • VS Fb Base Allow Fv Allow Fe Allow E eiub Spans 3e,50ft, Right C4111 7,00ft, Beem Widt 50in x Depth g 33,in, Enda a re Pin•Pin Max Stress Ratio 0,704 : 1 Maximum Moment 194,3 k•ft Allowable 208,1 k•it Max. Positive Moment 104,3210 at Max, Negative Moment 43,72 k•ft at Max ® Left Support 090 k•ft Max Right Support •03.42 k•ft Max, M allow 290.10 fb 1,488,28 pap iv Fb 2,237,37 psi Fv 7.096 ft 30.500 It I� •0,708 in 10,104 ft 648,02 Roacttona,,, Left DL Right DL NI ever,,. DeflecUon Lengthl0efl Right Cantilever... Deflection ...L.angttvDefl CSo I Area at. 1,042,21 in3 0.00 in3 501.051n3 G Right Support 21.94 k 115.026 in2 189.75 psi Hearing Length Req'd Bearing Length Req'd 36.50 ft ..., Lu ft Lu 7.00 ft Lu 2,400,00 165.0 psi 500.00 1,800.0 ksl 200.00 #Ift N/ft 38,8 k 64,8 k CD Right 14083 k k Camber al Loft 0.000 in Center 0340 fa Right 0.087 in 8:62 k Max 25.70 k 10.58 k Mac 28,22k Maximum Shear' 1.5 Allowable Shaer: Pall?! 2,237.37 pal 2,237.37 psi 2,237,37 psi 5.246 in 5.759 in 0,000 in 0,0 0.058 in 2,008.7 298,750 1n2 0.00 it 0.00 ft ' 0.00 ft ibe Ibe 0,000 ft lb! Ibs 0.000 ft Beam Design OK 0,000 in 0.0 0,360 In 480.1 Rev: SUMO Description General Information Section Name Width Seam Depth Member Type Om Wt. Added to Load Our. Factor Beam End Fixity Wood Density Center Left Cantilever Right Cantilever $pon4 33.00ft, Left Cant* Max Stress Ratio Maximum lowable silt Max. Positive Moment Max. Negative Moment Max a Loft Support Max m Right Support Max. M allow lb 1,020,96 psi Fb 2,200,03 psi Deflections Center Span,,. Deflection ...Location ..,LengthIDefl Sending Analysis Cv 0,819 Center Left Support (0 Right Support Shear Analysis Design Shear Area Required Fv: Allowable Searing th Supports Max. Left Reaction Max. Right Reaction Exist Girder Check 9,76x33,0 Loads Rb OL DL DL 8.750In 33.000 In Otulam 1.150 Pin•Pin 35.000 pcf Diattliaml .0.101 in 17,377 ft 2,073,4 0,000 It 0.000 214,52 k.ft 99.42 k•ft 0,00 k•ft Left Support 30.21 k 159,215 in2 189,75 psi 34,73 k 15,94 k General Timber Beam 80.00 /Mt //ft Center Span Left Cantilever Right Cantilever Douglas Fir, 24F • V8 Fb Base Allow Fv Allow Fo Allow E PPIVA 611 Seam Width a 8.76OIn x Depth ■ 33.in, Ends ore Pin•Pin 0.717 1 214,6 k•ft 209.1 k•ft 214,62 k•ft at 18.580 ft •39.22 k•ft at 0,000 ft .99.42 k•ft 0.00 k4% 299.10 Reactions.,. fv 104.03 psi Left DL 13,38 k Fv 189.75 psi Right DL 4.99 k Ss�l.Ls� •0,723 in 10.730 ft 647.01 Calculations are designed to 1997 NOS and 1997 USC Requirements 33.00 ft Lu 7.00ft Lu ft Lu 2,400.0 psi 185.0 psi 580.0 psi 1,800.0 kat LL LL Searing Length Req'd Bearing Length Req'd 200.00 OM "'ft Maximum Shear Allowable Shear: Right Cantilever... Deflection ..,LengthlDen Camber: So 1,588.125 in3 Area CI 1.588 . 2125.aftia 1,139,04 in3 527,88 In3 0.00 in3 • Right Support 23.91 k 126,004 in2 189,75 psi I 1.6 a Right a Left Center C Right Max Max Le Can ever.., 1=r 1."--111 1202 11111111111j Deflection 0.061 in 0.387 in ..,Length/Oefl 3,271,9 434,5 Stress Caics 288.750 In2 PlIQw9 IQltt 2,260.03 psi 2,260.03 psi 2,260,03 psi 7,088 in 3.253 In 0.000 In 0.0 0.00 ft 0.00 ft 0.00 ft 30.2 k 64.8 k 20.14 k 16,94 k 0.077 in 0.280 In 0.000 In 34,73 k 15.94k lba lb* 0,000 ft Beam Design OK 0,000 In 0.0 I k:QO IL AS THE' T FRO► TRANSITION t nn , ) %, S ---- „ s GAS Get. , I 0 • 04 104 Qt2W i;e42. N� M c�li , 2- 2. 0 111Pite 14604z we: I ••••••■•••••••••■•• 1 i 1 licle t, Lii.:_ar It _._,�, ...� 'OAS DOWN I. E1"-5 O ' , A _ _ 41(0 nazi M � v� ' EF -6 r r- ' `< ( V: j ,---- �` 1 :-^ (EF 3 j (EF- , :�� -- GAS - ---� CAS GAS GAS --. I k:QO IL AS THE' T FRO► TRANSITION t nn , ) %, S ---- „ s GAS Get. , I 0 • 04 104 Qt2W i;e42. N� M c�li , 2- 2. 0 111Pite 14604z we: I ••••••■•••••••••■•• • • GB SYSTEMS, INC. HEATING • AIR CONDITIONING AIR AND WATER BALANCING 7202 NE 175TH ST KENMORE, WA 98028 • Phone: 425/4824584 • Fax: 425/482-0588 SUBMITTALS for SAYBOLT, INC. 18251 A Olympic Ave S. Tukwila, WA 98188 General Contractor: SEACON 165 NE Juniper Si Issaquah, WA 98027 Architect: DKA 2107 Elliott Ave., Suite #305 Seattle, WA 98121 HVAC Contractor: GB SYSTEMS, INC 7202 NE 175 St. Kenmore, WA 98028 3PF-4C_e COP‘( RECEIVED art oF Tutont.A AUG 5 2000 PERMIT COVER CITY OF TUKWILA APPROVED AUG 2 8 ?Pn0 Mi.000-v119 TAB MARK I AC 1 -4 Trane AC - units II MMUA -1 Reznor Make -up air III EF 3,4,6 & 7 ILG Exhaust fans IV EF - 2 Broan Exhaust fans Air Tee INDEX MAKE ITEM Table exhaust EF - 5 Nederman system Laboratory FH 1 -6 Labionco Lab exhaust fan Design VII CH -1 Markel' Cabinet Heater Mr Tee VENDOR PHONE # Gensco Air Tee Air Tee 206 682 -7591 206 763 -9911 206 763-9911 206 763 -9911 Industrial Air 206 367 -5115 253 274 -0106 206 763 -9911 VIII Titus Titus GRD's Air Commodities 206 767-2600 000 If 1101 T PliTIS1 0 11111111111111111E11.111111 R amp INCOIX13aa03µ' A140 wircaour 1 1ft WIll 1 I 0 If 1101 T PliTIS1 • A 1 C 0 1 1 H 11 0 03 11 H 17 J 21 11 R 21 t 174 N 10 M 3 P 44 11 I:]W2© 011 40 IS 311 141 I a 363 1i 11 1i 1W TRANE1 1M 6(s ski5-cs4m5 NOTE: All dimensions ere in inches, C American Sian0wd hc.1992 11111A, 1NNR1! :3 104414 YCCO24 -SQ -206.0 ■ 2 Ton Horizontal /Downflow Packaged Gas/ Electric Unit YCCO24F ILCSL t CAIfl�1 110r It "1111 11�CT Y•Y From Qwg. 21D6616 Rsv. Rea Eta Ana P E, TYPE Mrs `.....�.._._...... nm PLATE i 5 3!1 COPPER 11100001 COIL — TYPE Sim Ste GM 1Witerard Coed Dna Cam, ON 1111) Oral Cerme t. PLATE AN 3/ 3//4' _FUMES WI III olnl9* OWING Orin / Ns OUTDOOR FAN — TYR Moist PA M I Arms • FLMpr— UtA PROPELLER i ` 1010 S — 3 .0 1.0 -3a O 810011 IM h - ' TYPE 004 1 love MO MON RAM, FA. — LA Aereps CENT IFUGA DIRECT / 2 i 010 1 1.0/1 �� / 2,E Ct3MT11Hl0AL 1/35 �34 240/1 COMMUNE MUNE FAM — TYPE M M ow — loads "T end OW) F taeo ort" 1111111111111111 0 MI MOM NO, VCCO20 50I•ICR C1 GMNCi COMMONS mu C 2'f' as '6' 0 MI MOM NO, VCCO20 General Data 2 COMPRESSOR Ne. herd FEL —LA MIRE RATED VOLTS/PN/MZ Ali MTIWtS (COOUN$) D t flaw (e) Pate EEEMER MU A17.t111.) Noise Rae A.G.A. RAMOS OW kyu1 8TUH 0101711610 60000 �N8TTU.1P 40000 11 1 CPU 31W / ) 30J 60 h 1ftU}3O 32500 78%/70% — v POWV1 CONCONK .�.� _� Min. B d. CC /►lf/1Q ?08.230/1/60 P Rt4 125 YCCO24F1LO9 208.230/1/60 23400 800 9.10 / 10.00 8.0 1 2002.'10/1/®0 10.0 — eT P fti II$MEOT AU Face Male (h,141) MINFIERANT 0 OAi PWE io Oki DINENSIMIS WO Oa) Unwed WW1 tittp___14) 350 310 THROW /WM 4.0 bs, 1 /2• HXWXU 31.1 //4X3�$X57 1$JR SEE 4E MOWING RAYCURBO3OAA Roof Mounting Curb --- YCCO241 Units 1.1/2 =.,/ 53.1/* 1.1/2 Required Clearance for Unit l atal etion and Roof Penetration Hole Size Required 1's• f*eehit 166Ri1ary 211' void, Eiaa0AWV NORM Mein Katrina with AAL Standard 210/240, We Cawed in eoaardanos with A.FU. slniid 270. AAL surd rent ande n w 10 03. 17 W8, wring w No Was ail 95 08, Kamp err M endow tai, (0 AN modes en Amnon 0u Asaciais Cdrtitad, meg dm van ,siMg Ae! and ppm* ua N labstetrry ten an ON rem Antrum Newel Mods* Wank sanddria, Raiingra *own on la *QOM M 201.0 bat, For Orations aim 20001at, Mine should a nose « dents «4% far me 1000 ern ea kvel, 0 Carwrtih to LPG with wilco dwne. 0 Tlis vdde a�>win s, Far am pm*: *a; sin wit narmehts and sonix 4D BMW en u& Ernann nt Mohr. Beets. 0 Hen must he WNW in *urn air :Om Abaa vgwn heaps an bead In 300 MA, ha ►rkaly. U prmamr►t iltas are mad. sin par mly. mew Uan styes on larn ts m artbld with a tarry wild aka dime 10501414 14 AMON -- 11:011,000 LON inn 'r 10046R100 LONER= ell INK P541. 1.1111 ruez. rot NMI LA 1131111110713 wv rs ...LA min =lei eo 142 IV ' KU - 347 In 11111231111111EMILI Mal MI in Ell MN 1111121111111111111111101111111:111 1011:111111111110111111 Mai NI NMI IIMIII oal 152 'sc oe oat 1111113111111111 oe mt L lox no am MIMI NMI 1111101111 11111121111111112111 Mall LEI as 444 3 Tt 15D Q41 NEM 025 _ _ _ _ 111111:1111111111111:1111111121 055 022 IIIIIMIIIIIIIIEIIIIIIa 1033 024 as) OFAC1ORYSETThiGNINIEMO GIN0016164041:INT. A XET02I. 110 FLTER NO KATRI. ffi' SNOWTABE5FORWALt [IELECTRIC tE as li AWL iii 'r *cr. ir �.� 7t2l IIM 145 1131111110713 11:2 4 =lei Field Fabricated (Side X Siow Ducts -r-- YCCO24F Units Installed from Above Mounting Curb YCCO24F --B AT 800 CFM (Capacities Are Not in BTUH/1000 -- Indoor Fan Heat Deducted)' L0. WA, 64 03 100 100 � 0 TOTAL BENS. CAP. AT ENTERING 0.8. TBMP, COMM. AMMAN 72 74 71 79 SO CW PT. 20,7 17.0 1 /.I 19,9 21,0' 21.5' 1.72 401 22,4 14 3 15,7 17.2 10.0 20,0 1,77 560 24. 11.2 12.7 14,1 105 17,0 1,53 04: 4 13:0 1,50 6115 iO.0 15.3 1011 20,7' 210' 110 47.0 14,1 1 . 17,0 104 9,9 116 501 gyp 1 10 16,4 id �1 17 E9L 51.7 14,0 1 .4 10.1 151 1@ 7 1.7 64.1 2.1,4 10 0 12.0 13.5 152 111.5 1 952 7 2 ILA , l IM-- 10,4 20,0• 90,0' 1 i 47.0 21.1 13,7 id:0 11,0 10,5 2 51.4 13.5 15A 0,4 2 55 1 19.2 no 10 12,1 7 r '.4 i1 : 1 14 4 19.0 18,0 10,4 74 1 10,0 11,4 17,7 11 5: 1'.1' 19,0' 10,4 17,8 13.3 11.0 10,' e:3 0,2 119 1 14.6 7 1 .1 'Tit get wo60 opacity - odd + • , blw►oi volts X 3,412 to net cpop$y, 7 1 21,0 17,3 14,5 Evaporator Fan Performance YCCO24 13,0 192' 1',7 205 217 223 2222 Unit and Curb Dimensions ..wlt ..t rHSllttt 61. 65 9 5 AIRFLOW Na. OAP, KW :It ft* Flom Owg, 210081772 R4v, 1 CORRiCTTON FACTORS • MICR AIRFLOWS (nth* or odd o a 1410cetod) X0 x101 NZ Olt =1 3 + 1.1 VALUES AT ARI RATING CONDITIONS TOTAL NCT AIRMAN • 100 CPM • 23400 011111 APP. DOW PT. • 940 040. F COMPRgddon PONCA - 1990 WATTS 1,0, FAN POWM • 300 WATTS 0,0, FAN POWER -200 WATTA 511,41, -10,00 a TT • DRY COiL CCNDR10 (TOTAL CAPACITY • S€1461 CAPAC COMP. KW AND APP, DEW PT, MS VA 0 LY)'OA AU. TEMPT RATURL0 IN 0EORECS P. •r wtott 3 4 General All units shall be factory assembled, piped, internally wired and fully charged with R -22. All units shell be designed to operate at outdoor ambient temperatures as high as 1151. Coding capacities shall be rated in accordance with A.R.I. standards. The YCC-F heating /coding unit design is certified by the A nerican Gas Association (A.G.A.) or Canavan Standards Association (C,S.A.), specifimily for outdoor applications using propane or natural . g. M unite shah be designed for out. • .r rooftop or ground level installation. Exterior sur of al units shall be phosphstized, zinc-coated steel with epoxy resin primer and baked enamel Shipped for horizontal application, convertible to downflow. pt Casings All panels shall be 20 -gauge steel, gaskated and es fiber insulation shall n a be i g n the heat exchanger section. Mot -fecod Insulation shall be in the evaporator section. Base pan end mounting rails shall be 10 gauge. Controls Refrigorouort cycle controls shad IncliAo condenser fan, evaporator fen and compressor contactors. Compressor shall be equippod with o combination internal winding thermoatot /currant overload. Internal higseure relief shell also be Refrigeration System Compressors — AN units shall have hermQticaly sealed Cllmatuff" compressors. Compressors shat be equipped with over temperature, over =rent and Ngh preswnt protection. Crankcase heaters shall be standard on all three phew models. Evaporator Coil -- Intemaiiy enhanced 3/8 -inch OD sunless copper tubing mechanically bonded to akrmkt um fins, factory pressure and leak tested at 250 to 300 prig. Condenser Co g •-- Outdoor coils shall be internally enhanced 3/8 -inch OD seamless copper tubing mechanically bonded to aluminum fins. Each cal shall be factory pressure and leak tested at 420 prig. The Trane Company Guthrie Highway Clarksville, TN 37040 An , mair,an-SrandwtiCovrpany a Mechanical Specifications indoor Air Fan -- Direct drive, forward- curved, centrifugal type. Motor shall have thermal overload protection. Permanently lubricated motor bearings. Motor /blower assembly isolated from unit with rubber mounts. Condenser Fan — Direct- drive, draw thru propeler type. Weather - proofed permanent split capacitor fan motor shah have built-in dvrmal overload and permanently lubricated motor bearings. Low Ambient Standard refrigerant system operation down to 66 "F, Low ambient accessory required for operation in 0°F ambient condition. Heating System Gay -F1red Heating Section -- Models shell provide completely assembled, wked and piped gas fired heating systems within unit. Design certified by A.G.A. or C.S.A., Ic ally for outdoor application. ed gas connection on the unit. Electronic ignition System -- Main burner is lit each time thermostat coils for heat. Remo sensor proves flame and keeps the main burners on. Should a loss of flame occur, the main valve doses and the spark ruoure within 0.8 second. When tostat is satisfied, main burner is extinguished. Forced Combustion Blower -- insures flame stebilty under varying wind conditions. Gives hher combustion efficiency and location flexibility. Hut Exchanger -- Aluminized steel tubes. Free floating design. Burners --- 20•oauge aluminized steel. Multi-port inshot, Product Ubra Product Section them f roduot Rooft Air Conditioner Model Y=24 — 2 Ton Submittal 206.01 September. 1992 tit.- UN- fiT- YCCO24 -SQ- 206.01 9/92 YCC0z4,S0- 206.00 Literature Type Settuence pate Fie No. Supersedes Downfic W Accessories (U.S. Domestic Models) Roof Curb --r The roof curb shall be designed to mate with the unit and provide support and complete weather - tight installation when property installed. Curb shall ship knocked down for field assembly, and include wood nailer strips. Economizer Fully Modulating Economizer ---- This accessory shall be field installed and be composed of the following items: 0 =100% fresh air damper, damper drive motor, fixed dry bulb enthalpy control, and low voltage polarized plug for electrical connections. Sold state enthalpy or differential enthalpy control is optional. Economizer operations shall be contmled by the p, - ecet position of the enthalpy control. A barc+metic relief damper shell be standard with the economizer and provide a pressure oppeerated damper that shall be gravity closing and prohibit entrance of outside air on equipment "off" cycle. Manual Fresh Air Hood Manual outside air provides a fixed outside air quantity from 0 to 28 percent. Includes hood and birdacroen. Low Ambient Control Control allows cycling of compressor under low ambient cooling conditions. Required for cooling operation to 0°F. Propane Gas Conversion Kit -- For conversion from natural gas to LP gas. Literature P.I. MGOL111311113111 0 0 1 11112111111 lie �fi� A 1 CD 15'114 1 1 1 0 H J K L M N F W1 WA W YOCOOOFA 701 614 11 1111 311 114 4 X 2W 11 11311 11 114 1 11 $1 11 11 31 IA 31 111 10 3 41/11 YOM30141 113 013 111 1011 313 6612 31 *3/u _ 111111 111111 14111 _ 413111 17 _ 114/4 344111 1/8112 10 3 412 MGOL111311113111 0 0 1 11112111111 'way' � �� _ YOf3►3�i1 1 15'114 1 11 - _ A gal a accurisroNms 97 S1/4-ke-As SUBMITTAL NOTE: All dimensions are in inches. fro The Twit Ca him fpact/ MOM iFwwlw..•m* w rVryNlN shomps losouurre rrq 4 "retail wool Arnerirlr► Standard Inc. 1993 From Dwl. 2100016031 Rev.1 s lt CCO30-SQ 207 r04 2'/2 Ton Convertible Packaged Gas/ Electric Unit YCCO3OF Seer T -i' 'M IWOMM 1i t =iffatt P ittwA s from Owl, 3106010110 Rev, 2 e V VIIM 11011:111MINIEM !Mann El 25311e mulle1111121 EME7EIlARICX YYQY1Y4 r000I Unit and Curb Dimensions OD. 0.8. e5 12.1 90 e3 25.5 17,7 191 71 . 16.1 11 10. 4 5, 20:0 20.9 227 15 1 19,3 67 67 ' .2 1 15.6 4 1 100 108 115 105 67 05 07 I IttiPitet NIALt ID. TOTAL SENS. CAP. AT Wi, CAP• 7P . J4 SO 25,0 21.4 23.1 63 261 18.0 19,7 67 30.4 141 10 0 ?7.8 MU 1 YCCO30F1108 AT 1000 CFM (Capacities Ara Net in STUN /1000 -- Indoor Fan Heat Deducted) ENTER04O 0.1. TEMP. COMIC{. APPDIIW 7e 711 00 KW PT. 24,9 2e3' 27.0' 2.20 48.7 211 233 284 220 601 17,7 19.5 21,3 2,37 64.6 134 _ 111_17.4 2.40 RD-. 24.7 25.9' 28.5' 231 470 21.3 23.0 241 2.20 601 fly 1e, ?7.2 2 51 .1 241 VII t lit Ili 1 A 1 a : A 1e. 1111.1 A N . 8 24. 2.71 664 1 1 4 .' , 171 18. it; 23. 34.0 132 14.1 16,7 161 20.2 4 22.0 19,8 21,7 23,0' 238' 24.1' 232 24.4 16,5 18,2 20,0 21,7 231 3,01 3 19.5 14,4 102 17.9 10,7 - . 0 20 213 YCCO30F1 M0t3 AT 1000 CFM (Capacities Are Nat In t3TUM/1000 - Indoor Fan Meat Deducted)* 2.96 3.14 56 03 9 1 &g 0 211 it 2.4 9.34 6 67 31.1 14,3 10.1 17,9 19,7 21,6 2,43 64.4 71 .8 10.4 12 14A 15.6 17.8 2,51 60 262 211 23.3 25.1 29.6' 27.2' 2.30 48,� 90 83 26.3 18.0 19,8 21.4 23.4 25.2 2,45 50.5 67 30.6 14,1 15.9 17.7 10.5 21,3 2.53 .7 64 71 1 .1 1 . 1 .7 1 2. 59 25.5 21.2 23.0 2411 26,1' 26.7' 2.47 47.0 95 63 27,7 17.7 19.5 213 23,1 24.9 2.55 501 0 29 13,5 15,0 1 7.4 19.2 21. 2,6 66.0 71 32. 1 17.1 2.7 69.3 59 25.0 20.9 22,7 241 25,5' 20.1' 2,50 47,3 100 63 28.9 17,4 10.2 21,0 221 24,6 67 29.0 13,5 15.9 17,1 1 5.9 20,7 71 31.1 9.8 11.4 132 15.0 14.5 69 ' 24.3 20.6 • 22.4 24.2 24.9' 25.5' 83 28.,2 17.1 181 20.7 22.5 24,3 67 281 132 154 169 18.8 20.4 71 30.2 9.2 11.0 12.8 14 . 18.4 69 22.9 20.1 21.9 292' 23.0' 24A' 116 63 24,7 16.5 163 20.1 211 23.7 67 261 12.6 14.4 152 15.0 19.8 71 28.4 8.6 10.4 122 14.0 15.8 2.77 55,4 2.8 51 299 55.0 45.4 52.3 56.5 60.8 00 FA010t59.OTNEE MIWLOWO ya Add aer used) AIAFLDW TT CAP. COMDR KW ADP. AIRFLOW TOTAL CAP, BENS, GAP, COMPR, KW AD P. 8775 X0.99 875 X0,04 X0.99 •1.4 From Owl, 210E01772 Roy. 2 VALUED AT NU RATINO CONDIT10Fi0 AIR 0 FLOW Ile 1GpD� f• 29200 RUN APP. XV PT. - 6520OP COMP/16600A PONS/1•0 WATTO O.D. FAN P wan 0 WATTS SAAR. COA en�upl AL CAPACITY ma WM. OT AAWOT .KW • VALID Y /011 CON. ALL TEMPERATURES IN 050Ri16S P. CORRECTION fAC • 0111ER AIRFLOW'S (multiply ply or stio a+t indicated) VALUED AT Nil RATINQ CONDITIONS TOTAL NET AIRFLOW -10 (FM APP. DEW PT. - 55.0 OCG. F IA FAN ER 3800%N WATTS 0D. MN POWER - 250 WATTS S.E.E.R. -10.00 PTAIWAKTT COIL MNOMM (TOTAL CAPACITY - WNW BL T07AL =,coMP.KW ♦STUD ONLY FON WET COILS. AU. TEMPERATURES IN DEGREES F. pis General Data MODEL RATED VOLTS/PH/HZ A.R.!. RATINGS ICOOUNG)m Indoor Ak Sod (CFM) em Pater Noise Rail Ms. �a.t (iiph) krprrt BIM 50000 5,0000 75000 AWE Mil 000 0 8000 Tem RN Now) Input 8 ) 00 0 BTUll D 78%/78% 7l 48000 078% T1 i of 0 l it INUp AI A11At�AL POWER CONNS. -- V /PH /H2 208-22/1/80 208 =� � PrsL hp. m ) 3 35 INDOOR COIL — TYPE F MVO M �s FL) lib R point Control Orin Um, PA On) Dud Commictin OUTDOOR MN — TYPE Or Mow R.P.M. FL HZ LR INDOOR MN — TYPE Cita On.) Ms. Used Width th l Ms, Motors flP bI /�1lP1et. FL 2 EM — TYPE tbks/PH/f FL • YCCO30Ftut3 208. 230/1/60 1000 3.17 9.20 110.00 COMPRESSOR CUMATUFP CUMICIUFF w %blb/Pf 1/111 " 200.230/1/80 200.230/1/60 R t. Angs — LA Amps 13 3 — 79 13.5 — 9 OYT000R COI. — TYPE PLATE FIN PLATE FIN F$ J And F.PJ. Ft) 2/ 5. 2 �A3 Tiro 81a 3 C___9 1PPEA r , 3/8 COPPFA PLATE FIN PLATE Fri 32 15 3/.88 3/8 COPP CAPILLARY 3 f RY 3/4 F N NPT .314° FEMALE NPT SEE cum COWAN IOOUNNI ORAMINO PR O / 1 1081 230/1/00 1.8 -3.3 CENTR FULIAL 0x0 1 t 01R 08 /A 200.230/1/00 1,81.4 -2.0 CENIRIRIOAL FACT 1/ 3490 24000 YCCd3OF1MO11 208.230/1 60 1000 9.1000.00 FROPf1. M DMZ T // 1 two 230/1/00 1.8 -3J CENTIIRIQAL 10X O il / ' 20042/1/00 2.8 •— 6,1 CENTAIRIOAL 1 %1/ / 0,6 fIITEO named 01 THiONNNAY NO Nis Fw Arsa o ft It 3.33 III MfiERRNT Chas Its. d R-n)tO ..._ s 4.4 lbs. 4.6 Ibs. OAS MK Wi MI 12' 1 HXWXD HXWXO Curtail Om) Lnror�ad Elt OUTUNE�OIi V$ SEE 361/4 UTMR DIYWIiING NT INg1 / Nat (5n.) 390 / 368 THRON AY 398 / 358 et Capacity rated in aaordanae with AAI. Stan- dard 210/240. Noise rated in accordance with AAI. sherd 270. A.R.T. standard rating catdtions are: 80 MO. 07 W.O. entering air to Wow WI. 25 0.8. eteing air to outdoor toi. cP AA models are American bas Association Cer- tified chit settings and ratim data ware estab*shad and emoted tide laboratory test evasions using American National Institute Standards stardards. Ratings shown for ele- vations up to 2000 feel. For elevations above 2000 feet ratings should be reduced t Ike rata of 4'% for oath 1000 feat dam sea krval. m CorwerbASla to LPG with orifice drenge. ® this value is epprmcanata. rot we precise value; see trait rrarneplate and service Instrrctiurs. a, Barad m US. Garerm elt Stanched sTeststs.. m. Mars mud ba irstalied Above square 'Dotage sr � a 300 F.P.M. fact rebdty. I permanent puts we used, du per N rwor nendatiart with dean resiftance d .05' WC. m Check unk template for as Input, wit if ca rartido with a factory shipped orl5a change to other input. 11146 Diatom OA / lbo nom 00 ,........ Nook IDue1 1.0 WO •0 NO 4A hoot ILO Tr 36,0 mom = may =III =MI Oniel 0 EUEUKIIICIIIIIMIII mom. Y CCa 3 " MIMI laIIIBEI37/1 NAM =ARAN= 01611/41101111 WOG. NO. A 0 Vc�». LAI 21' , re— so. 201 Dimensional Data •113' with 3116 huh or mummy re AAA loolonAmov BAYCURBO3OA Roof Mounting Curb Outline YCCO3OF — Units 1610 mornhoo on YCC0111430O-1.-61 si•ite modeis Required Clearance for Unit Installation and Roof Penetration Hole Size Required. &Woe Charms ON AAA. IPSO MAIM 25 IN. member • on Ye001114308%.M • models sref. • • • 1 "'llorvico Clemsnee Field Fabricated (Side X Side) Ducts — YCCO3OF Units Installed from Above Mounting Curb ChiriVICI from Oonikuvoblo M000lola 3 General Data MOOEL MIEO VOLTS/Pt!N230/1/60 208.230/1/60 A.R.1. RATINGS (COMMO)* mum !gator /Ur How (MA) ell Power .11 03111 All-1111.1 Ness Rsinj LOA RP3114113 (HEMINGIO (40h) InPIA 811111 Capacity Mien ASA Term Ilse 1 filin/Met, 1 Gravr) Inpai putt EgraTUIlle lero. FieNTiln./Mar.) hEcif Des* 2 INDOOR MN — TYPE Width 00 No, Used aria / Melds Mit) MI Maws — RP Motor • RPM. Ms /HZ FA. —Lft $ YCCO30F11.11/1 29200 29800 1000 1000 3.17 327 920 / 10.00 9.10 / moo 6.0 8.0 50003 40000 78% f 6 32E00 78%/78% 30 - GO NfOURAL CENTIERIGAL 0 X 0 DIRECT / 2 1 — 1/4 IOW 203230/1/00 1,8 1.4 — 2.0 SINITIRIGAL INFECT — 1 1/35 — 3480 2406/00 NO THIONIWAY 323 398 / 350 YtCO30F1MOS 75000 130000 78% 31413 48000 78%/78% - 85 NATURAL 208M0/1/10 212 35 35 POWER COWL V/P11/112 208230/1/80 MM. Oak at, An.dy 20.1 9a, Or. — Mit 30 Pat. Raced. 30 COMPRESSOR CUMNUFP CUMATUFT" No. Wad 1 1 lible/PMEL 200-230/1/00 200-230/1/00 RLAaDl—LA ...—...--. 13.3 — 79 13.5 — 70 MIT00011 COIL — TYPE PLATE FV1 PLATE RN Ibis/ F.N. 2 / 15 2/15 Flo Ans (Sq. FL) 5.43 543 Yuba Sts fri 3 8 COPPER 3 8 COFFER INDOOR COIL — TYPE PLATE nrt PLATE iv Item / F.P.I. 3 1 15 3 / 15 Flo Ana (Se. R,) 125 lie * Sia 04 3/1 CENTER 341 Rafrigaret Cote CAPILLARY Drin Can Mo (.) 3/4' MALE ?WT Dud Commodes ME OUTLINE DAN/1110 OUTDOOR MN — TYPE pnoma Ne. Wel / Mi. 0%1 _ 1 J 10 r =CT / 1 1 — 1/5 Wks /12 Mort RPM, 10 230/1/03 M FL — LAbas 1.11 — 3.3 =XL S I 14 4; t : P1 Msex HP — toed I Mks FL NM — F111111111101 'Pm ametwarslad Mrs. Fos kola ft. 0 11111111MIMINT Zom . AL1_111-22 0) 4.4L& b. GAS PIPE SUE MU 1/2" _ 1 INRIUMMISS HiEWX0 HXWX0 Crubiel 911.) 31=111)(38 X 57 35-1/4 R_38 X 57 added SEE OIMME MINING SEE OMNI DIV4MNO MONT 11:1.. Obs.) / lit (bs.) 3/4' FMMLE /T 11110IMINE IMMO PROPELLER j 15 DEO / 1 1 — 1/5 1000 23L1/1/00 CENTRIRJOAL lox 8 DIRECT / 2 1 — 1/3 1000 203230/1/00 2.5/22 — 5.1 CENTRIFUGAL DIRECT — 1 1/35 — 3410 240 NO THRONWAY 3.33 398 / 358 tto Capacity rated in =Wan* with AAL Stan- dard 210/240. *he rated in mordance with A.R.I. standard 270. MU. standard rativ _ confidant et: 80 0.a 87 W.D. We* air to — indoor tzL 95 0.8. snag to outdoor tri. ob MI models IN American Gat Anode)* Co- tdiod. ISO uttirgs and milt() dros wet estabisbal and approved under laboratory test cold:ions wig Amnion Nsiteal Standards Institute Margit& Ratings shoo are for de- varlets to to 2000 fret. For American above 2000t rativs should be reduced st tee tate of 4% far each 1000 feet krt. tea lark Corarettibls to LP0 titra Mks change. TN: rare Ii soorminett. For we grad* velar, IN aril nameplate and maim OD Nod tri U.S, Gowned Standard Testi. de Sibiu rout bo installed in rotten* system Above squats footman are based on 300 F.P.M. feu vaixity. N plitgrum Nora we used, *i per Mg, twoomniendation %Nth dean redden ri .05 WC. d) Om* ung nemesti kr se dipped input Ire le Niro eible weh fumy tipped mile doge to oth er input. Nra Wino On) datm+, 0.0 0 INA 11AA11 1.0 IMIIIMM~ 1.111 0.0 NIS GO Fawn 17 0 T� O10 1i1111vcs CI.UM tci 1/111Ite1o1111 MOM NO. A 0 C 0 Y ._ ! . __. to. . 0 " 70 . M00EtS 0 N09 011:111131 D =1111113110M11011111:211 VCCOCIOf4 "cm" =III — 1101111111111 EMI Dimensional Data • $1' with 2111 frith w esu tary ='t• watt I4«+a„i at 1.111 BAYCURB03OA Root Mounting Curb Outline -- 4 1Cx030F -- Units st' Required Clearance for Unit installation and Roof Penetration Hole Size Required. atn rierrisor en YCC0111-0Xt-L4A �l C1.ara I*0 CN,>dutlWW* MaI.Mli Field Fabricated (Bide X Side) Ducts — YCCO30F Units installed from Above Mounting Curb 3 $ 11 1 3111 n I =OM Vats IAf2S91I8 11101EICI IMIC111121 MAI =atm EM flf M1 A Unit and Curb Dimensions 4 115 $pct YCCO30F1L08 AT 1000 CFM (Capacities Are Net In BTUH/1000 -- Indoor Fan Heat Deducted) Ala AL .8 21.4 23.1 14.9 263 VA' 220 481 85 13 28.1 10,0 19.7 21.8 23.3 252 229 501 67 30A 14.2 18.0 17,7 19.8 21.3 2.37 54.6 71 321 10,3 12.1 13,9 11,6 _ 17.4 349 508 09 25.0 21,1 22.9 14,7 2 208' 2,31 47.0 90 03 2 17.7 19.5 218 2 A' 0 24. 2.30 508 29.0 14.0 15,7 1r • 1 ,3 21,0 2,47 04.9 24,5 2114° � IN 1 , 4 59 25.0 20.9 22,7 245 25.5' 201• 100 83 28.9 17.4 192 21,0 22.6 24,6 67 29.0 13.6 16,3 17,1 18.9 20,7 71 31.1 99 11.4 132 15.0 189 50 24.3 20.0 22.4 242 24;9' 25.5' 105 63 26.2 17.1 18.9 20.7 22.5 24,3 67 282 132 16.0 16.0 18.8 20.4 71 30.2 92 11.0 12.8 14.6 18.4 09 63 87 2.50 216 2� 296 502 4 g 24,4 .7 12,4 too � 1 10.0 802 2 .6 i 114 10.0 20.1 3,71 55,0 1 1 1 N ,8 20,4 22.2 23.0' 249' 20 ' 290 47.9 105 43 240 17.0 10.8 2011 22.3 24.0 2.78 3I .I 7,9 10 186 .7 30.2 2,83 5.A � 87 2 �7, 29,0 13 11.E .0 13.2 14 12.6 149 10.4 2.92 91.1 60 22.0 19.9 21.7 230' 239' 24.1' 202 48.4 III 03 244 143 102 200 21.7 23,5 301 • A 87 '.3 1 • 14.4 10 17 10,7 3.00 YCCO30F1 M08 AT 1000 CFM (Capecit;ee An Net In BTUH/1000 - Indoor Fan Heat Deducted)' TSITAL s f. 0► CM NG D. . COMM. APP.0EW Da, w'!1_ 77 21,7 ¢¢��6 2113 ir o 85 83 29.0 1&1 31? 0 21.8 it 25,4 2.34 502 67 31.1 14.3 10.1 17.9 19,7 21.5 2,43 544 71 93.6 10.4 122 ! I tt • I6g 17.9 1 _Kg _ 50 262 21.5 23.3 25,1 20.5' 272' 245 46.7 6 3 14.1 15.9 17.7 22.4 9.5 �3 2.45 6647 71 32.7 10.1 11, 13.7 15.E 1 7. ? . . 2.82 X0.9 59 25.5 21.2 23.0 24.8 26.1. 20.7' 2,47 47,0 05 63 27,7 17.7 19.5 21,3 41 24,9 2.55 50.0 67 29.0 13.0 15.5 17.4 192 21,0 2,64 65,0 71 32.3 1 7 13.5 17.1 2.7 69.3 55 4 59.7 51.8 5.5.4 80.1 22.9 20.1 21.9 23• 23.0• 24.4• 2.98 48.4 24.7 16.5 18.3 20.1 219 231 310 52.3 245 12.6 144 182 10.0 19.8 3.14 58.5 29.4 8.8 10.4 122 14.0 15.8 323 60.8 From Doig. 210601772 Aev, 2 conssolON FACT fl8. OTHCA AlIWLOWO _y or ode ea l dtmt1j TOTAL C X0 X10 CENO. CAP, X0.94 X1,08 COMPR. KW X0.99 X1.01 A.D,P, •14 + 1,1 VALUES AT MI RATING CONDITWNO TOTAL NIT CAPACITY • 20300 WWI AIIPLOW • 1000 COW APP, 06W PT. "152 0CG. P COMMUNISM POF10140 2500 Warp 1.0. PAN PONCA • 140 MN _ 0.0. FAN POWIR • 200 V T7I 81,1LR. • 10,00 TI • DRY CA COIL pperyooN�DTOR (TOTAL CAMCITY • MMNN` 70 �CAMGIY,pp ►.KwA11DAPP,DIwPY,AnI VALID ONLY FOR WET COILS. AU. T6MP6RATUR65IN 01131111118 F. AIRFLOW TOTAL CAP. 8ENO. CAP, COMPR, KW A,0 P, CORRCOr10N FACTORS* OIN111 AIRFLOWS) (mul8piy or 300 am kid+341810 on 1125 XI .01 X0,/4 X106 %0,99 X1 Al •L4 4 1.1 VALUES AT MI RATING CONDITIONS TOTAL NET CAPACITY • 29100 STUN AIRFLOW • 1000 CFM APP. DEW PT. • 55.0 OCO. F C O . N WATTS POWER FAN • OD. FAN POWER • 250 YATTS 8.E.E.R. • 10.00 DTWARTT • DAY COIL 8LE t (10?AL CAPACITY •* WAR - TOTAL CARRCIIY,COIP. KW AND APP. DEW PT, ARE We ONLY FOR WET COILS. ALL TEMPERATURES IN DEGREES F. AIRFLOW am p 230V 400V 200V ems, Ill W,O. PM. WAT T9 d0 , PRESS IN, W.O. PW11. WATTS o , 000 1,02 724 ,57 1.66 673 .53 910 1.73 744 l ig 1.46 001 65 In W] .69 1000 1.64 764 0.31 1.35 710 1060 1,64 706 In 1.23 720 1100 1.43 005 id 1.11 746 1100 1.33 026 66 MIA 1111111113111 98 MEM IIKErall 707 000 lorran 661 61 Cli litri IN I r11111 1700 MEM 647 1260 1.00 .060 1300 MIN 001 113 .51 01350 .83 013 Pm .29 1400 60 037 110111111111111111 11511111111111111111111111111111 011 1200 1 400 MI 1 6 0 0 MEN `: O WATUI OLOW'OFF WAIT O WU CPL. NO F*.TOR SIM PRE:SSUiI OROP TAO= FOR INSTAL= =TRIO WATER. AM1ftO N 01 • HK&I SPEED t0W SPEEDs PRESS. IN. W.G. PWR. WATTS E PRESS IN. W.G. PWI1, WATTS , 750 09 378 0.30 0.7 355 0.28 800 0.76 385 0.31 0.66 363 0,29 850 0.72 392 0.31 0.62 311 0.30 900 0.89 399 022 0.50 300 0,30 950 0.85 407 0.33 0.63 390 021 1000 0.81 illitrillIEI 16000 0.48 400 1050 0 M arrman O WATUI SLOW OFF MIT, 0 VAT CC41., NO RLTF71. 0.43 410 rni ; Era 1100 0.54 IIKEINCITI 0,37 mozwirra IllaCIMEM 484 1150 0.6 441 113 011 1200 0.45 400 MI 02s 1260 0.41 480 rra 0,17 0 FACTORY 5ETTI40 AT LOW SPITO ewer O0IL.NO AIRFLOW CFAAA HIGH SPEED .. POSS. IN. W.G. PWR. WAt15 PWR. WATTS 800 0.87 300 0.26 85 0.... ,... 0.60_ 308 _ ... 0.27 ,. 900 0.58 318 0.28 950 0.54 . 331 029 0.30 1000 0.60 343 1050 0.42 354 0.31 1100 0.36 1111111M31111111 022 0,33 1160 0.27 1200 0.19 allinraill. 0.34 12509 0.07 406 0.39 m FACTORY S&11140 AT HI VETO 0 WATER EILOWOSF uMR 0 WET COL, NO FILTER A1/1itWV cm. 130v 450V 205V P11655, IN, W.O. PWR. WATTS 51 PRESS IN W.O. PWR, WATTS slip 1000 1.00 016 .64 IICI K 129 761 700 .60 IEEE ral gni El .70 1060 1.0 030 1100 1150 1.4 067 070 In liti m INII 1,10 1,06 .03 .01 000 me IIIIIIIIIIIIIEll 1200 1.3 001 1260 1,10 107 024 047 1300 1360 .03 IPZEI 101111111111111111111111 rm ._ 000 . 1400 .77 1000 1460 .07 1034 16000 ,26 1083 1111111111111 O WATUI SLOW OFF MIT, 0 VAT CC41., NO RLTF71. i Performance Data Indoor Fan Performance YCCO30F -L External Static Pressure From Owe), 21A681570 Rev. Indoor Fon Performance YCCO30F1 HI•Statio Motor Accessory BAYHSMT043A,08 8A External Static Pressure) From Owe). 21A730012 Roy, I Indoor Fan Performance YCCO30F -M External Static Pressure From Dwg, 21A730241 Ray, 0 Indoor Fan Performance YCCO30F -M HI-Static Motor Accessory BAYH8MT043A,080A External Static Pressure From Owe), 21A730215 Rev. 1 5 Optional Equipme it 6 25% Manual Fresh Air Kit NIP MI NMI IS III 10 II 1 Economizer and Rain Hood (Downf low Applications) Filter Frame altil WM. &MEW 111==/111111111111111111101111111111111MNIMIIIIIL1yi S011111E01111111111111=1111111 Is 11111111130•111111111113111111111 From Dwg, 21002309 Rev. I AIRFLOW (CFMI RAYECON0540 (in, H,01 9AYECON073A R&M' 600 .010 .010 800 .020 .015 1000 ' 050 .020 1200 _- — .090 .026 1400 .140 .030 1600 .035 Optional Equipment OYCT Economizer Pressure Drop (Return Mr Restriction ---• 0% Outdoor Air) Horizontal Economizer and Raln Hood From Dw°, 21A730003 Rev, 1 iigLitux ffi ►�°° now From Dw@. 210062056 Rev. 0 Mechanical Specifications 8 General All units shall be factory assembled, piped, internally wired and fully charged with R -22. AI units shall be designed to operate at outdoor amb temperatures as high as 115°F. Cooling capacities shat be rated in accordance with A.R.I. standards. The YCC-F heating cooling unit design is certified by the American Gas Association (A.G.A.) or Canadian Standards Association (C.S.A.), specifically for outdoor applications using propene or natural gas. Al units shalt be designed for outdoor rooftop or ground level installation. Exterior surfaces of all units shall be phosphatizod, zinc - coated steel with epoxy resin primer and baked enamel finish. Shipped for horizontal application, convertible to downflow. Casings All panels shall be 20gnuge steel, gasketod and Insulatedd. Foil -faced gloss fiber insulation shall be In the heat exchanger section, Mat -faced Insulation shall bo In the evaporator section. Brio pan and mounting rags shall be 18 gaups. Controls Refrigeration cycle controls shall Include condenser fan, evaporator fan and compressor contactors. Com mason shall bo oqu pod with a combination internal wiinng� thermostat /currant overload, Internal highpresarro relief shall also be provided, Refrigeration System Compressors -- All units shall have hermetically sealed Pimatuff"" compressors, Compressors shall be equipped with over temperature, over current and high pressure protection, Crankcase heetegs shag be standard on ell three phase models. Evaporator Coil — internalyy enhanced 3/8 -inch 00 seemloaa copper tubing mechanically bonded to aluminum fins, factory pressure and leak tested at 260 to 300 psig. Condenser Coil — Outdoor coils shall be ketemaly enhanced 3/8 -inch OD soornloso copper tubing mechanically bonded to aluminum fins, Each coil shall be factory pressure and leak tested at 420 (sig. The Tian Company Guthrie Highway Gareksvf!/e, TN 37040 An Amevican'Standevd Company Indoor Air Fan --- Direct - drive, forward - curved, centrifugal type. Motor shat have thermal overload protection. Permanently lubricated motor bearings. Motor /blower assembly isolated from unit with rubber mounts. Condenser Fan — Direct- drive, draw thru propeller type. Weather - proofed permanent spit capacitor fan motor shall have burnt -in thermal overload and permanently lubricated motor bearings. Law Ambient Standard refrigerant system operation down to 51'F. Low ambient accessory required for operation in 0'F ambient condition, Heating System Gas-Fired Heating Section — Models shall provide completely assembled, wired and piped gas fired heating systems within unit. Design certified by A.G.A. or C.S.A., specifically for outdoor application, Ttwoeded gas connection on the unit. Electronic Ignition System -- Main burner is It each time thermostat calls for hat. Flom sensor proves flame and keeps the main burners on. Should a loss of flame occur, the main vulva closes and the spark rocuro wkhin 0.8 second. When t is satisfied, main burner is extinguished. Forced Combustion mower — Insure flame stability under varying wind conditions. Gives higher combustion efficiency and location ncxlblity. Heat Exchanger — Aluminized steel tuboe. Free floating design. Burners -- 20 .gauge aluminized steel. Multi -port Inshot, Downflow Accessories (U.S. Domestic Models) Roof Curb -- The roof curb shall be designed to mate with the unit and provide support and complete weather -tight installation when properly installed. Curb shall ship knocked down for field assembly, and include wood nailer strips. Economizer Fully Modulating Economizer This accessory shall be field installed and be composed of the following items: 0-100% fresh air damper, damper drive motor, fixed dry bulb enthalpy control, and low voltage polarized plug for electrical connections. Solid state onthelpy or differential enthalpy control is optional. Economizer operations shall be controlled by the preset position of the enthalpy control. A barometlo relief damper shell be standard with the economizer end provide a pressure opetted damper that shali be gravity closing and prohibit entrance of outside Air on equipment "off' cycle, Manual Fresh Air Hood Manual outside air provides a fixed outside air quantity from 0 to 26 percent. Includes hood and birdecreen. Low Ambient Control Control allows cycling of compressor under low ambient cooling conditions. Required for coding operation to 0•F. Propane Gas Conversion Kit -- For conversion from natural gas tot, goo. Product literature Product Section Unite Product Rooftop Air Conditioner ►vfodel - YCCO30 --� 2Y3 Ton literature Type Submittal Sequence Date He No. Supersedes 207.04 P.I. August 1993 PL-UN-RT -YCt 030 -SCI- 207.04 8/93 YCCO30 -S0- 207.03 • �f44 CCC* MOre2Ottw Economizer Net Roc Roc MANE" CoktS SLASTVIA Tag; All dimensions Are in Inches CtCARANCC , sr CLEaRanCt 4r a+ ego" ',r Met CA4 kleitt r lie` S r'. Table 3 Accessory Net Weights (lbs) Outside Air Dameer Motorized Manual 35 32 Ctc+MA$CC 1$' $Oltt1OII061, 3$ WOWN'IOW Un4 Model No. Roof Curb 82 p w 1/e '�watilfrre01 lets) 7 moor orrttrwo 45 3! CilAsurct 34" Table 1 Unit Wiring Unit CIoeratinp Vona o Range IRS t4M t4ItQU6 Standard Efficiency 8 Ton Packaged Gas /Electric Downflow YCD102C MINIMA Circuit Ampaatyr (131aMard/Overeize) r; it - :tl YC0102C4 414.508 YC0102CW 517433 Q 1. HACR type circuit Preakers psi NEC. 2. Values Co not include power exhaust accessory. Table 2 Elea rice! Characteristl BAYPWRX0IOB 575 Oversized LPG Motor Conversion Adder Kit m r , 5 w 29/31 19/20 Power Exhaust Mee High Static Drive 2 - YCD102SQ231.02 All Zone Sensors 1 35/40 20/25 , 411 4 i • ,.. Maximum Fuse Size or Maximum Circuit Breaker' (Standard/Ovurelte) Power Exhaust _. 65 1. Net weight should be added to unit weight when ordering factory installed accessories. 2. Factory installed options for economizers. multiply net capacity x .99, EER x .97. For ov*rxire motors, multiply net capacity x .98. EER x .93. This is provided in compliance with AR' certification program. 1 ' s 4 General Data Cooling Performances Gross Cooling Capacity tan Nominal CFM/ARI Rated CFM ARI Net Cooling Capacity Integrated Part Load Value System Power (KW) Nesting Performance' Heating Models Heating Input (Stun) it Stage (2 Stage Only) Heating Output (Stun) 1st Stage (2 Stage Only) AFUE Steady State Efficiency ( %) No. Burners No. Stages Gas Connection Pipe Size (in.) Compressor No. Type Sound Rating (EELS)' Outdoor Coil — Type Tube Size (in.) O.D. Face Area (sq 11) Rows/FPI indoor Coil — Type Tube Size (in.) Face Area (sq ft) Rows/FPJ Refrigerant Control Drain Connection NoJSize (in) Outdoor Pan — Typo No, Usod/DIameter (In.) Drive Type/No, Speeds CFM No, Motors/HP Motor RPM Indoor Fan — Typo No, Used DMMrnster x Width (in,) Drive Type/No. Speeds No, Motors Motor HP (Standard/Oversized) Motor RPM (Standard/Oversizod) Motor Frame Size (Slandard/Ovoralzod) Filters — Typo/Furnished7 (No,) Size Recommended (in) Refrigerant Charge (Ube of R'22)e 2 YCD 10 Low 135,000 105,000 81.0 81.0 1 81. Ton Downtlow Units C4,CWL YCD102C3,C4,CWH 107 000 ,400/3,000 101,000 9.2 11.22 1/2 2/CllmalutiO 9.2 HI.Perlormance .375 18.03 2/18 Hi'Perlormance .375 10.60 V19 Short Onlice 1/0,75 PVC Propeuet 1/26 Direct/1 7,000 1/1:00 1,125 PC Centrifuge' 1 16x11 SeW1 1 2,0/3.0 1,740/1,740 145T/1457 Throwaway/Y0s (2) 15x20x2/(2)20x20x2 7,1/Clrouit agh 2pS.000 1 186.0 122.0 8 1.0 2 NOTB6; i, Cooling Peden lino is rated MOOT ambient, 00'P entering dry hub, 01'P emoting wel NW iireiie Gloomily dole not include the 040 Q! ten motor hest. Mt c•padiy ie net and includes IM effect 01 an motor heel. Units are suitable for operation to 11014 o1 nominal dm, Rated in ieeordsnG• with ARI Standard 310, 3. ggR ie tiled a1 ARt motions and in accordance with 001 teat procedures. 3, lnt•prsted Pori Load Value is based on ARI Mandate 210, Ole we pied on 60'P imbiirx, SWF entering dry Duo, and 07'F Weal) wet bulb at ARt rated dm, 4. Resting Pedormanci limit settings and rating dots were esiabt►erred end approved under tabor$ory teGl conditions using merican National Standards Institute standards. Ratings shown are for elevations uo to 2,000 fool. For elevations &hove 3,0001. ratings should hi raduc•d oldie rate of 4% for each 1,000 feet abovi Gee Imo. a. ARM IN Steady Stele Eaicloncy ctrl rated in accordance with 00e test procedures. 0. 6ouno is rated in accordance with MI Standard 270. 7. Refrigerant chars• lean approXlinile value, For a more grouse value. Gee unit nameviate end 44440 insiNCtlons. All dimensions Are in Inch Down(low Unite Panel Economizer Standard End Panel of Unit NTER OF GRAVITY WIDTH CENTER Or GRAVITY LENGTH --- s . . • I 5 I U I P I p ► L I I Y I . 0 CENTER OF GRAVITY v1 35 1 /4" 22 ,/2: CONDENSATE LOCATION Table 5 Maximum Unit and Corner Weights (Lbs) and Center of Gravity Rimensions (In.r Maximum Weig'fits (lbsl Coiner Wei9ius (Lbs)' Shipping Net A 0 C. t) 1169 962 329 244 165 223 Note: 1. Comer weights are given la information only. Unit is IQ be supported continuously by a curb 2. Weights are approximate. N 36 20 42 7/8" Center of Gravity (In.) Length Width or equivalent Irame upporl. Y 0FM AIrF1ow 8u1b (P) at 67 73 61 67 73 61 67 73 61 67 73 MOH SHC ,MBH SHC MOH SHC MOH SHC MBH SHC MBH SHC MBH SHC Will SHC MOH SHC MBH SHC MBH SHC MBH SHC 15 98.2 78.0 110.0 61.6 115.0 42.2 89.7 13.5 105.0 58.7 112.0 401 81.5 69.3 96.8 541 108.0 38.0 73.S 65.2 67.2 54.4 102.0 35.5 3060 80 99.0 92.2 110.0 74.7 116.0 57.0 91.0 87.9 105.0 72.4 113.0 54.4 82S 82.5 98.9 0.5 108.0 51.9 762 76.2 814 64.1 103.0 49.1 85 102.0 102.0 111.0 87.6 116.0 61.6 962 96.2 105.0 85.9 113.0 66.7 0.4 89.4 97.2 82.3 109.0 65.1 82.9 62.9 68.0 18.0 103.0 617 9 106.o 106 112.0 101.0 1181 78.7 103.0 1034 106.0 99.4 114.0 76.6 961 96.8_0.6 961 77.1 89.5 89.9, 90.6 69.9 103.0 75.6 is 101.0 82.3 111.0 63.6 116.0 42S 92.4 7/.9 107.0 61.0 113.0 40.7 83.6 73.5 99.S 57.5 109.0 38.6 15S 69.4 89.6 511 104.0 36.1 3404 80 102.0 97.9 112.0 71.2 117.0 01 93.0 93.0 107.0 15.1 114.0 56.2 862 66.2 99.6 12.4 110.0 53.8 19.5 79 5 69 7 68.0 104.0 51.0 65 106.0 106.0 113.0 91.0 111.0 60.3 1010 101.0 107.0 902 115.0 68.4 93.7 93.1 100.0 67.5 110.0 67.4 86.8 86 4 90.6 83.2 104.0 65.5 _. ___ 90_ 111.0 111.0 114.0 105.0118.0 80.4 107.0 107.0 1094 106.0 116.0 61.0101.0 1010 101.0101.111.0_,401 942 _94..9,_94.2_94.11040 15 103.0 88.4 112.0 65.0 116.0 43.0 941 82.1 106.0 63.1 114.0 41.3 84,8 17.6 102.0 0.9 110.0 391 11! 13.1 91.6 55.5 104.0 36.6 3740 10 103.0 103,0 113.0 /14 117.0 590 964 98.8 1064 18.6 114.0 S7.0 493 0.5 102.0 78.0 111.0 55.5 82.6 82.8 91.7 11.6 105.0 621 65 109.0 109.0 114.0 93.9 118.0 71.8 104.0 104.0 109.0 94.0 115.0 60.9 071 97.8 102.0 92.3 111.0 69.3 S472 90.2 93.0 88.2 106.0 87.9 �.. 90 113.0 1131 116.0 108.0 119.0 81.0 110.0 110.0 110.0 110.0 117.0 83.0103.105.0 106.0 105.0 112.0 83.4 98.1 98.1 98.0 08.0 1060 82.8 16 105.0 90.0 1130 18.2 118.0 431 97.0 86,1 109.0 64.9 114.0 41.9 87.7 81.3 103.0 82.1 110.0 39.8 00__00 77.8 77.8 932 57.8 105.0 37.2 4080 10 106.0 106.0 114.0 81.2 116.0 01 100.0 100.0 110.0 81:1 115.0 671 92.6 92.8 103.0 79.2 111.0 68.3 8502 85.3 9305 18.2 106.0 54.6 85 111.0 111.0 116.0 98.4 119.0 11,9 1014 107.0 110.0 97.3 118.0 71.0 101.0 101.0 104.0 98.3 112.0 70.9 933 03.3 93.3 93.3 106.0 70.0 90 115. 1161 118.0 111.0 120.0 83 3 112.0 1110 1120 1121 117.0 84.7 107.0 107.0 107.0 107.0 113.0 85.7 101.0 101.0 101.0 101.0 107.0 851 1::11.'!'il'fln "t l�al"414' Table 6 Gross Cooling Capacities Enter O ry Unit Model No No „¢. YCD102C3 1 YCD102C4 1 YCD102CW 85 Volts 575 No Volts Phase 2 C....2 3 2 400 3 2 575 3 4,30 4,30 4,30 „se 96 Table 7 Electrical Characteristics - Eva orator Pan Motor - 80 C ale Unit Model No. YCD102C3 YCD102C4 YCD102CW NOTSI; 1, Amp draw for Bibb moor, m Ibpty vdve by number 01 motors to determine total imp # 2, HP ter sigh ionloritiior, AmbientTentpereture I erms Wet Bulb NOT08. 1, As eaoitsws Mo* t are otos. end Mrs not oonitoired tilde& Ian f Mi6 To cots nit Mow suouect tumor Ion natal. 2. M911. Total dross Cooling CMidty 3. 0110. floosOlo1444t Cipidty 106 Amps' Phaaa HP FLA LRA No, Volts Phew • ' FLA LRA 3 240 74 47,2 1 200.230 340 10,8 81,0 3 2,00 3,4 23,0 1 3 3,00 4. 40,5 3 240 34 22.0 1 675 3 340 3A 31.0 Table 8 Electrical Characteristics - Compressor Motor and Condenser Motor - 80 Cycle Compressor Motors 115 HP RPM RLA LRA No. Phase HP 3450 3450 3450 Condenser Fan Motors FLA LRA 154 118 I 1 140 54 15,3 10,0 71 1 1 1,00 2,0 0:3 5,9 43 1 1 1.00 24 5.7 Table 9 Combustion Blower Motor Heating Amps Heat Sieges HP RPM Volts Phase FLA LRA t.ow 1 120 3350 208.230 1 0.4 1.00 High 2 1/20 3500/2800' 208 =230 I 0.4 1,40 NQTO: I. HighrLcwSpew 420 Table 10 Evaporator Far rformance .10 .20 .30 CFM RPM BHP RPM BHP RPM BHP 2 HP Standard Motor & Reid Supplied Low Static Drive (1) 2720 628 0.72 665 0.81 703 0.91 3060 698 1.001 731 1.10 784 1.21 3400 768 1.35 798 1,46 828 1.57 3140 839 1.78 4080 910 2.29 2 HP Standard Motor & Drive 739 1.02 772 1.12 803 1.23 832 1.33 859 1.42 885 1.52 910 1.61 934 798 1.32 830 1.44 859 1.56 887 1.68 914 1.80 940 1,91 963 2.02 858 1.69 888 1.82 917 1.96 944 2,09 970 2.2 995 2.35 1019 2.48 1041 867 1,89 894 2.01 921 2.14 948 2.281 976 2.42 1002 2.57 1027 2.71 1051 2.86 1074 3,00 1097 936 2.41 961 2.54 986 2.67 1011 2.81 1036 2.96 1061 112 1085 3.28 1109 3.44 Foe Standard Evaporator Fan Speed (RPM), relevance Table 11. For Standard Motor b High Slane Drive A.ctatsoty Fan Speed (RPM), talerenea Table 12. For Overtiae Evaporator Fan Speed (RPM), ratetet to Table13. NOTtSi Data intrudes pressure drop due to liners and wel cont. Fan motor heat (MOH) f 3.1$ a Fan Shp. 1 Field Supplied Motor Sheave ivUO required. Paid Suoted Sett may be necessary. 2. 3 HP Oversite Molar with Field supifbied Motor Sheave 1Vi.44 required. Field Suppried Set may be necessary. External Static Ress&se (lr ttesol Water) .40 .50 .60 .70 .80 .93 1.00 1. RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM BHP RPM Table 11 urns Open N/A lissom set at' urn urns Open N/A •,� ' Table 14 Unit Model No. 3 HP Oversize Motor & Drive Table 10 (Continued) 2 HPIStandard Motor & High Static Drive Access T rane's factory supplied motors, in commercial equipment. are definite purpose mews, epeet eaaydetigned and tatted to operate reliably and continuously at as ealatbged conditions, Using uie lull Horsepower range of Our fan motors at shown in our tabular data will not rerun in nuisance tripping or premalute motor failure. Our product's warranty will not be affected. xterrwiYet 1.40 1.50 1.60 CFM RPM BHP RPM BHP RPM BHP 2 HP Standard Motor & High Static Drive Accessory 2720 1003 2.0 1025 .12 1047 2 23 3060 1092 2.44 1 3403 1105 2,941 126 308 1141 3,19 3 HP Oversize Motor & Drive 1068 2.35 1088 2.46 1109 2.57 1128 2.68 073 2.55 1094 2.67 1114 1163 2.78 1184 2.91 17 j 1 23.43 - - - 37 40 - - - - - - - - - - - - OM 4080 Standard Motor and Sheave/Fan Speed (RPM) urns Open 726 turns oxen 670 1035 Standard 2' Fillers' 5 urns Open 746 urns Open 796 urns Open 845 k •m �:. Table 12 Standard Motor and High Static Drive Accessory Fan Speed (RPM) urns urns urns Open Open 696 Open 946 urns Open 994 Table 13 Oversize Motor and Sheave/Fan Speed (RPM) Static Pressure Drops Through Accesoorles (Inches Water Column) CFM 2700 0.08 3400 0.13 4000 0.18 motes: 1, DAs Outside Air and RA. Realm A r. Economizer With O? RA D ampers' 100%0A 100% RA 0.13 0.16 0.18 Table 15 Oas•Fired Heating Capacities as Input MsH 0.07 0.11 0.18 _ est ng Output MOH 10 1.20 1.30 BHP RPM BHP RPM BHP 2 HP Standard Motor & High Static Drive Accy 1.71 957 t81 980 1.91 2.12 1009 2.23 1031 2.33 2.60 1063 2.72 1084 2,84 3.14 1118 3.28 1139 142 lc pressure (1rclles o ater 1.70 1 80 1.90 2.00 RPM_BHPRPM 8HP RPM BHP RPM BHP Open 895 um Open 1064 Closed 967 Closed 1112 urns Open urn urns n urns Open urn n 1095 1165 1216 1276 NIA r ampere ure Rise Range r r YCD102C4-l' 205/150 166/122 25/65 Note: ' I. Second stage is toad heeling capedy. Second 6tegs/First Siege. General Units shall be dedicated downflow airflow. Operating range shall be between 115 F and 0 F cooling as standard from the factory for all units. Cooling performance shall be rated in accordance with DOE and /or ARI testing procedures. All units shall be factory assembled, internally wired, fully charged with R -22 and 100 percent run-tested before leaving the factory. Wiring internal to the unit shall be colored and numbered for aimpli- lied Identification. Units shall be UL listed and labeled, classified in accordance to ANSIZ21.47 for gas fired central furnaces and UL 1995/ CAN /CSA No. 236•M90 for central cooling air conditioners. Canadian units shall be CSA certified. Casing Unit casing shall be constructed of zinc coated, heavy gauge, galvanized steed. Exterior surfaces shall be cleaned, phosphatized and finished with a weather-resistant baked enamel finish, Unit's surface shall be tested 600 hours in a salt spray test In compliance with ASTM 8117. Cabinet construction shall allow for all mainle- nonce on one side of the unit, Service panels shall have lifting handles and be removed and reinstalled by removing not more than three screws on the units while providing a water and air tight seal. The unit's base pan shall have no penetrations within the perimeter of the curb other than the raised 1'/." high suppiy(return open- Inge to provide an added water integrity precaution, if the condensate drain backs up. The base of the unit shall have provisions for forklift and crane lifting. Unit Top The top cover shall be one piece or where seams exist, it shall be double hemmed and gasket sealed to prevent water leakage, Filters Two inch filters shall be factory supplied on all units, Mechanical Specifications Compressors All units shall be direct-drive hermetic, reciprocating type compressors with centrifugal oil pump providing positive lubrication to moving parts. Motor shall be suction gas - cooled and shall have a voltage utilization range of plus or minus 10 percent of unit nameplate voltage. Crankcase heater, internal temperature and current-sensitive motor overloads shall be included for maximum protection, Shall have internal spring isolation and sound muffling to minimize vibration trans- mission and noise. Low pressure switches shall be standard. Refrigerant Circuits Each refrigerant circuit shall have independent fixed orifice expansion devices, service pressure ports and refrigerant line filler driers factory installed as standard. An area shall be provided for replacement suction line driers. Evaporator And Condenser Coils Internally finned 3/8" copper tubes mechanically bonded to configured aluminum plate tin shall be standard. Coils shall be leak tested at the factory to ensure pressure integrity. The evaporator coil and condenser coil shall be leak tested to 200 psig and pressure tested to 450 pstg. Gas Heating Section The heating section shall have a drum and tube heat exchanger design using corrosion resistant steel components. A forced combustion blower shall supply premixed fuel to a single burner ignited by a pilotless hot surface ignition system. In order to provide reliable operation, a negative pressure gas valve shall be used that requires blower operation to initiate gas flow. On an Initial call for heat, the combustion blower shall purge the heat exchanger 45 seconds before ignition. After three unsuccessful ignition attempts, the entire heating system shall be locked out until manually reset at the thermostat. Units shall be suitable for use with natural gas or propane ((field installed kit) and also comply with California require- ments for low NOx emissions. Units shall have two stage heating. Outdoor Fans The outdoor fans shall be direct-drive, statically and dynamically balanced, draw through in the vertical discharge position. The fan motor(s) shall be permanently lubricated and have built - in thermal overload protection. Indoor Fan Units shall have bell driven, FC centrifugal fans with adjustable motor sheaves, Units tons shall have an adjustable idier•arrn assembly for quick-adjustment to fan bells and motor sheaves. All motors shall be thermally protected, Oversized motors shall be available for high static operations, Controls Unit shall be completely factory wired with necessary controls and contactor pressure Tugs or terminal block for power wiring, Units shall provide an external location for mounting fused disconnect device. Micro•proceasor controls shall be provided for all 24 volt control functions. The resident control algorithms shall make all heating, cooling and /or ventilating decisions in response to electronic signals from sensors measuring indoor and outdoor temperatures. The control algorithm maintains accurate temperature control, minimizes drift from set point and provides better building comfort, A centralized Micro- processor shall provide anti-short cycle timing and time delay between compressors to provide a higher level of machine protection. Accessories Roof Curb - Downtlow The roof curb shall be designed to mate with the downflow unit and provide support and a watertight installation when installed properly. The roof curb design shall allow field - fabricated rectangular supply /return ductwork to be connected directly to the curb. Curb design shall comply with NRCA requirements. Curb shall ship knocked down for field assembly and include wood nailer strips. Economizer - Downtlow — This accessory shall be either field or factory installed. The assembly includes -- fully modulating 0.100 percent motor and dampers, baromet- ric relief, minimum position setting, , preset linkage, wiring harness with plug and fixed dry bulb control. Solid state onthalpy and differential en- thalpy control shall be a factory- supplied, field•Instailed accessory. The factory-installed economizer arrives in the shipping position and shall be moved to the operating position by the installing contractor. Remote Potentiometer — The minimum position setting of scone - miter shall be adjusted with this accessory. Powered Exhaust — The powered exhaust shall assist the barometric relief damper In the economizer In relieving building pressurization. Mechanical Specifications Motorized Outside Air Dampers — Manually set outdoor air dampers shall provide up to 50 percent outside air. Once set, outdoor air dampers shall open to set position when indoor fan starts. The damper shall close to the full closed position when indoor fan shuts down. Manual Outside Air Damper — Field installed rain hood and screen shall provide up to 25% outside air. Oversized Motors — Field and factory installed oversized motors shall be available for high static applications. High Static Drive — Field installed high static drive option shall allow the standard motor to operate with improved external static capabilities, (See Fan Performance tables.) Control Options Trana Communication Interface (TCI) — Shall be provided to interface with the Trans integrated Comfortn" systems. Zone Sensors — Shall be provided to interface with the Micro equipped Voyagers and shall be available in either manual, automatic program• mabie with night setback, with system malfunction lights or remote sensor options, Conventional Thermostat Interface (CTI) •-- This field-installed circuit board shall provide interface with electromechanical thermostats or automation systems. Differential Pressure Switches -�• This field installed option allows individual fan failure and dirty filter indication. The fan failure switch will disable all unit functions and "flash" the Service LED on the one 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 kit allows Integrated Comfort Systems to read Supply Air Tempera - lure, Return Air Temperature, Return Air Humidity, and direct indication of fan failure without the use of an economizer or motorized outside air accessory. Electronic Time Clock -- This field installed accessory allows up to 4 units night setback and unoccupied functions when using a standard (Dual Selpoint) zone sensor module. Oty Unit Designation Model and Size MBH Output Type of Fuel Motor HP RPM CFM External Static Pressure Voltage and Phase Pilot (I) Heating Control (II) Options 1 MAU HCRGB22 160 net 3 3560 3750 0,5 208.3 2 3 S .�. ,... 2 3 6 PROJECT: LOCATION: ARCHITECT: ENGINEER: CONTRACTOR: SUBMITTED BY: (I) PILOT I. Manual Motch•lit pilot 2. Intermittent 8pork Pilot 3. tntemnftent Asps* pilot with Itmod lockout 4. Intorntittent tot suifeco pilot with lockout Stainless Steel heat exchan er two stge gas valve with duct stet downturn plenum with curb 100 % outside air hood filter rack with 2" pleated filters exhaust fan Interlock remote control panel SUBMITTAL COVER SHEET Saybolt G B S stems Air Tec co. (II) HEATINOIMAKEUP AIR (MUA) CONTROL (See Page ot I, One•stoge heating 2. Two•stago heating 3. Two•slage with ducrotot (MUA) 4, Throe•stege with ductotat (MUA) 6, Four•ilogo with ductstot 9, Electronic modulation with room sensor (MUA) 6.8ix•stago with ductstot (MUA) 7. Mechanical modulation 6. Mechanical modulation with full fire bypass NOTES: (1)For description of RDF contrc+la, refer to Form ROM S-AC, Gas Control Systems end Air Control arrangements and Form RGM S•MA, Manifold Arrangements' (2) For hydronic products, use Submittal Cover Sheet Form RGM S•HYDCRVR, OPTIONS AND NOTES: 10,Electronic modulation with ductstot (MUA) I I, Electronic modulation with Cuctilal and remote smolt adjustment (MUA) 12.Electronic modulation (MUA) react from space temperature SIZE 75 100 125 176 225 250 300 350 400 BTUM Input 75.000 90.000 1 112.000 150,000 200,000 225,000 270,000 318,000 360.000 Thermal Output Capac (80%1* 60.000 72.000 1 89.600 IrgininallialtillEMEMIIIIMIMIN 1 920=1105 120.000 1230.1400 160.000 1645.1975 180.000 18502220 216.000 2220.2665 252,000 288.000 2590.3110 20604555 Control Amos (24V) 615.740 740485 A.G.A. CFM Rance- HCRGB** 740.2050 8854400 1105.3800 1460.5000 1975415012220.5800 26854300 311046800 35557100 C.G.A. CFM Ran: e.CRG8 615.1110 7401330 9201655 1230.2220 1645.2960 1850.3330 22204000 2590.4665 2960.5330 G.G.A. CFM Ra te HCRGB ** 11102650 1330.3400 1855.3800 2220.5000 2980.5150 3330.5800 40004300 4665.8800 5330.7100 510 529 573 673 624 655 667 709 802 ESIMInalleral=111 (1)20x:0 (3)20x25 802 (1)20x20 (3)20x25 868 (3)20x25 (2)16x25 923 (2)20x20 (1)16x20 (1)16x25 (2)20025 Gas Connection - Natural* * ** 1/2" 1 1/2" 1/2" 1/2" 1/2" Filler Size (Fitters are optional and Available in 1` or 2" disposable, permanent. or pleated.) (2)20x25 (2)20x25 (2)20x25 (2)16x20 (2)16x25 (1)16x20 (1)20x20 (1)20x25 (1)16x25 CRGB DESCRIPTION Roznor CRGB Series packaged unite are grevit•vonted, gee•flrod forced air furnaces, designed for installation outdoors and used with recirculating air and /or makeup air warm air duct systems, The CRGB units era designed for 00% thermal efficiency for use with either natural or propane gas, u pacified, in elzee from 75,000 through 360,000 BTUH gee input. Standard features include an intermittent spark pilot with electronic flame supervision, a singte•etage 24•volt gas valve, end ell required limit end safety controls, including a rawest air flow limit switch, For automatic operation, each unit is wired for field connection to a remote 24V thermostat, The CRGB Series modals have a weatherized steel cabinet with Intorloddng joint construction (U.S: Patent No, 5,373,673) and a full curb cap for mounting on a roof curb or supports. The standard podtaged furnace hen a horizontal dischorge air opening, A bottom discharge air opening is available with the addition of a downturn plenum. The blower cabinet has a standard horizontal inlet but is engineered to allow for the standard horizontal inlet and /or an optional bottom air inlet with various optional damper control systems, The air control systems for both return air heating and makeup air are complemented by a selection of gas control options, To obtain the desired CFM, a wide selection of optional motor and drive combinations are available, To meet a variety of installation requirements, these packaged units are available in selected combinations equipped with a downturn plenum, an evaporative cooling module, a cooling coil cabinet, and CRGB 88RIE8 T@CHNICAL DATA OUTDOOR GAS FIRED FURNACES FORM ROM S.CRGB.0 143 FOR HEATING, MAKEUP AIR, OBSOLETES S- CRGB.B EVAPORATIVE COOLING, CURB CAP MOUNTED FOR COMMERCIAL -- INDUSTRIAL USE f * A.G.A. ratings for altitudes to 2000 feet. Above 2000 feet de -rate by orifice change. 4% for each 1000 feet above sea level. * C.GA ratings for attitudes to 2000 feet. For high altitude units (2001 to 4500 ft.) de-rate by 10% of maximum input. ** Prefix •H• indicates high CFM units. * ** Weights shown are for pacxaged furnace and blower. For weights of accessories, see page 2. * * ** Gas connection for propane is 1/2" for all sizes. Sizes shown are for gas connection to bingle•stage gas valve. NOT line size. PAGE WARNING: GAS•FIRED APPLIANCES ARE NOT DESIGNED FOR USE IN HAZARDOUS ATMOSPHERES CON. TAINING FLAMMABLE VAPORS OR COMBUSTIBLE DUST, OR ATMO. SPHERES CONTAINING CHLORINATED OR HALOGENATED HYDROCARBONS. ...1■111IMM•11011•0111111110 MEOW. NOTE: Not certified for residential use. OF an outside air inlet hood. The duct furnace is dosign•cartifled by the American Gas Association and approved by the Canadian Oas Association, The furnace displays either an A.G.A. or C.G.A. seal; the blower cabinet displays an A.G.A. seal, These 80% thermal offl' font furnaces are approved for use in California, STANDARD FEATURES • Orifices for natural gas • Aluminized steel heat exchanger (When inlet air temperature is below 40°F or temperature rise is lees than 40'F, optional stainless steel heat exchanger is recommended) • Aluminized steel burners with stainless steel insert • 120 volt power supply • 24 volt control transformer • Redundant singie•stage combination gas valve • Intermittent spark pilot • Fan and limit safety controls • Reverse air flow limit • Adjustable bolt drive • Motor contactor • Terminal block wiring • Insulated, weatherized steel cabinet with Interlocking joint construction (US, Patent No, 5,373,673) for outdoor mounting • Horizontal discharge air opening with duct flanges • Full curb cap bane • Horizontal inlet air opening • Vent terminal cap MODIL 112:0 A D C 0 IJ 350 IIi 75 214, /$ 17.2/0, 267($ 12.1/2 8 2 1 � 120 21.6/1 17.3/0 26.7 /6 19.1/4 5 2 9.1/2 170 34.111 22.7/1 31.3/0 20.3/4 It 2 0.1/2 2:5 30.0/1 21.311 30.111 20.1 /4 10 3 11.2/4 260 47.7/1 30.5/5 46.1/5 34.1/3 10 3 11.3/4 300 47.7/1 30.1/1 46.1/0 34.1/2 10 3 11.3/4 350 63.3/5 42.1/1 00.6/0 40 12 12 14.1/5 400 50 440 47.010 60.1/1 46.1/2 13 12 14.1/8 Air O enin it Dimensions Standard Honsontai Air Inks 10.1/2 x13 • • ' • el Return.Air 0 • ni IDotlom 19.1/2 x 0 ¢Iandard Hon ontal °ischer e.Air 0 nrn 10 x 0 - 0$ional Dischatoe.Air Opening 19 x @ NM/Downturn Plenum) Opttone IN • • id installed on the furnaces 75 100 126 176 225 260 IJ 350 IIi A05 Downturn Plenum Cabinet wt. includes additional crate) 160 100 100 177 190 229 229 253 271 0 • lions shi , • d as • aratel for field assambi and inststlati • n: mis Outside Air Inlet Hood 70 70 170 Roof Curb for Basic Unit 90 90 95 I � Roof Cum for Unit with Downturn Plenum 11 11 11 118 124 138 tittirril ttr y Roof Curb for Unit with Coobn. Coil Cabinet 117 117 117 1 3 129 Plenum Cooliing Cabinets 1 144 144 144 in Curb Cap Dimensions with Optional Ce2119 Coil Cabinet (not Illustrated) Curb Cap) Length Width .11.21 Una with cooling cod cabinet (Option AU1) 57.3/4 Same as C Unit with Downturn Plenum (Option A05) and Cooling Coil Cabinet (Option AU 11 111.3/4' Bame as C IMMI For dimensions of cod cabinet duct opening, see Form 5.Coil 4B OPTIONAL f0n 0UTSIOE AIR INLET 14000 NOTES: R42110f designed optional outside air hood Or evaporaiwe cooling module is required to ensure complete weather resistance, Optional outside air hoods shipped separately for field assembly and msteNatson, For dimensions of fWNOryinstatled evaporative cooing module, see Pone 0.6VAP, CLSARANCU PROM COMOUBTIBLSOs 1. Top - 30 ". 2, Side opposite controls - 0 ". 3, Control tide - unit width plus 0'. 4. Redly; of vent cap to all obsuulxions -10', 5. Bottom - 0' (when installed on a roof cum 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 of at least 5.0) Thomas o efts DIMENSIONAL DATA (ACCURATE WITHIN PLUS OR MINUS 1/8 ") MODEL CRGS 132 61- FIELD WIRING CONTROL VOL TAGE INAs 11 39th* OAG 11%, FIELD WIRING -••• LINE VOLTAGE LEFT SIDE VIEW 0000.4411 m t OYlfor*M bOWTIMN'u*m REFERENCES; For additional option information. refer to Product catalog C•PH or an accessory submittal form. (Roof Curbs. Form $•Curbs; Evaporative Cooling Module, Form S•t;vad; Cooling Coil Cabinet, prm l,.Cn /; Remote Console, Form $.RC, Thermostats, Form S•Stat Pilot and Gas Controls, 'orir. $•PGC; Air Inlet Options, Form $•(Net) CURB CAP Il i II w laltii0 1•c1.4L 1 'r' 1i vOt.tAat .L 111% r 'mow 6 0i4 -' ' 1540 4014 4 i l"t rekrrti lei .-- le ..�� IS art SIN vtiw WSIOHTS OF ACC6550R1110 fibs.) -• Add to Ship Weight of Unit on peps 1 144 PAGE OF lal tt e4ae 150';. n MONT vlr,w Or OPTIONAL 00*WtUAW rUl$lu' t Height from top of cabinet to lip of curb cap, ** Haight from top of cabinet to bottom of cabinet sae, © 1996 Thomas & Betts Corporation. All rights reserved. Printed in • MANUFACTURER OF GAS, OIL ELECTRIC HEATING AND VENTILATING SYSTEMS 196WM 0542 • YL • 5/96 Form S•CRGB•C (REZNOR • OP1I0N AH1T — 131 c -"(REZNOR (" OPTION AH2) (REZNOR OPTION AH3) PILOT AND GAS CONTROL OPTIONS AND SPECIAL MANIFOLD ARRANGEMENTS FOR Reznor Indirect -Fired Models PILOT IGNITION SYSTEMS MANUAL PILOT: Manual match•lit pilot. Pilot remains on 100% of time until pilot gas flow Is shut off. Certified for use with natural or propane gas. Not recommended for makeup air applications. INTERMITTENT SPARK PILOT: Automatic lighting of pilot with an electronic spark on a can for heat. Pilot gas flow is shut off between heat cycles. A.GA. certified for use with natural or propane gas on outdoor units; A.O.A. cenfied for use with natural gas only on indoor units; C.G.A. approved for use with natural gas only on indoor and outdoor units. • INTERMITTENT SPARK PILOT WITH TIMED LOCKOUT: Automatic lighting of pilot with an electronic spark on a can for heat. Pilot gas flow is shut off between heat cycles. Lockout device stops gas flow to the pilot if the pilot faits to light in 120 seconds. Reset of lockout requires manual interruption of the thermostat circuit. A.G.A. certified and C.G.A. approved for use with natural or propane gas on indoor and outdoor applications. GAS CONTROL SYSTEMS (Available with either natural or propane unless noted otherwise.) HSATINO APPLICATION OPTIONS A01 • ONE-STAGE CONTROL: Single—stage gas valve which cycles on at 100% fire on a call for haat by a remote single-stage thermostat. Thermostat is not included. A010 • ONE-STAGE CONTROL FOR PAK Ran, RPBL, AND SSCBL UNITS WITFH ONE, TWO OR THREE FURNACES: Each furnace is equipped with single. stage gas valve and relay. Each furnace cycles on at 100% fire on call for heat from remote single•stage thermostat, Thermostat is included: A02 • TWO-STACIE CONTROL:1Wo.stage gas valve which fires at 100% or 50%, as required, on call by a remote two-stage thermostat Thermostat is not included, • TWO•STAGE CONTROL PROM DUCTSTAT (00'•110'P): Two.stage gas valve which fires at 100% or 60% as required, on call from a unit.mountod, two•stege ductetat, For PAK, ROBE, RPBL, AND SSCBL units with two furnace sections, Option A03 Includes a two-stage valve on each furnace and two ductatats which provide for FOUR-STACIE CONTROL. For PAK, ROBE, RPBL, and 88CDL units with three furnace sections, Option AG3 includes a two•stago valve on each furnace and three ductatots which provide for 8IX•STAGU CONTROL*. A015 • ELECTRONIC TWO-STAGE CONTROL USINO DUCTSTAT (50'•130•F) WITH REMOTE TEMPERATURE ADJUSTMENT: Same typo of control as Option A03, but the aetpoint of the ductotat is adjustable from a remote temperature-selector, includes factory - installed sensor and field - installed temperature-selector module with an adjustable stage-adder module,' For Modal PAK, ROBE, RPBL, and 88CBL packages with two furnace sections, Option AO15 includes a two•stege valve on each furnace and ductetat which provides for FOUR-STAGE CONTROL. includes factary.inatalled sensor and field - installed remote temperature - selector module with three adjustable stage-adder modules, For PAK, ROBL, RPBL, and SSCBL•packagee with three furnace sections, Option AG15 includes a two -stage valve on each furnace and ductstat which provides for SIX-STAGE CONTROL. Includes factory-installed sensor and field-installed remote temperature- selector module with five adjustable stage -adder modules.0 AG16 • ELECTRONIC TWO-STAGE CONTROL USING DUCTSTAT (50'•130•F) WITH REMOTE TEMPERATURE ADJUSTMENT AND TEMPERATURE DISPLAY: Same as Option AG15, plus a digital (liquid crystal) temperature-display module that provide continuous display of sensor reading.* AG4 • TWO-STAGE CONTROL FOR PAK, RGBL, RPBL, AND SSCBL UNITS WITH TWO (2) FURNACES: Each furnace is equipped with a single -stage gas valve. The gas valves are staged by a unit - mounted, two stage ducistat. The furnace nearest the blower is staged first and the downstream furnace is staged second. Applicable only to packaged systems with two furnace sections.* MAMMAS A.ICAitQKQUIM (tier dust control iikrsl/ationI one Nola ar, see pegs 2:) AG7 • ELECTRONIC MODULATION (60•418'P — Not for use with propane gas): Solid state control system, providing close temperature control through related manifold pressure. On a call for heat from a remote electronic thermostat, controls modulate between 50% and 100%. Remote thermostat is included (Bee amplifier, page 2) FORM RGM S•PGC•S 241 OBSOLETES S -PGC•A PAGE OF AG11 • TWO-STAGE HEATING CONTROL FOR PAK, ROSL, RPBL, AND SSCBL UNITS WITH ONE, TWO OR THREE FURNACES: Each furnace is equipped with a two.stage gas valve and relay. Two-stage gas valves fire at 100% or 50% as required, on cad from remote Mo.stage thermostat. Thermostat is included. A017 • ELECTRONIC TWO•STAOE CONTROL FOR PAK, ROBL, RPBL, and SSCBL WITH TWO (2) FURNACE SECTIONS USING A DUCTSTAT (50 WITH REMOTE TEMPERATURE ADJUSTMENT: Same type of control as Option A04, but the ductotat has a remote temperature selector, Includes foctory.instaliod sensor ono field-installed remote temperature.aelector module with an adjustable stage. adder module,* AG15 • ELECTRONIC TWO.STAOE CONTROL FOR PAK, ROBL, RPBL, and SSCBL WITH TWO (2) FURNACE SECTIONS USINO A DUCTBTAT (50 WITH REMOTE TEM- PERATURE ADJUSTMENT AND TEMPERATURE DISPLAY: Same as Option A017, plus a digital (liquid crystal) temperature-display module that provides continuous display of sensor reeding.* AO5 • THREE-STACIE CONTROL FOR PAK, ROBE, RPBL, and SSCBL UNITS WITH THREE (3) FURNACES: Each furnace Is equipped with a single -stage gas valve. The gas valves are staged in sequence by two (2) unit-mounted, two -stage ductstats (60'.110'F), The furnace nearest the blower is staged first. the center furnace is staged second, and the downstream furnace is staged last. Applicable only to packaged systems with three furnace sections.* AG19 • ELECTRONIC THREE-STAGE CONTROL FOR PAK, RGBL, RPBL, and 8SCBL WITH THREE (3) FURNACE SECTIONS USING A DUCTSTAT (50•.130•F) WITH REMOTE TEM- PERATURE ADJUSTMENT: Same type of control as Option AGS, but the ductetat has a remote temperature selector. Includes factory-installed sensor and field-installed remote temperature-selector module with two adjustable stage -adder modules.D AG2Q • ELECTRONIC THREE -STAGE CONTROL FOR PAK, ROBL. RPBL, and SSCBL WITH THREE (3) FURNACE SECTIONS USING A DUCTSTAT (50'•130•F) WITH REMOTE TEM- PERATURE ADJUSTMENT AND TEMPERATURE DISPLAY: Same as Option AG19, plus a digital (liquid crystal) temperature - display module that provides continuous display of sensor reading.* ELECTRONIC MODULATION CONTROLS Options A06, A09 Duet Sensor PAK 11001. and -�. A011 , � Options A07, A06, AO0 A011 Amplifier Option lichens) loll c M rig 57 ill i rrr IC ., Iii, ' NI _ 11 (Masitrol Model varies by and number of furnace MINIMUM QUANTITY Or NCLAY610 ►t 002) MOUNTS!, WHIN? • P. Meow wr2 at 3 twiucs, • olur AO oown wee —4/$0 • Mt Owns' Tnerfna lei Moist n PAK 11001. and -�. A011 , � A011 A011 mist; 2 600, 600 roe • Ilill S 1060,1200 6 WA 3 GAS CONTROL SYSTEMS (cont'd.) AGE • MECHANICAL MODULATION (50`•100•F): Non - electric control system, hydraulic capillary- actuated. Upon sensing a requirement for heat, controls modulate between 50% and 100 %. (Available with natural and propane gas on Model Series RG /RP /RGB/RPB Sizes 75.400 and Model Series RGBURPBUSSCBL Sizes 400.800; available with propane as on Model Series X/RX/XE Sizes 75.400; available with natural gas on Model Series X/RX/XE Sizes 75.350.) AG13 • MECHANICAL MODULATION (50••100`F) WiTH FULL FIRE BYPASS: Mechanical modulation control is the some as Option AG6, except that the unit is also equipped with a parallel single -stage valve and relay. On call from a remote override thermostat, the single -stage gas valve cycles on at 100% fire, Override thermostat is not included, (Available with natural gas on Model Series RO/RP /RG9/RP9 Sizes 75450 and Model Series RGOURPBUSSCHL Sites 500, 600, and 700; available with propane gas on Model Series RG /RP/ RGB /RP9 Sizes 75400 and Model Series ROBURPOU SSCBL Sizes 400.800.) Ductstat Controls in Gas Control Options Options A02, A04, A05 Un4.MOunted Ductatal, P/N 41700 (attorney vanes — ace Option Description Thomas o efts Options A018, A018, A017, A018, A010, A020 MAKEUP AiR APPLICATION OPTIONS (cont'd.) A I Ductslet Temperature Module, P/N 118848 S I Otago Adder MoOvla, P/N 110649 (Quenlay vines G Dotal l T omei r alwo D ifoloyy Mod ulo, PIN 111182 (Opuwne A018, A016 ma A020 only) vIIIMM11111111A 8t APPLICATION NOTE: iI the installation of a packeged unit with more then one furnace section requires that any of the controls in this table be used in con)unction with an override thermostat, additional factor•instalted relays aro requited. Since this application is not covered by enamel* control sequence, the additional relays (Option 802) must be specified, 242 PAGE __ OF __ AG8 • ELECTRONIC MODULATION (55*-90°F) WITH DUCTSTAT: Solid state control system, providing close temperature control through regulated manifold pressure. On a call for heat from a unit- mounted ductstat, controls modulate between 50% and 100 %, as required. Not for use with propane gas. A room override thermostat (Option CL9) is available for use with this system. AG9 • ELECTRONIC MODULATION WITH DUCTSTAT AND REMOTE TEM. PERATURE SELECTION (Not for use with propane gas): Control is the same as Option AGB except that the duct sensor setpoint may be reset from a remote selector, Remote temperature selector is Included. A room override thermostat (Option CL9) is available for use with this system. SPECIAL INOIRBCT•FIRED MANIFOLD ARRANGEMENTS (Apply whore indicated to Model Series XE, SCE, RO, RP, PAK, RPB, ROBL, RPBL, SSCBL Only — XE and PAK Models require the addition of optional spark Ignition.) ( REZNOR • MANIFOLD ARRANGEMENT TO MEET ILLINOIS SCHOOL COOS REQUIREMENTS: In addition to OPTION 012) the standard gas train, this optional manifold arrangement includes main gas high end low pressure twitches, pilot gee high pressure switch, manual main and pilot shutoff valves, end additional math and pilot line safety solenoid valves, A remote console with special alarm bell and push button alarm silencing switch Is included. This option applies to all sizes of Model Series RG, RR SCE, MK and XE with Optional Spark Ignition (Option AH2 or AH3), ROB, RPB, ROBL, RPBL, and SSCBL. Other field. Installed components may be required to complete Code requirements, ( REZNOR • MANIFOLD ARRANGEMENT TO MEET IRI REQUIREMENTS: Applies to power vented models with over 1,000,000 BTU's — OPTION 0M13) Models SSCBL and RPBL 1050, Models RPBL and SSCBL 1200, and Model PAK3 with Optional Spark Ignition (Option AH2 or AH3). In addition to the standard gas train, this optional manifold arrangement includes two fluid power gas valves. main gas high and low pressure switches, a pilot solenoid gas valve, a vent solenoid valve (requires vent pipe on indoor installation), and a manual shutoff gas valve. The additional safety components are external to the neater cabinet. On outdoor models, they are enclosed in a weatherized box located on top of the heater cabinet. (Approximate dimensions of 'box• — 15" height, 29.1/2" length, 12" depth.) All blower cabinets on units with Option BM13 include an air proving switch. NOTE: Standard power vent models with spark ignition with less than and including 1,000,000 BTU's meet IRI requirements. IIRI requirements for the sizes are the same as ANSI Standards.) (REZNOR • MANIFOLD ARRANGEMENT TO MEET FM REQUIREMENTS: Applies to Models RPBL, (C) RG8L and SSCBL 500, 600, 700, OPTION BM14) B00, 1050 and 1200 and PAK2 and 3 with Optional Spark Ignition (Option AH2 or AH3). In addition to the standard gas train, this optional manifold arrangement includes a fluid power gas valve, a manual gas shutoff valve. and a pilot solenoid valve. These additional safety components are external to the heater cabinet. On outdoor models, they are enclosed in a weatherized box located on top of the heater cabinet. (Approximate dimensions of "box"— 15" height. 291/2" length, 12" depth.) NOTE: Models with spark ignition meet FM requirements for units with less than and including 400,000 BTU's. C 1996 Thomas & Betts Corporation. All rights reserved. Printed in U.S.A. MANUFACTURER OF GAS, OIL, ELECTRIC HEATING AND VENTILATING SYSTEMS 196WM 0542 •YL - 5/96 Form S•PGC•B CRBCA Belt Drive Centrifugal Power Roof Ventilators Applications The CRBCA units are quiet, dependable power roof ventilators recommended for a wide range of general exhaust applications where low and medium ranges of air volume and pressure are specified. Applications include virtually all types of light manufacturing, commercial and institutional buildings such as shopping centers, hospitals, schools, hotels, office and apartment buildings, warehouses, airports, bus terminals and many others. CRBCA units are specified where a roof - mounted location is desired to eliminate interference with other equipment or activities in the building. They permit the direct upward venting of overheated air, CRBCA units may be used with or without ducts. The advantages of a CRBCA belt -drive over a direct -drive roof ventilator include quieter operation, adjustable performance to suit operating needs and extended service life using the "C- Drive" bearing arrangement. Construction CRBCA models feature a housing of durable spun aluminum for optimum weather protection. The overlapping deep -spun venturi minimizes air turbulence and increases efficiency. The aluminum centrifugal wheel is a non - overloading, backward - inclined type, selected for low noise levels. Backplate fins draw cool air through the motor compartment. The wheel is secured to the machined aluminum "C- Drive" disc, end computer balanced on state -of- the -art equipment. Neoprene vibration isolators to reduce noise and wear, and polypropylene birdscreen are all standard. Drive Mechanism The bolt driven CRBCA utilizes a unique bearing/shaft arrangement that has been designated the "C- Drive ". This "C. Drive' is patterned after American Coolair's unique static shaft drive design that has been in existence for over sixty -five year serving the general ventilation markets with reliable propeller products. This type of drive uses a captured bearing arrangement inside a cast aluminum disc assembly locked to a short, large - diameter shaft, Tho shaft is hold stationary and the centrifugal wheel/disc assembly rotates on the shaft instead of the entire assembly rotating, This design accomplishes several real and identifiable points of value, As a result of reduction of radial loading of the bearings, the calculated L10., 0 bearing Iite exceeds 1,000,000 hours or an rage bearing life of 5,000,000 hours. Moat other manufacturers' turning shaft drive designs result in a cataloged egmagelonaglite of 150,000. 200,000 hours. Additionally, the machined surface of the 'C-Drive' provides a rigid backplate for the centrifugal wheel, Electrical connections on the end of the motor face upwards making field connections rapid and simple, This compact drive assembly provides more room in the motor compartment area and the single bolt, V -belt adjustment makes for a very serviceable unit. Motors The standard motor for CRBCA models is open drip-proof construction, located out of the airstream, Totally-enclosed, energy-efficient and explosion -proof motors may also be available. All motor brands are recognized and serviced nationwide. Motor enclosure may affect UL listing. 2 CSA Listing CRBCA models are listed by Canadian Standards Association as certified, CSA File Number LR33918. (Listing does not apply to models furnished with explosion - proof motors.) aMCa (mum RATIAGS nut movcm(nT arm CORTROt nssoclnTion InTERnnTlonntl. Inc. American Coolair Corporation, ILG Industries Division certifies that the Type CRBCA PRV shown herein are licensed to bear the AMCA Seal. The ratings shown are based on tests and procedures performed In accordance with AMCA Publication 211 and AMCA Publication 311 and comply with the requirements of the AMCA Certified Ratings Program, Guide Specifications Power Roof Ventilators shall be of the CRBCA centrifugal typo as manufactured by ILO Industries Division of American Coolair Corporation (individual models to be listed in fan schedule). Units shall moot UL Standard 705 and shall bear the AMCA Certified Ratings Seal for air and sound performance. Baas and venturi inlet shall be one piece heavy gauge spun galvanized steel with wheel and venturi overlapping for efficient operation, Motor compartment cover shall be heavy gauge spun aluminum construction and easily removable for access to motor and drive, Drive construction shall be of the ILG "C•Orive" design consisting of static shaft/bearing arrangement mounted in a machined cast aluminum disc assembly. The disc assembly shall be mounted onto the backplate of the centrifugal wheel. The centrifugal wheel shall be heavy gauge aluminum with backward - inclined, non - overloading blades and be computer balanced, Bearings shall have a calculated L10 bearing life in excess of 1,000,000 hours. Motor shall be open drip -proof construction, NEMA design B with minimum service factor of 1.15, Adjustable motor pulley shall be provided to allow for field adjustment and system balance. Motor shall be mounted on a steel mounting bracket with single bolt adjustment. Motor shall be mounted with the shaft down to allow easy access to the electrical wiring terminal board /circuit box, (Mounted and wired disconnect switch, back draft damper, epoxy coating, roof curb and other accessories shall be listed in the fan schedule). • The Story of IL( "C- Drive" Aluminum Wheel Vibration Isolators DYNAMIC LOAD RATING Cr STATIC LOAD RATING COr SPEEDS LIMITING SPEEDS(grease) o • 0.17 X • 1.00 Y • 0.00 Features: Static Shaft Machined Surface to mount centrifugal wheel V -Belt Groove Cast Aluminum Hub machined to close tolerances Permanently Sealed and Lubricated Ball Bearings ILG's "C- Drive" Wheel Assembly 9.66 (kNj ■ 4.80 (kN) 1286 [RPM) • 12000 [RPM] P .22 (kNj PO • .22 (kNj — "Static Shaft" Design with belt load transmitted through the bearings 7-- Shaft Bracket Belt Tension Bolt Pivot Bracket Hinge Pin Motor Bracket NSK- ROLLING BEARING CATALOG VERSION 0.8 SINGLE -ROW DEEP GROOVE BALL BEARING (DDU SEALED TYPE) BEARING NUMBER • NSK.6203DDU nln_permit ■ 0.11 XO • 0.60 Life • 1.000 E +08 [hours] fh • 12.62 YO • 0.60 a 7.749 E +04 [10E6 rev] (ABOVE INFORMATION REPRINTED FROM BEARING MANUFACTURER DATA) CFM at Static Pressure 1,4 L RPM Range Motor HP RPM 886 0.00 BHP enza 1002 .125 Sone 900 .250 Er Sone 791 .375 BHP Sone 643 .500 BHP Sone .750 BHP Sane 1.00 BHP, Sone 1.25 BHP Sone 1.50 BHP Sone 2.00 BHP '; 1111 , r „ HI u3 j 112 3t. 0.05 131 0.06 4.0 0.07 0.07 3.5 1054 958 858 730 386 ( 932 979 0.06 5.3 0.07 4.6 0.08 4.4 0.08 4.0 0.06 3.7 1107 1016 923 808 637 0.07 5.8 0.08 El 0.09 4.9 0.09 4.6 0.09 E 1161 1073 KEN 880 1028 1072 0.08W Wall mazumms . 0.09 8 9 5.8 0.10 6.4 6 0.10 5.5 0.11 5.2 0.11 5.0 1045 949 IMMIIIIIIIMMIIIIIII 0.11 6.0 0.12 5.9 : ; • 1105 1018 1112111 0.14 0111.11011111M11111. 988 111111 -0,12111 _. 1119 1166 0.10 7.4 11111131=131 wag as 8.8 0.12011 0,13 fel 1298 0.14 8.6 0.13 El 1164 0.13 El 1086 0.14 0.1 7.0 0.14m 1067 816 II 1212 1259 0.16 8.0 0.16 8.0 0.170.17 7.4 1424 1364 1281 1210 mainimul 0.19 8.8 1194 0.19J 1010 0.18 9.8 1476 COW 1409 0.17111110,18 1338 8.8 1270 1306 0.16 10.4 0.18 10.2 (Lig Esuaroma 9+.6 9.0 1829 1464 1396 1330 1280 1000 793 1362 0.18 11.3 0.20 Einallial 0.22 10.1 0.23 10.4 0.24 9.8 ilszma 940 1682 1620 1464 1390 1325 1165 1380 040 12.21 0.22 12.0 0,23 11,7 0.24 10.9 0.25 11.2 0.27 10.8 10,4 1634 0.22 1 1858 1574 0.24 12.8 1629 1510 rermuniagstEs 1868 1508 1388 11.9 1447 1238 1047 1445 0.20 11,5 0.29 11,3 1308 1139 791 1492 0.35 14.1 1741 0.26 ED 1684 0.25 13.911a 1625 12.8 1555 0,30 12.0 1605 0.32 12.3 12.3 0.25 12,0 1375 1222 951 1539 0,27 14.51 0.29 14,5 0.30 14.6 1680 0,32 13.7 1622 0,33an 1566 0.35 ma MEM 0.36 13.1 1297 Una 1103 552 • 1586 0.30 16.6 1846 0.31 Ws 1793 0.33 819023033 1737 1080 0,36 13.9 MEM las3 14.3 1510 0.39 13.7 1371 0,35 1204 -_ . ,, 1631 0.32 16,1 0,34 am 0.36 0,37 16,3 0,39 14.5 0.41 16.1 14,6 0.42 0,35 M 1898 =mu 1961 [� 2004 1846 1792 1737 1683 1674 1441 1291 0,46 1 1373 1050 0.43 15.0 , 4 "■■■.. 1676 0.37 16,6 1901 ' 0.40 � 1965 049 issamaxitcs 0.42 17.2 1906 15,3 = 15,8 0.45 16.0 1161 ; � '�'� •�� • , � . , 1725 a 16.0 + �� 16 .2 � . � �� 1863 1801 1700 1450 MEM 0,54 15.7 ""-" 1772 0.41 am 2056 0.43 17.7 0.45 was 17.6 0,49 16.8 0,51 am 0.53 16.7 0.55 16.8 2009 1959 1909 1855 1760 Kari 15 22 Ram 17.6 / "'°"'"" 1818 0,45 Ea 0.46 Ma 0.48 Em 0.50 maMBHCI 0.55 17,5 0.57 17.8 0.59 az3mi 2109 2063 2015 1960" 1717 1694 linal 0,64 18.4 ; - \ 1865 mu 0.50 all 0,52 19.1 amaiu 0.56 CI 0.59 MEI 0.61 18,7 0,63 18,3 2069 2022 1880 1111111111113311 1540 " 1911 0.52 20 0.54 19.8 0.56 pm 0.58 MEI 0.60 wan 19,0 0.65 O 0.68 19.0 0.69 O 2170 Inall 2078 2031 NEEimazimmiKaal .. 1958 0.56 21 0.58 21 0.60 21 0.62 El 0.64 20 0.67 19.7 0.69 20 0.72 19.8 0.74 20 2268 2225 2180 2136 2089 1999 1909 1803 1688 1395 2005 0.60 22 0.62 22 0.64 22 0.66 22 0.68 21 0.72 20 0.74 21 0.77 21 0.79 21 0.77 21 CRBCAI2 'erformanc.' D4ta Performance shown is for Type k free inlet, free outlet. Performance ratings do not include the effects of appurtenances in the airstream. Power ratings (BHP) do not include drive losses. Beanng losses are included. The sound ratings shown are loudness values in fan sOnes at 5 ft. (1.5 m) in a hemispherical free field calculated per AMCA Standard 301. Values shown are for installation Type A: free inlet tan sane levels. ALL SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE 7 114 CRDA06 CFM at Static Pressure .750 I ng- a- tronic RPM Range I Motor HP I RPM 0.00 .125 1 .250 .375 .500 .625 1.00 1.25 1.50 BHP ISone BHP 'Sone' BHP I Sone BHPISone BHPISone BHPTSone BHP ISone BHP Sone BHP ISone BHP Sone tramp 111011P 181 550 a z 0,5 337 251 550 MI 0.5 MEIN cram i 550 0.01 0.5 254 154 775 1.6 tra 0.9 413 0.01 Min 340 2.4 825 0.02 665 775 0.01 1 1.4 0.01 0.7 312 248 133 s ... 418 9T5 191 0.02 2.9 0,03 co rn 450 335 950 0.01 2,7 IMEEM 0.01 2.0 301 0.01 1,5 220 0.03 3.8 0.02 2.4 435 0.04 al 1126 1100 0,03 4.4 0.04 4.0 0.04 3.4 728 1/25 1100 0.02 12E11111 3.8 0.02 l 0.02 2.7 410 354 303 Ma WEI 0.05 8.7 320 1250 0,04 7,0 0.06 6.8 0,05 6.2 0.06 5.5 0.04 5,0 816 762 699 631 1250 0,03 [13 IIIEJIIIIIIZIIIIIIELEIMIIIIEEEIIIIIECIII 0.05 0.03 . 8.0 0.05 7.8 0.03 0.06 7.2 0.08 6.8 896 0.08 Eati _ 611 567 1400 0.061 8,4 0.07i 8.1 10.07) 7.5 1450 0.05 Ela WEIN Man 500 459 UM 360 302 459 0.08 8.7 0.09 8.4 0,00 ( 1/10 1650 0,07 9.6 0.07 9.1 0.07 0.07 8.1 7.8 CRDA10 CFM at Static Pressure 11g•a•tronic RPM Range Motor HP RPM 0.00 BHP CM11112= 320 .126 1 .260 .375 .600 .828 .750 1.00 1.25 1.50 BHP Sov►a 239 BHP Sono BHP EmEma ( Sono BHP Sono BHP Sono 1r0NP 1/10HP rnIHP 1110HP 550 a z 0,5 337 251 550 MI 0.5 MEIN cram i 775 1.6 tra 0.9 413 0.01 Min 340 2.4 825 0.02 665 950 0.02 s ... 418 9T5 191 0.02 2.9 0,03 co rn 450 335 1/25 1100 0.02 Mal 0.03 7.1 0.02 4.3 493 0.03 8.5 0.03 3.8 0.02 2.4 435 0.04 al 1126 1100 0,03 4.4 0.04 4.0 0.04 3.4 728 667 595 499 1250 0.04 5.7 031 592 534 492 443 320 1250 0,04 7,0 0.06 6.8 0,05 6.2 0.06 5.5 0.04 5,0 816 762 699 631 536 270 0.05 al 0.05 7,2 0.08 6.8 896 0.08 Eati _ 611 567 1400 0.061 8,4 0.07i 8.1 10.07) 7.5 0.081 7.1 0.081 6.4 0.051 6,0 903 854 1 801 742 674 585 459 0.08 8.7 0.09 8.4 0,00 ( 1h0 1550 0.08 9.7 0.09 9.7 0.10 8.9 0.10 8.9 0.11 8.3 0.11 7.4 0.10 7.0 CRDA08 CFM at Static Pressure Ilipo•tronic RPM Range Motor HP RPM 0.00 .125 .250 .375 .500 .626 .760 1.00 1.25 1.50 BHP Sov►a 239 BHP Sono BHP EmEma Sono BHP Sone BHP Sone BHP Sone SHP Sono BHP 5onoM Sono rnIHP 1110HP 550 a z 0,5 337 251 i 775 1.6 tra 0.9 413 0.01 Min 340 2.4 252 950 0.02 475 418 357 191 '. . 1/25 1100 0.02 Mal 0.03 7.1 0.02 4.3 493 0.03 8.5 0.03 3.8 0.02 2.4 435 0.04 al 380 amig �� 1250 0.04 5.7 031 592 534 492 443 320 1450 • 8.9 0.05 8.4 • 7.9 0.05 al 0.05 7,2 0.08 6.8 896 0.08 Eati 663 611 567 629 482 373 ' 1/10 1000 0.07 0.07 9.5 C • C 8.9 0.08 8.7 0.09 8.4 0,00 ( CRDAO6 - CR")A10 Perform4ice Data Performance shown is for Type A: free inlet free outlet. Performance ratings do not include the effects or appurtenances in the airstream. The sound ratings shown are loudness values in fan sones at 5 ft. (1.5 m) in a hemispherical free field calculated per AMCA Standard 301. Values shown are for installation Type A: free inlet fah sone levels. 14 ALL SPECIFICATIONS SUBJECT TO CHANGE WITHOUT NOTICE y .. : 'r: • -1r STANDARD STANDARD FEATURES CPBCA AND CRDA UNITS Weather- resistant motor compartment cover of spijr aluminum removes easu, for access to motor and drives. Out•of- airstream open drip -proof motors are isoldrl for protection from exhaust airstream, Aluminum centrifugal wheel is non - overloading, backward inclined design with state -of- the -art computerized balance. Overlapping wheel and loop -spun venturi minimizes noise and air turl.ulence, increasing efficiency, Whool balance weights Permanently affixed to assure vibration free operation. Wheel bookplate fine cool the motor compartment, extending motor life, Birdscreen Is vibration - free polypropylene mesh, AMCA Seal assures certified rating of air and sound performance. GSA listing available most units. UI, listed for Standard 705. CRBCA CRDA Factory-wired disconnect switch is an availablo option, Belt drive with adjustable motor pulley for flexibility to match operating requirements, Single motor bolt adjustment facilitates maintenance of belt tension, Factory-wired disconnect switch is standard. Direct drive assembly reduces maintenance and operating costs. 17 • Unit Ventilator Dimensions Roof Curb and Damper Dimensions A B C D E F G H J CRBCA 06, 08,10 18 231/8 201/2 241/2 121/2 10 111/4 161/2 131/4 CRDA 06, 08,10 18 20 7/8 12 241/2 121/2 10 11 1/4 161/2 131/4 CRBCA, CRDA 12,13,15 23 28 5/8 221/2 291/2 171/2 15 161/4 21 1/2 181/4 CRBCA, CRDA 16, 18, 20 30 35 1/2 24 5/8 361/2 241/2 22 231/4 281/2 251/4 CRBCA, CRfl?Tancl Roof Cur' imensions r Installation All models are shipped fully assembled and ready for installation. Always inspect equipment for transit damage before accepting delivery to assure a valid claim. Special handling and storage procedures are required if unit is to remain idle for a long time prior to installation. Placement All belt- driven units must be accessibly installed for maintenance and servicing of belts, motors and pulleys. Horizontal operation only is recommended to assure satisfactory damper operation. Mounting Satisfactory operation of roof ventilators requires mounting on adequately designed arid constructed roof curbs. prefabricated curbs for convenience In installation are available from ILO, Install with base of unit horizontal. Provide adequate caulking, flashing or other weather- proofing means. Inspection Chock centrifugal whoel for free rotation, Chock bolt for proper tension. (CRBCA) Check motor and fan sheave faces for proper alignment, (CRBCA) Chock circuit phase, voltage and wiring connection against that shown on motor nameplate. Chock direction of fan rotation for proper air flow, After ono week of operation, Inspect belt for proper tension. (CRBCA) Maintenance Units should be checked monthly for the first two or throe months and periodically thereafter. Units should be cleaned periodically and checked for eroded parts which should be replaced to avoid structural damage and possible failure. proper motor lubrication Is the most Important maintenance requirement. Motor bearings should be relubricated (frequency based on usage and operating conditions and motor manufacturer's instructions), 'C- Drive° bearings are permanently sealed and require no lubrication, Adjustment of Variable Pitch Pulley and Belt (CRBCA) Variable pitch pulley may be adjusted to alter performance without motor overload, Pulley alignment and belt tension Should be adjusted if necessary, Inspection every 6 to 12 months is recommended, Optic' is & Accessories Prefabricated Roof Curbs Insulated roof curbs with weather - resistant continuous welded construction are available for convenience in installation for both insulated and non - insulated roof decks. Special Motors Two- speed, totally enclosed, energy efficient and explosion - proof motors for hazardous locations may be available for many models, Motor requirements may affect UL Listing. Backdaft Dampers Gravity or motor operated backdraft dampers are available. They are aluminum construction and designed for installation In prefabricated roof curbs. Wired Safety Disconnects Safety disconnects cut power to motor for servicing of unit. A factory- mounted and wired disconnect switch is an option for CRBCA units, and is standard for CRDA units. Protective Coatings Fan units are not recommended for exhausting air of a corrosive nature, However, special protective coatings are available where units may be exposed to corrosive exterior conditions. Parts requiring painting are processed through the American Coolair five -stage pretreatment system prior to the application of any coatings to insure maximum finish adhesion. Those parts use a thermosetting epoxy powder paint with an average thickness of 3 mils and baked at 400' F to a smooth, hard continuous finish. Consult your ILO Industries representative for available coatings, Listings CSA listing and UL listing aro available for most units, Motor requirements may affect listing, WARNING CAUTION Qg_tigi INSTALL FAN WITH MOVING PARTS WITHIN 0 FEET OF FLOOR OR GRADE LEVEL WITHOUT A GUARD THAT COMPLIES WITH OSHA REGULATIONS. mho USE UNLESS ELECTRICAL WIRING COMPLIES WITH ALL APPLICABLE CODES. 22E0 WIRE WITHOUT PROVIDING FOR A POWER SOURCE DISCONNECT AT THE FAN ITSELF. SERVICE EXCEPT BY A QUALIFIED MAINTENANCE TECHNICIAN AND ONLY AFTER DISCONNECTING THE POWER SOURCE. FAILURE TO OBSERVE THESE PRECAUTIONS CAN RESULT IN SE • S INJURY OR DEATH. To convert air performance (CFM and SP) and power (BHP) to metric units, multiply CFM x .000472 to obtain cubic meters per second, Multiply SP x 248.36 to obtain Pa (Pascals). Multiply BHP x .7457 to obtain Kilowatts. Example: 3904 CFM x .000472 =1.8427 Cubic meters per second 0.125 SP x 248.36 = 31.05 Pascals 0.886 BHP x .7457 = 0.661 Kilowatts BROAN 206 -763 -1950 ' TEC CO, LOSONP SELECT' CEILING MOUNT VENTILATORS L200, L250, L300, L300K SERIES FEATURES GRILLE: • Conceals interior • Low profile styling blends with any decor • White polymeric ( "MG" modals • motel, finished with white painted enamel) BLOWER: • Low RPM for quiet operation • Resilient entl•vlbretion rnounte • Dynamlcall•balancod, polymeric, centrifugal blower wheel for quiet, efficient performance • Permanently lubricated, thermally protected motor • Plu •in motor rated at 120 VAC, ("EX" models • 240 VAC), re. models • 277 VAC) • Designed for continuous operation HOUSING: • Rugged galvanized Meet • 8" round duct connector • 1/2" acoustic insulation Inside (Model L300KMG • no insulation • for kitchen applications) • May be installed in culling or well (size permitting) • 8•posillon mounting brackets for easy installation and greater adoptability to various mounting requirements • May be adjusted 3/4" perpendicular to finished ceiling or wall • Automatic backdratt damper located within duct connector • Factory•shipped in horizontal discharge position • easily convened to vertical discharge • May be installed as an in•line ventilator with addition of accessory kit Model (MIL (purchase separately) CONTROLS: • Model 57V (Ivory) / 67W (White) 3 •Amp, Electronic Variable Speed Control • Model 69V (Ivory) 169W (White) 60•Minute Time Control GROAN MFG. CO„ iNCJA NORTEK REFERENCE Incredibly reliable. Unbelievably quiet. Offering the CFM choices you need at the lowest sound levels In the Industry. QTY. REMARKS COMPANY SPECIFICATION SHEET CONTROLS (continued): • Model 61V (Ivory) / 8IW (White) 15•Minute Time • Model 71V (Ivory) 171W (White) 12-Hour Time Control • 8•Amp, Electronic Variable Speed Controls Model 72V/72W (120 VAC), Model 75V (240 VAC), Model 277V (277 VAC) TYPICAL SPECIFICATION Ventilator shall be Groan Modal L200, (1200EX ), (L2000), (L200MG), (L260), (1.250EX), (L2S0C), (L250MG), 8.300), (L3 0EX), (1.300C), (1.300KMG), Ventilator shall have galvanized steel housing insulated with at West 1 /2 " of acoustic insulation (with no Insulation • Model L300KMG). Housing to have adjustable mounting brackets. Automatic backdratt damper to be located within duct connector. Duct connector, blower assembly, and wiring plate shall be adjustable for either horizontal or vertical installation. Blower unit shall bo removable from housing and will have a polymeric, dynamically balanced centrifugal• typo blower wheel. Motor to be permanently lubricated and mounted with resilient antl•vtbration mounts. RPM not to exceed number listed for each model. Air delivery shall be nolege and sound levels no greater than listed for each model, All air and sound ratinggs shall bo cenilied by AMCA. Unite to be UL and ctL listed. 91 CI.4I4. 044 Y1• AYy$ ►t ft IM•w4 AMA I, 044 v i/w te4 AKA ho T►V 0404 v• kited lit Nit% IW pRMiWf fitiv4 •C iA •ttiQ$At• w 1A AMCA 10 4I4•144 2i1 IaM •Mea Potki40.4 411 1 ICIdA4 NII Drue40i MA t $4/b •u` P•, •t10 •► ,n/ •wca C40444 Q• % P4044s4 HARTFORD, WISCONSIN 63027 Project Location Architect Engineer �? P01 JUL 13 '00 10:43 Contractor Submitted by OCTOBER 1900 date 09K 99042732A 206-763--1950 AI: :C CO. PERFORMANCE RATINGS - LOSONE® SELECT" CEILING MOUNT VENTILATORS L200, L250, L300, L300K SERIES AMCA LICENSED PERFORMANCE - , iv po40tmsnt4$,'h *A 4n within* rift, bacit0 oll dam i end Mot duct RPM sMwn is rooms' end IMp Momwrwl oboeuo ,speed oflest.TMsotmd Moss sMwnsse1Oidneuuolves eo Wan W5 t1,Smline Its rfssbAstical Ins 410e cuisiedperAMCA$td 301, V& shOwn erelormitaial.Ot Type I. Dew IMO Ian sons IevsM 111o0n Mug Co . Ina, smiles lhot Oil modus I Nom herein aro M r 6 O AMCA The reams "Slows i bo oed 00 tsitl and pro• Cedvils Nut lomt•O in ECCO'• dunce wmth AMCA PubliC3' ton t11 (end AMCA PWUMCUIOn 311 M iu nd is Nis Cerld ed) ono comply/oh tits resuss'MNS 01 tits AMCACen4N10 Retinas Program • 0 v 8 0 OF 0 of O N POLYMERIC GRILLE MODELS METAL GRILLE M 1.2001 L200EX, 1.200C. MODELS 1.250, L250EX, L250C, L200MG, L250MG, L300, L300EX, L300C L300MG, 1.300KMG GROAN MFG, CO., INC. BROAN HARTFORD, WISCONSIN53027 A NORTEK COMPANY ' I • BOQ•548•Q780 1 00 0.00 0.80 0,70 0 0,50 Q 40 0 30 / " .. t- 0 20 ... 0.10 0.00 9r"02 JUL 13 '00 10:43 0 40 80 120 160 200 240 280 320 AIR FLOW RATE (CFM) C WEIGHT MODEL NO. �� SHIPPING WT. 1.200,L200EX,LZ000 23.0Ibs. 4250, L250EX, L250C,1.300, L300EX, L300C 23.1104. L200MG 23,910a. LYSOMG, L309MG 24.0195. L300KMG 25.2 11bs. 18 CFM I SONES • AT STATIC PRESSURES (Ps • inches of H2O► MODEL NO NOMINAL 0.0" .10" .125" .250" ,31S" .50" VOLTAGE Ps Ps Ps Ps Ps Ps .825" Ps .7S0" Ps ,875" Ps 1.0" NOMINAL AMPS WATTS Ps RPM 060 Hz L200 L200EX L200C 120 VAC . gbilf. r r t '• ?' 3 f' : '7,14' . ' -21Q '.'198' 4 111 ' 1 240 VAC Q3 11 iF. .::11 1e .. ":17 24 '2.9 33 277 VAC CFM Ver, 224 210 207 197 187 179 SONESVet, 1.5 1.8 20 2.3 2.7 3.4 105 4.1 167 4.0 144 4.9 144 4.5 ''1%10 5:3 99 51 1 r 'r r .2~• ' 6, ;. , 3: 4 ' . Ii ; . ; ,., t t i s :: 80 ) 1.8 1 112 41 5.2 L200MG 120 VAC t:19.20§-0,;Y: : . 7"4 '' 1 c; x 416. = • , . Atli! CFM V er, ' 213 209 198 190 182 SORES Ver. 1.5 1.7 1.8 2.3 2.8 3.4 4,2 108 4.1 6.1 145 4 6 51 105 5.1 ;40,7,01;7100., 61'e • 3: ;;• . � . ,Af v't" 58 730 . 1.8 1 5.2 L250 1250EX L250C • , f T � "''":24 %` •, 4Z , rt 120VAC •' r , � ` ,. :4 ,y, �� 240 VAC [T ;} ,,±1� • '24Y ':+= 9 ' 9'3 3,9 277 VAC CFM Va. 284 281 259 253 248 239 SONGS Ver. 2 3 2,8 2,7 3,0 3.3 3 7 , aye . 44 224 4.2 201 4.8 203 4,7 ' X 5.5 171 54 t � -'99 'A f 1:�J �,+rQ "ai � , • •' '' _... . ti ,t:+.� }} ,�, r '.`, i _ 101 830 n� 2.3 172 S. 1.250•11 120 VAC • P . '2; , ' . , 2 .9 8 ; A 64 :: 148 :08 16 !� : : ; ;,;2� ' . ' I . 'Z ' :344 •2;11 CPMVsr, 275 283 202 255 250 241 SON1114 Ver. 2.2 2.6 2.7 3.0 3.4 3.8 .224 4.3 229 4 3 209 4.6 210 41 in S ;1 178 51 : ' , ; ;� . " 9.9 T.:.1 ...,. !i,' 1:/, 108 830 23 172 5 8 r LEX ' , 1'' 'j ': ;i ". i ::'t/ 117 940 2,1 207 5. L303 L300C 110 VAC ' H t", • - " .' q' 4113 4 Yi9 :1:1 3','J 240 VAC 6 for , , ' ,'2:4 '; 1 9, : .8 277 VAC CPM or, 308 302 300 104 287 278 SONBI Vet, 2:3 2 5 2 6 2.0 34 3.3 :. 244 7 203 3 6 r3 4 244 4 0 216 1 201 4 9 aooM4A 11)4 -- 110 VAC y :4 a '� 4'',.4., i •Y 1 r r ' ' . ' � ' CPM V•r. 312 " 305 302 298 258 280 SONBb Ver, 2 4 2 4 211 3,7 3.0 3:3 ' ! le 287 3.6 4 246 4 1 4 1 211 4:0 :, '. 0 got* ; 5 , i+r8 0 , f , ' 4 . ► 124 885 2,7 Z00 1,3 1.300KMO 120 VAC ; i1311441. ' ,, 6. , , l t'QQ , 9r� ° '2P2'. ` 201 'sloo... 44.. ' ,, ,0''' 31' • • 7'4 ' 31° 4.4 CFM Ver. 287 280 277 271 286 259 &ONES Vet, 3,3 3.6 3.7 4.1 4 7 5,2 253 4'e 24? 5 6 241 5,1 231 8 3 R22 51 208 6.0 . I , 4 ' 1 4 4 :,0 7 01,4,4:.1' , �,,, Cr '!1 `t" + 1' .",i'°:it . 164 0 18 Z.6 206 6.9 „... 206-763--1950 AI: :C CO. PERFORMANCE RATINGS - LOSONE® SELECT" CEILING MOUNT VENTILATORS L200, L250, L300, L300K SERIES AMCA LICENSED PERFORMANCE - , iv po40tmsnt4$,'h *A 4n within* rift, bacit0 oll dam i end Mot duct RPM sMwn is rooms' end IMp Momwrwl oboeuo ,speed oflest.TMsotmd Moss sMwnsse1Oidneuuolves eo Wan W5 t1,Smline Its rfssbAstical Ins 410e cuisiedperAMCA$td 301, V& shOwn erelormitaial.Ot Type I. Dew IMO Ian sons IevsM 111o0n Mug Co . Ina, smiles lhot Oil modus I Nom herein aro M r 6 O AMCA The reams "Slows i bo oed 00 tsitl and pro• Cedvils Nut lomt•O in ECCO'• dunce wmth AMCA PubliC3' ton t11 (end AMCA PWUMCUIOn 311 M iu nd is Nis Cerld ed) ono comply/oh tits resuss'MNS 01 tits AMCACen4N10 Retinas Program • 0 v 8 0 OF 0 of O N POLYMERIC GRILLE MODELS METAL GRILLE M 1.2001 L200EX, 1.200C. MODELS 1.250, L250EX, L250C, L200MG, L250MG, L300, L300EX, L300C L300MG, 1.300KMG GROAN MFG, CO., INC. BROAN HARTFORD, WISCONSIN53027 A NORTEK COMPANY ' I • BOQ•548•Q780 1 00 0.00 0.80 0,70 0 0,50 Q 40 0 30 / " .. t- 0 20 ... 0.10 0.00 9r"02 JUL 13 '00 10:43 0 40 80 120 160 200 240 280 320 AIR FLOW RATE (CFM) C WEIGHT MODEL NO. �� SHIPPING WT. 1.200,L200EX,LZ000 23.0Ibs. 4250, L250EX, L250C,1.300, L300EX, L300C 23.1104. L200MG 23,910a. LYSOMG, L309MG 24.0195. L300KMG 25.2 11bs. 18 V FUME EXTRACTOR ORIGINAL technical description General description Nederman Fume Extractor Original Arms are designed to collect fumes at the source. They are available in five different models. All Fume Extractor Arms mount directly (through the unique Nederman flange) to the complete range of Nederman extraction products. Specially designed factory adjusted friction joints allow the hood to be easily positioned at any point within the working area. The unique design of the arm allows them to be mounted on walls, ceilings, floors orr x.kbenches. Mounting brackets enable them to be mounted at various distances from the mounting surface, They may be connected to individual fans or to a central system. Comp Our Fume Extractor Arms have the following main components: Polluted air is extracted at a velocity of up to 1,000 F.P.M. at 600 CFM, measured at the mouth of the hood. For an even further reduction in heat loss, automatic dampers are available for the system. All controls can be mounted on tho hood for ease of operation. 1. Handle for positioning the hood. 2. Lever for regulating the airflow damper. 3. Optional light package and protective grille. 4. Optional switches for light, fan and damper. (Light and damper require control box containing 12 V transformer). wfregrairrintessit 1995 -02 -01 A 360 degree swivel elbow, B Support flange. C Internal support. D Pre -set joints with wear discs that can be readjusted if required. E PVC Fiberglass- reinforced hose, 6 ". Maximum operating temperature is 153 °F F Adjustable damper with positive seal. G Oval polycarbonate hood, 10" x 12 ". Optional light package available. H Flange adaptor for ventilation duct 6" 0. Not required with a direct fan. t 8tadic pressure drop In. WG 8 t s ♦ iiii a I .. r Weight approx. 351be ,stay~....... ....... ......... Pressure Drops 14 ft. V/H 10 ti. MIMIC —1111111111/t /I ; animuswarlii minwArAmm wail." amorissmorm primpriamilim araminim Fan Sizing 200 400 800 c m Airflow 1. Individual Fan Ideally, every fume extractor should have an individual fan. Experience proves that this is preferable because the fan is individually matched to the fume extractor, with regard to the air volume, thus ensuring a safe and dependable system. Add the pressure drop in the fume extractor to the pressure drop in the duct system, then select the fan according to the graph. Recommended air volume is minimum 01 500 CFM. ft . The graph shows the variation in pressure drop in relation to the air volume for the different Fume Extractors. Please note that the curves show the drop in pressure when the fume extractor arm is in normal working position. An air volume of at least500 CFM is recommended for each fume extractor, for normal welding. When choosing a fan. refer to the drop in pressure at this air volume. Use as guideline only. Fan diagram for fan series N16, N24 and N40 Static pressure in. WG 6 4 2 0 0 R- .14 ft. 1 ...ca r.aa. a V .... \ / ■_u�iiuu� iIIkIIi!II IIIMLIIIILI iiIiKiIIIii i►ui 600 1200 1800 ofm Airflow • • ."1.' %A.:' -..... •.• . Five Models ,� 1"11..4ble f,.,.:.... wall mounted. �,:'. -. ,. •.. `�'�p.•. ::;:� - " floor or moun A ll models may c eiling, They can be connected i directly used central flange system when a wall bracket adaptor. 5ff. Model N o. 622135 Models: 5ff. — fIt. • 10 R. 14 it. 14 ft. (Vertical) Model No. 522335 6 2 3 Maximum as s� welding restricted ingbooths. The hood may also be mounted sideways on this model. Maximum reach 7 ft. Suitable for use where a large working area is not required, i.e. over a workbench. Maximum reach 10 ft. Vertically and horizontally jointed, Model No. 522335 --14 ft, Vertical Maximum reach 14 ft. Used where a wide working range is necessary, i.e. assembly areas. Model No. 522435.14 ft. Horizontal ith a l 4 ft. Maximum reach which m especially horizontal join useful when headroom is limited and a wide work area must be serviced Note: Models 522335 and 522435 are equipped with an extra 4 -way frictionjoint, enabling the hoods to be positioned to extract polluted air from underneath an object. 14 ' (Horizonc .vlodei No. 522435 10 ft. Modell No. 522535 7ff. Model N o. 522236 Friction Joints: 1. 360 degree swivel elbow (less when wall mounted). 2.180 degree vertical friction joint. 3.230 degree vertical friction joint. 4. Four -way frictionjoint, 240 degrees + 240 degrees. 5, 340 degree horizontal friction joint. 6. Four -way frictionjoint, 180 degrees + 220 degrees. Note: Use the 7 ft. or the 14 ft. Vertica' Fume Extractor Arm when mounting on the Nederman Mobile Electrostatic Filter or the "GS" Mobile Extractor. NOISE LEVEL The new fan models have a low noise level, When ducted, fans N16 and N24 are quieter than 68 dB(A), measured in accordance with ISO 6081. • A fan's noise level depends on a number of factors; such as position, room size, absorbing or reflecting surfaces, other noise sources and hearing distance from the fan. Other important factors are whether the fan is co. .cted to a ducting system, and the volume of air it draws. When a fan is used in conjunction with a NEDERMAN fume extractor, a silencer can be installed which further reduces the noise level by approx 4 dB(A), The 529 fan will have a higher noise level. TECHNICAL SPECIFICATIONS, FANS TYPE MOTOR FREQUENCY SPEED OUTPUT Hz rpm Hp N24 i 1 1 N40 3 520 2 3 'Delivered with stand. Intended for fixed !stationary mounting, Other ankle numbers we delivered without stands. All tan motors exceed IP64 protection standards, COMPONENT SPECIFICATION Fan Parts Housing Impeller Stand parts Stand Intake /exhaust manifold Safety grille ' Polyester epoxy lacquer SPECIAL MODELS 60 60 60 N 1 0/N24 Lacquered galvanized sheet metal' Dle•oast Sliumin (non•sparking) Galvanized steel pipe Polypropylene Polypropylene Current safety procedures rule against the use of standard electric motors in areas where potentially explosive gases and fumes may be present. VOLTAGE PHASE AMPERAGE WEIGHT ARTICLE V A lbs. NO. N18 1/2 60 3400 115/230 1 7.0/3,5 29 510321 (CSA) 1/2 CO 3400 208.230/480 3 1,9/1,1 29 511021 (CSA) 1/2 60 3400 575 3 0.85 29 511221 (CSA) 3400 115/230 1 12.0/8.0 38 510222 (CSA) 3400 208.230/480 3 3.3/1.9 38 611022 (CEA) 3400 876 3 1,4 38 811222 (OSA) 80 3400 230/400 3 7.8/4.1 84 510223 60 3400 230/400 3 6.3/3.5 02 520529• 60 3400 230/450 3 7.814,1 71 510229' ■141,011.11111MIIMIMMIMPOVIMIL, N40 520 Lacquered galvanized shoat metal' Steel plate Galvanized stool pipe Polypropylene Polypropylene Lacquered sheet steel Steel plate Galvanized steel pipe Lacquered (Integral to housing) Steel wire Fans models N16 & N24 can be specially sup- plied with non- sparking motors, to meet safety specifications. MAIN DIMENSIONS Fan N16/N24/N40 with stand Fan 529 with stand NIG with stand 9 " / N24 with stand 9 "/,, N40 with stand I3'l /,, FAN DIAGRAM Static Pressure, in,wp, 12,0 10.0 ,0 6.0 4.0 2.0 0 0 500 DIMENSIONS (inches) A 13 CD 8 F 0 H t J K L 6'/, 23 11 "/ 4'/ 14'!, 23 15 " / 57, 10 14'/, 18 " /, 8' /, 23 11"/ 4'/ 14 23 18 8'/, 10 14'/, 18 "!,, 9 23 11 4'!, 14'/ 23 18"! 7'4 10 14'4 17 " /11 Fan N15 • ' 18 8'!, 18" ,, 7"!,6 9'!, Q' / 124/1 514/64 91,/ 31/,6 7!/, Fan N24 • 18 8'!, 18 7 " /I, pl / 9 13'/ 8' /, 10 3' / 7''/ Fan N40 r'' N ; 22""/ 9 "! 19 "! 7 "/ 9'/ 9 ,18 6'! 13'r 8'/ 7 it 11 if I N ; '„ if r 1 1 t/ 11 2 629 with stand 28 13 27"/ 7'/ 22 8 10u/ 17" / Y' W,+rr.,4:,•Mr eto • + „ ► y,Fhn 16/ 24/N40- ' �fi f ar direct ma ' .,., .tom �a•: �.:.�_ ,......�:,�. `'-i' to IiuvlIiIIvI1sIl t ht_ • 1 ' I tr : X t tt 1111111111 � y 528 3 N , %.7 � ; ,� � r 111111111 7 li"I IlIlIIII.II ---,,,i, rs.a_ 2360 Airflow, cfm M N 18"/,, 4' 18 "/14 Ate/ is 18 "!,, 21' /u Typo Fru blowing capacity afm N15 942 (1/2 Hp) N24 1413 (1 Hp) N40 2355 (3 Hp) 429 1295 (2 Hp) 329 1530 (3 Hp) High capacity uiet operation New housing and impeller design Five models to choose from (N16, NO and 529 pictured) Stands are sold as separate accessories. NEDERMAN FANS IN COMBINATION WITH EXHAUST FUME EXTRACTORS VEHICLE EXHAUST CENTRALLY DUCTED MAONATRACK HOSE REELS HOSE REEL EXTRACTORS EXTRACTORS EXHAUST RAILS . N7 6 :• •• N24 III 529 For further elormafion see specific brochures. The three N Series models, together with the existing model 529, are compatible with all other NEDERMAN products for fume extraction and low - pressure filtering. The N40 is specially designed for use with centrally ducted systems. The freestanding models N16 and N24 can be used on remote job locations as exhaust fans; for example welding on board ship, or for dust, fume & humidity extraction at building sites. The fan mounts easily on the versatile stand, which is sold separately. N SERIFS SANS Connects directly w the fume e.ttraeter or filter box. The fruuanding fan can be placed in practically any position • the stand ensures protection of fan and motor in all situations. Recommended 0 Not recommended Stand for wall mountins. The same stand WW1 the fret= standing fan. LD bsC LABORATORY DESIGN CONSTRUCTION, INC. 1901 JEFFERSON AVE, TACOMA WASHINGTON 98402 L 888, 274.0106 TEL 253.274.0106 FAX: 253, 274.0402 SUBMITTAL PACKAGE PROJECT: SAYBOLT INC. SUBMITTAL AND TECHNICAL DATA FOR LABCONCO 70684 STEEL COATED BLOWER ASSEMBLIES Coated Steel Blowers SAYBOLT FUME HOOD FANS COATED STEEL BLOWERS ARE DURABLE AND !AMY TO MAINTAIN 1 ibeoncu's emoted tiwel tllowvrn Nov h•rn aprcl6rally deAl hell to meet the demaittlatit day to day vvaiIhtiit trvlrldtrntfnI4 for a wide tale of tuxul (bolos, Our Coated Steel blowers Ate tceon fur low to moderately cnnttsivr applications. i'or greater enunsion pro teclktrt, rtcr 10 our Fiberglass and PVC Blowers on pages 6.9. COATED STEIL SLOWER FEATURES! • !kit (ION) whir Amiable Arrive raves energy and allows you to ti may ttir voluine4, • i vent hubs allow for air ritrulatlon, thus prolonging motor ilfs> • Removable wcathcnuvcr allows easy Beets for luhrit ►itioI and *brave nlllnment to enhance prlfuruttnce and provide longer lift. • Removably out platy allows fitly sender at coot to th ivy trtiln tend blower MINN( without Invoking duct yonnection, • SeUiudjuslin1grnwiyy belt !Witmer insures consistent intfor- nrarrrr brrause brit 16 hrhl taw by weight of muter. Safety ciuiin keeps the nn inr in place should the belt ever fail, • l'otnoid cut veal impellers arc Ialituird to moor' quiet cipcicrii►tn and op►i air delivery • Fst4tmy lubricated pillow block !raring, rducv Ilrninlcnancc turd Ito:rcast. file, Coated Steel Blowers • rhenullc rnnilnA mt Ingicllcr and hougi % h curn►+inn itsclrltuti. • Violable exhaust urlentAtk+n attjLi li In vigi►I tilttlet positions for Installation flexibility. • hxploriuuipn►ul models atv provldrd with non•spatkb►q Aluminum nunr Impellers and Ul. littrtl e;tpitklom moors for maximum safety., • I)ry ptr►►dyr clrtispcoiitrtl hats nod wenthercover plot We loot, lily Itt extreme woolicr, • Sound decibel Level; genrratty Tinge between Al and HS dirt depending on blower stir VARIABLE EXHAUST ORIENTATION Yon may clang: the discharge direction whit a simple atljtlsittie 1t 01 the Iastvnyrs that 'ivy= the housing to the those. Irk ferttoe Is tmpottanl if you hawk atoallary.uir requirements or unu4unl blower location*. (c L D LABORATORY DESIGN, CONSTRUCTION, INC. 1901 iFFFFRSON AVf TACOMA (VASM A 51ON 984 p; ( 88827101MCi 1C4 E$a.27f Q10 TM .$3 QUQI • SAYBOLT FUME HOOD FANS Coated Steel Blowers Specifications /performance data MbCH10WA mitt ., rttw,xewrwkd,Mniwwu,r1w!ow0fwwryrw4Nbtslwc* lof tMM,vanhrdxitalpimlvn.prwwlimmi For Coated Steel Blower Selection Guide, see page 3. For Blower Transition Adaptor, oilier ductwork and accessories, see pages 12-15, Coated Steel Blowers •PaCIFICATIONg /PtD11FOAMANCII DMA $ 0. FfT.Li� i MOW X000 019 )010 NO 110 0 0)0• �011N6�0 - 1 'if _yj0 ff . AL 061 496= 6100 902 9100 911 9900 1940 i4t1A 1010 (+9AOr 111S . 1111 ma smanactsmant =ow TOO 0IOW /10010/0 69001119 60001110 9 9� 0$490 QQ 929 ~ )M II00 � 1y001100 ros nn "toeImo OO.IW+0 l36A1 m tfib ; _._ 1_ 4 4 No01 Pi 1100 111 01110 000 /100 110 1n. 4 1 2 21 m., a amon• e,,,r aw•■••••■•am• ow••■•••,�••■•r_s ••■■ 17)41• 101 1 • Imo 011 11000 0)0 1190 6/0 11000 (190 11410 930 13 1911 9/b I • �,... 940 1000 $0 14000 090 1)49 11 910 131)0 946 109041 946 11 1LU1$ � q0U 109001010 19Wt1oI9 N90pIonn 190011 ION 140 001029 ION 11090 0000 900 104001010 199001039 149001019 1 90009039 100001039 010• [Mittel IAMM"HQ 101n 19!81 !� � 1 1113 194001010 II040 090 11000!)0 1100 110 !6600190 140)0991) 910• IIW /OOIINI♦ 11991001 1194/0041014 1119%001401/ 91 a01 90 103 00 00 14 I *omem Iklkl �-. .•••• . r I 1.-r >- -- 4 414' -- .. .-R.. • •° .- �• �I _... nh• - -- . LD §,C LABORATORY DESIGN. CONSTRUCTION, INC. 4901 JFFfE4' ONA'VE. 1AC0141 11:111-►0.K;rON 9840. 7.889271 OW& TEL :S..1271 Q106 f4( 153 471 Q1Q2 l as •� : :,.. 'j' 1T ; l.r ir- +, -, y -.D. ilf' ; 4 7 • 1314 WM l 11:.113; :j :inn_ 20 MIll 70/71 7 . .4 f, r M 1n 1 Itatoramt � hi nor , 61 0 ,r 10 tl — 1 ? S +2 0 I' + :'?:fili,c lii!....!!.i1,1riari.: : :iI:Il Caul f1umba 76uQ it :'_1L'1?7E i $0060 E"': ,807 i . it ' 101, 2 i 0 70/71 nd ni AN onto 0 0 0 0 'I , n.. 1 , r t4i1;� }(}t�lf �'.1l��1. ` "riiIIl�'_.. i r •r t ' ! :s�I:c1L!_.r (�.i��:�:11�:� {li' ! rtrtai irk' y � t1:.Eri :J Toni Inc its 30 10 19611 47 4 70/71 Ihi 1, w r,,, m tE- g g vMlouluscsinain 4 al 6o61 60.41 BaciuseI1► & aakk0.tidtlsadnayconionato i nsco)044. t • Nii..w 9.16161 b,t tdra4n,.abiat.ce. i n i c ct u 5liii isunct in «t SIitJ y Duct S z limit ^ xd 1 4` :. _s r,} „ : t. 1 r. tai , ' q .. -- 1 1� * s,, ` rc ira ;: f T, d. _ + t ` i, , �L t - .. Hunker Sr,� 19611 47 4 70/71 36211 i 0'� _ tf ),p g g vMlouluscsinain 4 al 6o61 60.41 BaciuseI1► & aakk0.tidtlsadnayconionato i nsco)044. t • Nii..w 9.16161 b,t tdra4n,.abiat.ce. SAYBOLT FUME HOOD FANS Zero Pressure Weathercaps ELBOWS PVC elbuwe, buds 43 °cold 001 urn ronspadble xlth thonnopiaede duct. Designed and engineered for quick installation and mintmunt pressure losses, they feature belled and connecden* to rocatvo PVC duct dlroc4 THERMOPLASTIC DUCT REDUCERS PVC coupling type teduccrs are designed for connecting thereto htsttr, duct of different diameters. CoEnpare your blower Octet size with your duct sire to sec if one is necessary. ZERO PRESSURE WEATHERCAPS The Zero Pressure Weathetcap 1s matte of strong, corrosion'reslstani PVC. The cap adds little static pressing to the exhaust system and allows for vertical discharge of the effluent air for dispersion away from the building. SPIRAL WOE This spiral tube simplifies temporary installations. h conosion•reslnlarrt, neoprene-Impregnated Iibergtass reinforced with steel wire. Includes rigid duct connector and two clamps. Length is ten feet. Ductwork and Accessories c1 IT. :113 fJ?iw: I(;•:�f'' t,;ir 112 yi►si%Tl t 1� =1 LD • LABORATORY DESIGN hi CONSTRUCTION, INC, 1901 . IFFFFR ON t'E TACOMA WASt007YON 91140.7 I 068 174 0100 ICE :53.2710104 reW .753 271 0101, Aim =1.1 ..a.ifAL. — Teri % .TLf( i il.e:1 7.11 MI"! i fir. . 1 mAritutobts Mt) 47413 )91114 47911 47!61 ., ti — 4 4 TOM? MAI "14V " A1+9rstt Ilri stilm 14 1414 'T " . M !'^rIl" L":4_, tti E3E' attrili1 Lia1 f I 1 16} "' ► f4 . -i I _ 1122$ X21 / Arrow fIfJtlIfHit' .r• r�l: r-7 rt , ; f?YT'"` is t4 os1004104 . r .'S 1 16} "' ► f4 . -i I _ 1122$ rd 1! 104 1 ' - Ni Iii ..: !s6 4 r�l: r-7 rt , ; f?YT'"` is t4 os1004104 . r .'S 1 16} "' ► f4 . Mu NNI . I 1122$ 1x114 11011 JNM1►A \i1l$ I Ammo 11blwrn a 4 4 TOM? MAI 7001 r�l: r-7 rt , ; f?YT'"` is t4 os1004104 . r .'S 1 16} "' ► f4 . I!! CAHN limbo %701' 5630;1 01tpptn6 WI 17th. 19 - - Approx. IItIfl iticIuo_ 1j14 1314 SAYBOLT FUME HOOD FANS Blower Transition Adaptors MANUAL DUCT DAMPERS 'this damper fitting slims you to balance air flow it may be used with exhaust and Auxiliary =nir duct +, and Is usually placid directly above the fame himiL riLIIXrn1:i DUCT CONNECTIONS 1101 Ilcxible connection reduces situation between the blower and PVC ductwork, It Ib supplied with mu clamps for easy installation, BLOWER TRANSITION ADAPTORS '!'Iris epoXpcuutcfl steel t ransition adaptor tits all Labium') Coated Steel [downs, 'I`Illu adaptor ollowf you so connect mood timmopiactic duct to Ito oxhnuat 44 of the blower to create an exhaust stack, Nominal slate PVC duct fits inside the adaptor opening. AUXIUARY•AIR TRANSITION ADAPTOR The AuxiNatys%r Transition Adaptor is the s;ante rnnstntettnn as the Blower M111clhLQI1 MAIM' but is designed to oflow you In connect round !hems plasile duct to the rectangular auxillaty =nir collar of Protector [ ulitc I1oo I , T AND Y CONNECTIONS PVC fittings shaped in T and Y conligtlratiolw, Compatilrie with lhrnnoplustic 41110, trod connections receive t'1'l: pipe directly. Contact L d. oaco for help in siting blowers with these accessories, Duetworl: and Accessories 'Itrr.+nw4f►4r4la ►Ht rids I1cslcca 9914t►+rosn 111U41 rM04.).1046.44 fV( 4M .ill r".4 NR VI I of. .pi.g LD ShC LABORATORY DESIGN CONSTRUCTION. INC. ►90, JEFFERSON AVE TACOMA WASFGM TtN 9840? I.64 0106 ILL «53 2710106 (4 \ 153.11(142 5701 -1ST. AVENUE SOUTH a c AIR TEC CO. FAX (206) 763.1950 (206) 763.9911 • SEA WASHINGTON 98108 PROJECT: Saybolt LOCATION: ARCHITECT: ENGINEER: SUBMITTED BY: Air Tac Co. SUBMITTED TO: G B Systems DATE: 6 -30 -00 ITEM: Convector Beater explosion proof QTY: One UNIT: Markell FEP1812 -1 RA TO INCLUDE: 1800 watts 12 -1 -60 Explosion proof T -Star Product Code Product Code Model Number Cab Si Sbipplu$ Wsl bt Watts Volts Amps Number of Elements Max Fuse Size List (S) ,1.• 6330002 FEP 1 b 12.1 RA 120 15,0 20 65S0102 FEP 1820 -IRA 208 8.7 10 6350202 FEP 1824 -IRA 34 1 800 240 15 10 6550302 FE? 1827.1RA 277 6.3 10 6550402 PEP 1848.1 RA 480 3,8 S 6550502 FEP 3620.1 RA 208 17,3 20 6550602 FEP 3624.1 RA 240 15.0 20 N 6550702 F1iP3627.11tA 34 12286 360 27 13.0 4 IS 6350802 FEP 3648.1 RA 480 7,5 10 6551702 PEP 3657 -IRA 600 6.0 10 6550902 FEP 3820.1 RA 208 18,3 1 20 6551002 FEP 3824.IRA 240 1S:8 1 20 6551102 FEP 3827•1RA 38" 12969 3800 277 13.7 1 IS - 6551202 FEP 3848.1RA 480 7.9 1 10 6531302 FEP 7620.1RA 208 36.5 40 6551402 FEP 7624 -IRA 240 31.7 35 6531502 FEP 7627.1RA 38" 25938 7600 277 27.4 30 6351602 FEP 7648•1RA 480 13,8 20 6331802 FEP 7657-IRA 600 12,7 13 6331902 FEP 0812-IRA 120 6552002 FEP 0820.1 RA 208 6552102 FEP 0824.1RA 34" 2730 800 240 0.1111 .1011 6552202 FEP 0827.1 RA 277 6552302 FEP 0848.1 RA 480 6552402 „- FEP 1612.1R,A _,• 120 13.7 IS 6552502 PEP 1620.1 RA 208 7.7 10 6552602 FEP 1624•IRA 240 6.7 10 6552702 FEP 1627 -IRA 34 5460 1600 277 S. INI 10 6552102 FEP 1648.IRA 480 3.3 5 6553802 FEP 1657 -IRA 600 2.7 5 6552902 PEP 1712.1 RA 120 14.2 6553002 FEP 1720• I RA 208 8.2 6553102 FEP 1720.1 RA 58" 5802 1700 240 7.1 ■■••■• CO 6553202 FEP 1727•1RA 277 6.1 6553302 FP 17484RA 480 3.5 6533402 FEP 34201 RA 208 16.3 20 6553502 FEP 3424•1RA 240 14.2 20 6553602 FEP 3427• I RA . 58" 11604 3400 377 12.3 15 6553702 PEP 3448.IRA 480 7.1 10 6553902 PEP 3457.IRA 600 5.7 10 Product Code Modal Number Sbipplu$ Wsl bt List (S) 5381002 t 5380702 . EPETD8S 50° • 90° F 24477 Volt SPST , . 711 ._ EPETDSD SO° • 90° F 24-277 Volt DPST :. •} ' ;Sib. ,1.• Hazardous Location Convectors FEP Series MITE $ir m cunveelore require remote mounted controls. 410 end 600 Volt uniu require field suppllId ceotactor. Any beater eusxilnl :1 expo rvginru ti•ld oupp coouctor. All cabloeu ore 1" wide sod 11" 1s11h. Shipping weight for 34" length la 64 lb. Shipping wsIgbt for 51" length u U lb. Hazardous Location Thermostats Ceiling Module A Nominal Round Duct Site I c �ear�sss�� 3 'h a 5 V. S 1 7. 12 x 12 r 4, 0' 12 x 12 t, 7 1 7, 3'h 1 '1, 12 x 12 I Iv, ; 3 'II 1 a, 24 x 24 U. tt I 4• 5 1 '1. 24 x 24 10, 12, 14, 15 , 1 lb 8 '11 1 'Is Ceiling Module A Nominal Round Duct Site 0 Nominal PACs Sims F c a E 1'I, 2 4x2 . 4 ._. 4, 5 12X1 2 ►b -.r 5 111111MENIIIIMIllinill1121111 6.7 24 x 24 ' JUL 13 '00 11:44 FP AIR COMt'' ^n l T 11=5 206 767 4815 TO 42541:1dUbb TITUS® Submittal Square Ceiling Diffusers Steel • High Performance Model: 'CMS • Round Nook 0 Frame Type 3 (Lapin) Full Face. For other border types, please see next page. All dimensions are in inches. ---- --�- -- Colhng Modulo nomleal MAIM out:t sl,<. i1 • rntm to •�.-- _�___.__�.. Caine MNduN A mints 1N Adaptor le provided for eine 4 and 5, to Frame Type 7 (Lapin) Panel Mount. For other border types, please see nett page. NoaIIMI R.IM DM lin a -�•- i IeMINH14 i 'I Adapter to provided for Site* 4 and 5. F r.alsoy Mvdvle A mist 1/4 OP/aase no (miss sae/ C D IAS 5.1.95 1 1 r • C/t' u..r 0.30.0•S Coiling Module Pace Coo Nonilnol Round Duel Km Promo Typos 1112 .1_iI 71,Ll34 . .....12.12 24 x 24 . 24 x 24 0,0, it it 14, 10 1, 2, 3. 4 24 x 24 (t 12 x 12 --- 1,11, 0, 7, 0 ------- 3, 4 ' JUL 13 '00 1144 FR AIR COW Other Available Border Types 0 Frame Typo 1 (Surfoce Mount) Fu I Faeo —Coiling Module A Plus 1 1/4 —•- — Ceiling Modulo A minus 1" 0 Roma Type 2 (Snepin) Putt Face or Pone, Mounted Ceiling Module A 111116600...._ r , ...............•7 Adjusting Optional Damper • Removing Center Cone 2 iia 13/16 /11011•NISAIONIMNIMIONNI1111■.MMIMON 206 767 4815 TO 4'& 0 Frame Typo 4 (Spline) Full Foca or Panel Mounted Ceiling Modulo A 3/8 r • el.)/ U.) 3/8 Mounting — Hardware by others ONO -/ • 1. Remove center pin, se /rmim. 2. To adjust optional gempor, Insert scrowOrkier 11110141 hcx hole. 3, To remove center cone, insert 0 /4• hos key (by othors) and unscrew center hub, =IS t4 D•78 Nominal Hound Dud Sizes IIMIllital Ii! 10 12 4 'b o .. A0'76 011211111211 3% 0► A3.95 18121111111111111 unaransumunisiirs 3 % Iremaini 6'h 0% Num ono to AG•65 QJ 0.100 es AG•100 JUL 13 '00 11s4d FR A1R COMt1("'T1ES Accessories (Optional) Check © It provided ❑ Model D.75 Opposed Blade Damper Q Model EG Equalizing Grld 1 1R _L_— ta Mounts on Nock 0.75 Duet by Others co Model 0.75 damps, is svifsab a In dud dies 0 thru 12 Mds only, 0 Model A045 butterfly Damper a Model Ed Equsiiting Grid 11/2 td 0 Duet by Others A045 Mounts above Neck 0 Model D•100 Radial Slide Slade Damper 0 Modal ED equalising Odd 11/2 0.100 .�.. ---- BO Mounts on Neck Duct by Others 0 Modal 0.100 damps, N avallable In duce 141$ 6, 0, 10, 12 and 14 Inch doe sties any. Dimension "A" in riches, for Dampens Shown A Spring Clip dk b 'rth e 4d1D s u LIGJ'IDGr ..'ou 0 Model AG-7S Opposed Diode Damper 0 Model EG Equalizing Grid I 1/2 1 EG Mounts above Meek Duct by Others 0 Modal AO•15 dhow Is eve$sble In 0, 7, d, 10, 12, t4, And 1$ Inch duct Wes only. AO.75 KEE 0.12 (Please see lev€rs, side) 0 Model AG-BS Combination Damper end Equalizing Grid AG•66 Mounts above Nock Alt Flow 0 Modal A0.100 Radial Sliding ©lade Damper 0 Model CO Iquaking Grid 1 1/2 Duct by Others L._._. aunts unto above Nook ® Modal A0.100 armor Is availsble In oust suss A. 0, to. 12 and 14 inch dud fillet oMy, 19/4 Notes m and cps D.100 and AG•100 dampen hove radial Wades that slide in a honiontal plane, For that reason, no oponins clearance le is dimensioned. 3 0 TRM TITUS Rapid Mount Promo Fee 8urf.es Mounting Gabe( Type 3 JUL 13 '00 11 :44 FR AIR COMm'IDITIF5 Submittal D•TMS 5.1 -95 Other Accessories (Optional) 0 Standard Finish: no we General Description -- • Modal TMS *divans supply air in a true 380' patient Designed to protect ceiling from slroaking ono smudging. • Excellent for variable volurno systems. The uniform, newly hortrtonlil jet horn the outer cone maintains effective mom she distribution oven when alr volume volts over w con4ider. able twigs, Check fzi it provided 206 •?b? 41:115 lu 4t�aecr��cso �t. • Tho TMS consists of 3 concentric cones in all sloe. This tahfonmity ei design enhances eppoarance in Installations Moto more than one size is Involved. • $crowdlver adjustment of the optional dampor Is schievod without ,annoying the Inner cono, (see Nolo 2, Page 21, « Quick removal of inner cone with a hex key spoeae in4tottatbn, (See Nolo 3, Pogo 21. 1 , Low v... 10..■.11_ • MI cones ere dla•etemped ant piece cen• struction with smooth, clean surfacaa and no corner joints, • Mstorial Is heavy gwuage stall. D•30,0•S T or co Nov IT N hw 1wbr «n 4 mU s cw O W1u g•MW rp , 0 tfNi psv+ t. r1• a•,in on 4W I Ln I N •mi no iu 10 4101 owl/ •Matt vt 4tiP W�ucr w n e ; O 'i mg e'. r r+0► w iC TITU3'IF all n w milt• aw+ v:N4v * n,( INl n0 8a• • 1 ..... 1 2, . 111° , 11 q, 990 Security Row • Richardson, Taxa* T3051 •214•699.103d • Fax 214444.4953 Ar wort kg par MP mor pp AveAmpull IRM41 hMMMwrN•WMV•1144 M..1.' .M411410 pM s.fir R... 04.00M•W'pMM9 W 11 •"i HIM T•NMM•#•41•M4 *4 TOTAL PATE.O5 ** Coiling Modulo A Nominal Round Duet eilie e c D D 12x12 4, 6' 3 'h 6 '/ 3 '/, 12 x 12 0, 7 1 'h 3',' 12 X 12 12 x 12 0 1 'I. 3 'h b. 24 x 24 ®, 6 Ilt011101i 1'/4 b 'h '/, goi 24 x 24 10, 12, 14, 13 Ceiling Module A Nominal Round Duct She 13 Nominal Face Sizes F c D g 24 * 24 4, 5' 12 X 12 3 '/, S /. r/. 24 x 24 6, 7 12 X 12 1 '4 3' /r •• 24x24 6 12x 12 1'4 3'h H, JUL 13 '00 10:32 FR AiR CnMMDDITI65 TITUS° Submftta/ 206 767 4815 TO 4254820596 Square Ceiling Diffusers Steel • Adjustable • High Performance Mode!: TMSA • Round Neck • Vertical -to- Horizontal Discharge Pattern 0 Frame Typo 3 (Lapin) Full Face, For other border types, please see next page, Ceiling Module A Pollen! Controller Vane Nominal pound duct 9124,13 a minus lt - -�-� -- Ceiling Module A minus Le • Adapter is provided for Silos 4 and 5. 0 Frame Type 3 (Laydn) Panel Mount. For other border types, please no next page, All dimensions are in inches. Pefem Condoner V•ne • Adopter is provided for Sizes 4 and 5, Gone UAW. A Round Duel snd .I C•*$n9 AIWA A min{N 1/4• (Please see reverse sal P.02/09 r D-TMSA 54.95 1 0.31.0•S ig Gelling Module Face Abe Nominal Round Duct !Thee proms Typa 12x 12 12x 12 4,lf,e,7,5 1,2,04 s 24x24 24x24 0, 0, 10,12,14,16 1,2,0,4 24 x 24 (Panel) 12 x 12 4, 6, 0, 7, 5 2, 3, 4 JUL 13 '00 10:32 FR AIR CCIMMODITIES t . , . Other Available Borger Types [� Frame Type 1 (Surface Mount) Full Face --t 11/4 114 0 Frame Type 2 (Snap•n) Full Face or Panel Mounted Adjusting Optional Damper M Removing Center Cone 2 Ceiling Module A, plus 1 1r2 Ceiling Module minus 1' Ceiling Module A 1. Rcmovo center pin. 13/10 2. To adjust optional damper, Insert screwdriver through hex hole. 206 767 4815 TO 4254820586 • 0 Frame Type 4 (Spline) Pull Pace or Panel Mounted 318 Ceiling Module A P.03/09 Mounting hardware by others 3, To remove center cone, insert 'hi hex key (by others) and unscrew center hub. I t e i i """"d" Nominal romm ms Round Duct Sizes IMMINEMIlli 10 D 0-75 IITINIFEIME12111E0111112111111MMEZIE m AG'75 0 0.85 rD AG.65 IIMMEMINIIIMMIONIKVIHNEIN 0 D•100 MICE 0 AG-100 N/A Size 6 .8.12 ..1' /e _14, 15 _ 2 '/ , JUL 13 '00 10 :33 FR AIR Cr 1 0DITIES Accessories (Optional) Chock if provided ❑ Model D -75 Opposed Blade Damper 0 Model EG Equalizing Grid 1 1/2 Ot3 Mounts on Neck Oust by Others -- rip Modal 0.75 damper is available in 9, 10 and 12 dud sites ov y, 0 Model AG-85 Butterfly Damper ❑ Model 50 Equalizing Grid 11/2 era Duct by 011w s AG45 Mounts above Neck 198 ❑ Modal 0.100 Radial Sliding Blade Damper ❑ Model 50 Squatting Grid tin p �—° SG Mounts on Neck Duet by Others 0 Model D•I00 damper is availab e In duct sties 0, 0,10, 1t and 14 Inch duct also only, Dimension "A" In Inches, for Dampers Shown Spring Clip 206 '767 4815 TO 4254820586 ❑ Model AG -75 Opposed Blade Damper ❑ Model EG Equalizing Grid 1 1n AO.75 Mount" rbow Neck Duel by Others (Please see ieveia side.) P.04/09 Duct by Others eb Model ACM damper Is evelabto in 8, 7, U, 10,12, 4, and 15 Inch duct sites only, ❑ Model A045 Combination Damper and Equalizing Grid AG-8S Mounts above Neck v, . u___ Pral NMI NW Air Flow Duct by Others Notes *end 0: Model 0.100 and A0.100 dampers have radial blades that slide in a horizontal plane, For that reason, no opening Clearance 'A" is dimensioned, 0 Model AG.100 Radial Sliding Blade Damper 0 Modal 50 liquidizing Grid i i SG A0.100 Mounts above Neck tD Male) AO'100 dampel is evatable in duct sinus CO, 10, IS and 14 MO duet gazed only, viammemai 3 JUL 12 '00 10:33 FR AIR CC` "MDD I T 165 Submittal D -TMSA 51.95 Other Accessories (Optional) 121 Model SS Sectorlxing Baffles Model TMSA Discharge Pattern Standard Finish: 0 white General Description --- • Modal TMSA Includes edjueteble vanes which very the discharge pattern between horizontal and vertical, • Delivers supply air In a true 300• pattern. 0�to protect ceiling from streaking and sm , • ltxcelleN for variable volume systems. The unitonn jel maintains effective room air distribution oven when Cif MAIMS varies over a conaldorable range. Check 121 If provided Note: Pattern controller vanes are adjustable to any position from vertical to horizontal. 206 767 4815 TO 4254820586 ^, Vertical Pattern Norl :onto! Pattern • The TMOA consists o13 concentric cones in all Biros. This uniformity of design enhances appearance in InsteUstions whore more than ono size is involved, • Screwdriver adjustment of the optional damper Is achieved without removing the inner cone, (See Nolo 2, Page 2), • Quick removal of inner cone with a hex key speeds installation, (See Note 3, Page 2). P.05/09 • AI cones are dio.alempod one piece construction with smooth, clean surfaces and no corner points. • Material Is heavy gauge aioel, T I T U S� N•N flit ii m•inr w • D•ntmr 9 on: W r�is prcUL Trp drowiMii 9n ire MmirW ut rot meant a 040 tray p ; Qr P• WOO wW tmWw i. Prowinyi If ne q Fa* TIM form e t0 n4>� V • 4fitnmloi winovi wnn n noun 994 Security Row • Richardson, Texas 75001. 972490-1000 • Fox 972419 •4 pw tworrn N , OM ••A .w N tai* a irwN M w h.o a w **mac A secbencrk 0040N Proar4Poi •W ow. F •' g' w +wavi• UvW woo* ram* Paw* ww* wsq tw Time* vv*+w v4 D-31.0.5 Check One rif No • ❑ Dimension ' /r" x'/r" x'Ir" '/r' x' x 1' 1" Kral' J 1 ' 1 'h" 1 'h• K 2' It" 2 "/u" 2 " /WW" JUL 13 '00 10 :33 FR AIR cr nDITIE5 Titus Submittal 1l.li►A� Eggcrate Return Grilles and Registers Aluminum Grid • Aluminum Border Models: 0 50F • Code A • Aluminum Grid • '/: x '/r x • Aluminum Border 0 50F • Code B • Aluminum Grid • v2 x x 1 • Aluminum Border 0 SOF • Code C • Aluminum Grid • 1 x 1 x 1 • Aluminum Border 0 border Type 1 (Surface Mount) Fasteners o Neck mounted opposed blade damper (galvanized steel) ❑ IS • Insect Screen ('ha square mesh - galvanized steel) General Description • A'8 x V4 lg. Phillips Oat head sheet metal screws painted white. • Insect and debris screens are not available when dampers are fitted, O Type A • axtamal Screw 0 Type C • Concealed Screw ......Duct Stu e►lnue 314• 1114' • t "»-* •— Oust Slat •-- Avexable with Dorde Type t only. Type 'C' Fastening rot available on unit with damper• Accessories Options Check hif provided D plus 13/4" 0 minus 3/4' 0 minus 1/2" Available Sixes ID" x D") 0" x 4" through 48 x 48' in one piece construction. Sites larger than 40" x 40' are shlppod In multiple sections. Odd end tractional silos are suitable at additional cost. Wall or duct opening should be duct sizes 'h. Al) dimensions are In inches. 206 767 4815 TO 4254820586 P.06/09 Nominal Duct also 0' Oust (Please see reverie ide) 0 PM • Aluminum Plaster Frame • Optional opposed blade damper has screw• driver adjustment accessible through face of register. 3/16" I SPG -50F 3 -31 -00 , K .-.- Duel plus 2 3/0" Duct plus 17/0' - .-...- /4' 3/10' Duct plus 1/10' -••••- Recessed Mounted Exempla Plaster Frame can be instaoa as either *Owe noun or rpcesse0 • Note: Dimensions we in inches. Wee or duct opening should oe duct sites • 'Ir. Standard Finish: _ .26 white 0 DS • Debris Screen ('I. square mesh - galva• ( Optional finish nixed steel) 0 COT • Earthquake tabs ❑ other • Material: Aluminum. • All dimensions are : 2. SPG -3,O•$ r • • JUL 13 '00 10:34 FR AIR CP"MODITIES Submittal SPG -SOF 3-31-00 Border Types Available Ceiling Module Size -ad minus 1/4" Available In et standard module sizes with neck sizes up to module site minus 2'. • Available in sizes up to 40' x 46' Check (vg if provided. 0.1/4" 206 767 4815 TO 4254820586 Border Type 3 • Accessories & Options Check E 1 f provided ❑ Neck mounted Opposed blade damper (galvanized steel) ❑ IS • Insect Screen (2 square mesh - galv>3nited steel) ❑ DS • Debris Screen (6 square mesh galvanized steel) 0 MT • Earthquake tabs Other Standard Finish: 020 white Border Type 7 • Accessories 1 Options Chock (I if provided ❑ LOT • Earthquake tabs ❑ Other Standard Finish: ,ze white Border T pe 8 • Accessories & Options Chock Qf it provided ❑ MT • Earthquake tabs ❑ Other Standard Finish: rzo We P.07/05 N oe : Th sua+ b avan w oema�wee gen4r#► a Std. a oouct . TAM Ortw an ur4 :uw►da4 a►t nw ►r ►ns IQ S P G • 3,A• S . li t �S • tvtn apes or tnt P19000 41 eu;u is. D(:=1 . 1 #i rnx 44 Std. T171.15 f . Thi v" iI9I 4 m k dgr�ts v44 wf * n nr�4Kp. l bl ,4tfrA pmt 444414.44. WN w4•rya'Ipr ..rrrrew". Pma rvw+c.G0 44 aPwwsq *4 7w44¢ 40 .4 kiklawe+ 49r 104"011l4i. Il Pw Isimun PMw4.he • . JUL 13 '00 10:34 FR AIR Cr"MODITIES 206 767 4815 TO 4254829586 TITUS° Submittal Louvered Return Grilles and Registers • Steel Models: 0 350RL • 35° Deflection • Long Blades • %" blade Spacing d 350RS • 35° Deflection • Short Blades • 3 /4" Blade Spacing 0 Border Typo 1 • Surface Mount Fastenings TITUS® Available Sizee (0" x 0 ") Border Typo 1 Is available in sizes 0' x 4' through 4r x 4r in 3' Increments in ono piece construction, Odd end tractional sizes are available at addlti Del cost. Sizes larger than 411 x 4r we shipped In multiple sections with joining Ones for field assembly. Noun Wel er duet opening should be duct site e'f.'. All dimensions are in inches, Accessories (Optional) check El it provided 0 Neck mounted apposed Weds damper (galvanized steel) 0 IS • Insect Screen (' /w square mesh - galvanized steel) General Description • Available with louvers vertical or horizontal. • Na x 17: lg. Phillip's flat head sheet metal screws painted white. Mounting Frames 0 DS • Debris Screen ('I.• square mesh - galvanized steel) 0 SOT • earthquake tabs 0 Other • Optional opposed blade damper has screw driver adjustment accessible through face of register, • Materiel: Steel. P.08/09 G -350F1 5 -1 -95 I 3118" Nebl When Damper le rut, Open, Add WS' Ye Overall Depth, 0 PP • Steel Plaster Fame 0 PM • Atuminum Plaster Prams — Dust • 11n •-•-•- ..-- Duet • 1 !la •-.• . Duel • I Ill +sue 1+.. Suit • t ira �.-.. Duct • flu - Duet • Ins ....d- etain! Mounted Exempt, Recessed Mounted Sample (dote: Was opening mouse be Yi14d dust We * 'h' to dated duct We • '10. Standard Finish: 1 White 0 Optional finish • All dimensions are Mohr This st mlaai re mow to domorWHW run, ; impact a itrc ote4 t. Tint owing on Mls w4m41 l •re Mt mega to dots ow mat el ,t. pra4ura wrh nuotn.$1. tk•wtrq• is not to sate. DNS 'PPP iris rigre so nWk s watwl wntun rake. 990 Security Row • Rtcherdson, Texas 75061 •214•eti9'103o • Fax 214 -44 - 4953 ay , „ lr+rt W** n N o•Pr••rc••• ••w•w• M 1•r *me y • •••rt v.•sal • w o 0**01 kw*. tneartpal .•1+pr4h. a or W hwnM* **1601.•1••• •Mw 1.40.4 mow*** w!"a va.la. 4 WA•M. IFS (P/Q4$e See /WOW, •iw. frtr nth., nn rrw. A....... G•11.0•S JUL 13 '00 10:34 FR AIR CC `1DITIES Submittal G -3508 54.95 Optional Border Types Available 0 Border Type 2 (Snap -In) Panel Mounted 13/1!t' I - - Calling Module Slta —tow] minue 1112" Avalable in 24- x 24' modules With neck shat up to 20* x 20', ❑ Border Type 4 (Spline) Penes Mounted 31$. Caning Module Fite ---0 plus 3/4' AveHble in 24' x 24' modules with neck Mies up 10 20" x 20'. BpNnu on 2 opposes Odes only Border `type 2, 3, 4 • Acceeeorks i Options Check It provided ❑ A0•16 • Nook mounted opposed bled. dAmpor (galvanized stool) ❑ is • insect Swoon ('I,. squire mesh - galvanized steel) ❑ DS • Debits Swoon ('I." apuero mash - galvenized stool) ❑ EDT • Earthquake tabs ❑ Other Standard Finish: 1120 white ❑ optional finish 206 767 4815 TO 4254820 86 0 Border Type 3 (Lavin) Panel Mounted 0 Border Type 1 (Channel) Avatabta h sass up to 4s' x d8 Border Type 7 • Accessories 1 Options Chock 011 provided ❑ EOT • Eorthqueko Lobs ❑ Otter Standard Finish: nowt*. ❑ optional tinlsh I- Ceiling Module Size minus 1/4" r P.09/09 Avaxable In eN standard module saes *oh neck altos up to module We menus 2'. �---- Calling Module Cm —04 minus 1/4' T I T U SIB Now This suOminol b nerl denanw4&I pewit Onionf•wis et srodup. TN *I9 on this $ Cmutil wo not moRn to data* Awry e•POq W VII POW with esaansu. tames int Mot W scde. TITt14 room; the'' 10 mike shames wiihovi wnnln no0st, 09Q Security Row • Richardson, Texas 75001 •214889.1030 • Fax 214.444.4953 4 m •• *P0 ,s•• a •s•s! r Vol Mai a nil ~O. 10104w6 a mat Yw rgaks words Nis AKont o a h «N t WV, , stOW VI* "4" P""*" "854 ny TWN" W *". ins. G- 11.0.8 ** TOTAL PRaE.O9 ** ACTIVITY NUMBER: M2000 -179 PROJECT NAME: SAYBOLT LAB, INC SITE ADDRESS: :18251 CASCADE .AV__S _XX Original Plan Submittal Response to Correction Letter # __...__.. , jievision # After Permit Is Issued DEPARTMEN S: i in Division F ir P r e ventio cz Aux, Structural ❑ Public Works ❑ Complete Comments: TUES /THURS ROUT C: Please Route Structural Review Required ❑ No further Review Required REVIEWER'S INITIALS: 4PPROVALS QR CORRE ONS: (ten days) Approved ❑ Approved with Conditions REVIEWER'S INITIALS: s.._. DATE: CORRECTION DETERII, NATION; DUE DATE Approved ❑ Approved with Conditions ❑ Not Approved (attach comments) Ei REVIEWER'S INITIALS: DATE: PERMIT COORD COPY PLAN REVIEW /ROUTING SLIP DATE: 8.152000 DETERMINATION OF COMPLETENESS: (Tues., Thurs.) Incomplete [..] Response to Incomplete Letter # Planning Division ❑ Permit Coordinator la DUE DATE: 8.1 2000 Not Applicable ❑ DATE: DUE DATEJA4:119,1L Not Approved (attach comments) El City of Tukwila Steven M. Mullet, Mayor Fire Department Fire Department Review Control #M2000 -179 (510) August 24, 2000 Thomas P. Keefe, Fire Chief Re: Saybolt Lab, Inc. - 18251 Cascade Avenue South Dear Sir: The attached set of mechanical plane have been reviewed by The Fire Prevention Bureau and are acceptable with the following concerns: 1. M.V.A.C. unite rated at greater than 2,000 cfm require auto - shutdown devices. These devices shall be separately zoned in the alarm panel and local U.L. central station supervision is required. (City Ordinance #1900) H.V.A.C. system© 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 ower 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) Dedicated fire alarm system circuit breaker(s) shall be equipped with a mechanical lockout device. (NFPA 72 (1- 5.2.8.2)) Duct smoke detectors shall be capable of being reset from the alarm panel. (City Ordinance #1900) All new fire alarm systems or modifications to existing systems shall have the written approval of The Tukwila Fire Prevention Bureau. No work shall commence until a fire department permit has been Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: 206.5754404 • Fax: 206.5754439 a Yours truly, City of Tukwila Fire Department Steven M. Mullet, Mayor Page number 2 obtained. (City Ordinance #1900) (UFC 1001.3) Contact The Tukwila Fire Prevention Bureau to witness all required inspections and tests. (UFC 10.503) (City Ordinance #1742) 2. All electrical work and equipment shall conform strictly to the standards of The National Electrical Code. (NFPA 70) An aisle to and working space shall be provided for each electrical panel. An aisle width not less than 24 inches shall provide access to the panel and 30 inches of working space shall be provided directly in front of the panel. (NEC 110-16(a), NEC 110-16(c)) Each circuit breaker shall be legibly marked to indicate it's purpose. (NEC 110 -22) Any overlooked hazardous condition and /or violation of the adopted Fire or Building Codes does not imply approval of such condition or violation. The Tukwila Fire Prevention Bureau cc; TFD file ncd Thomas P Keefe, Fire Chief Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: 206.575.4404 • Fax: 206.5754439 LICENSE DETAIL INFORMATION Form LICENSE DETAIL INFORMATION Current Filter; None Registration# or License GBSYSI #088BS Name G B SYSTEMS INC Address 7202 NE 176TH ST Address City KENMORE State WA Zip 98028 Phone Number 4264820584 Effective Date 1/10/92 Expiration Date 1/10/01 Registration Status ACTIVE Typo CONSTRUCTION CONTRACTOR Entity CORPORATION Specialty Code AIR CONDITIONING Other Specialties SHEET METAL UBI Number 001363644 * **VIEW PJ INORA OWN R(S) FOR THIS L1QFN * * * *!_".,NIEYSLCONTRACTOR BONDLSA V1N53S ORMATtON * * * * * *CH C INULJIRY FQR St./W . .6 AND COMPLAINTS* * * * * * VI,EW CONTRACTQ _R_INSURANCEjNFORMATION * * * STATE OF WASHINGTON DEPARTMENT OF LABOR AND INDUSTRIES Specialty Compliance Services Division P. O. Box 44000 Olympia, WA 98504 -4000 THE RESULT OF YOUR INQUIRY FOR LICENSE NUMBER SELECTED IS: http:// www .lni.wa.gov /CONTRACTORS/TF2Form ,asp ?License = GBSYSI *088135 Page 1 of 1 New inquiry by CITY, NAME, PRINCIPAL OWNER NAME, NUMBER, UBI NUMBER or return to the L &I Construction Compliance Home Pale 9/7/00 NAME AREA MAKE MODEL # CFM VOLT PH AMPS BTUH - HTG BTU CLG SEER *EER TONS WEIGHT REMARK • • MAX MIN MCA FUSE INPUT OUTPUT TOTAL SENS. METAL LAY -IN AC -1 TRAINING TRANE YCCO24F1LOB 800 310 240 10 15.7 25 50.OMBH 40.OMBH 23.4MBH N/A 10.0 2 310 NEW AC -2 RECEPT TRANE YCCO30F1LOB 1000 200 240 10 20.1 30 50.OMBH 40.OMBH 29.2MBH N/A 10.0 2.5 358 NEW AC -3 MAIN LAB TRANE YCD102C3LAA 3400 1300 240 30 49 60 135MBH 105MBH 107MBH 101MBH 9.0* 8.5 962 NEW AC -4 OFFICES TRANE YCCO24F1LOB 800 265 240 10 15.7 25 50.OMBH 40.OMBH 23.4MBH N/A 10.0 2 310 NEW MUA -1 MAIN LAB REZNOR HCRGB -225 3300 N/A 120 10 N/A N/A 200MBH 160MBH N/A N/A N/A N/A 529 NEW EF -1 BATHRMS N/A N/A N/A N/A 120 10 N/A N/A N/A N/A N/A N/A N/A N/A N/A EXISTING EF -2 FIELD INSP BROAN L200 200 N/A 120 10 1.8 N/A N/A N/A N/A N/A N/A N/A 20 NEW EF -3 MECH /ELEC ILG CRDA08 400 N/A 120 10 1.8 N/A N/A N/A N/A N/A N/A N/A 20 NEW EF -4 RECEIVING ILG CRBCAl2 425 N/A 120 10 1.8 N/A N/A N/A N/A N/A N/A N/A 20 NEW EF -5 LAB TABLES NEDERMAN 529 800 N/A 240 30 6.3 N/A N/A N/A N/A N/A N/A N/A 20 NEW, 2 HP EF -6 OCTANE ILG CRBCAl2 400 N/A 120 10 1.8 N/A N/A N /A N/A N/A N/A N/A 20. NEW EF -7 GAS TANKS ILG CRBCAl2 300 N/A 120 10 1.8 N/A N/A N/A N/A N/A N/A N/A 20 NEW FH -1 -6 MAIN LAB ✓ , •`I, • 70684 735 N/A 240 10 5.4 N/A N/A N/A N/A N/A N/A N/A 86. NEW, TYP OF 6 FANS CH -1 RECEIVING MARKEL FEP 3624 -IRA N/A N/A 240 10 15 N/A 12.9MBH N/A N/A N/A N/A N/A 54 NEW, 3.6 KW NAME AREA MAKE STYLE DIMENSIONS NECK SIZE TYPE REMARK SO -1 OFFICES TITUS TMS 24x24 SEE DRAWING METAL LAY -IN NEW SD -2 FUME HOOD TITUS TMSA 24x24 SEE DRAWING METAL LAY -IN NEW, MUA ONLY RG -1 OFFICES TITUS EGGCRATE 12X24 SEE DRAWING METAL LAY -IN NEW RG -2 OFFICES TITUS EGGCRATE 24X24 SEE DRAWING METAL LAY -IN NEW G -1 RECEIVING TITUS 350RL 4x12 SEE DRAWING WALL MTD NEW G -2 HAZARDOUS TITUS 350RL 8X8 SEE DRAWING DUCT MTD NEW, W/ OBD SFD RECEIVING RUSKIN CR N/A SEE DRAWING DUCT MTD NEW, SMOKE & FIRE 1H-FD VARIOUS RUSKIN CR N/A SEE DRAWING DUCT MTD NEW, 1 HOUR FIRE If%■■ MEM= IEDC 411=1 MIME NM 7.1112M 111111110121 1P711t l► A2111 11M11111 MN 111 � i7•L� € MUA VENT DETAIL TYPICAL FOR 7 ROOF CEILING - 10 "0 MESH SCREEN 1 NOT TO SCALE ROOMS 101, 102 & 119 ROOF NEW HARD CEILING (FIELD VERIFY) Bx8 EXHAUST GRILL 0 -2, TYP ROOMS 101, 102 & 119 FLOOR EF TYPICAL FOR EF -4, 6, & 7 NOT TO SCALE L L 10x10 EF ELEVATION DETAIL GENERAL NOTES: COLUMBIA GLOBE VENT CVPGGV10 2' 10x10 1. INSTALL VOLUME DAMPERS IN ALL SUPPLY RUNS. 2. AIR BALANCE SYSTEM AFTER CONSTRUCTION IS COMPLETE. 3. ALL FITTINGS AND DUCTWORK SHALL BE SEALED. 4. ALL DUCTWORK SHALL BE PROVIDED AND INSTALLED PER SMACNA "HVAC DUCT CONSTRUCTION STANDARDS" AND U.M.C. 5. DUCTWORK SIZES SHOWN ARE NEC INSIDE DIMENSIONS. 6. FLEX DUCT WORK SHALL NOT EXCEED 10 FEET IN LENGTH. 7. VERIFY AND LOCATE THERMOSTATS PER OWNER DIRECTION, GB SYSTEMS TO ADVISE ON LOCATION. CONTROL AREA OCCUPANCY 1 HOUR FIRE RATING 1 e - CONTROL AREA OCCUPANCY-4 1 HOUR FIRE RATING L I I I I I I '■ W EN ■6� : Pill' W%D,,LII.9■ y11aMr �= J�I ■IAt■r '" A - s■■ ■ I �L` W3iIST E I M M EMINIEMin - WIK -- IWIVAM r. :P MI ISMIIIr ■ F 1 4 1 2 r ��i.��■ + ■L9 o ■ � ►� 1..II :; 4; 11! I■!!■ ■■ , ■r� �►�o■■ IIK- 11 . 111111 % / 1 6 7 2111 4 vanium••■••• , 11111111111121■16W rine-imiw514 _ - ��U ;r ■� � 6 211 Air& Mr . t IC�J��'JI� 78 � _ ■ ■fig'. -�E INI REPIPIS II ■ = ■, ■mi~:r�'' • - a'1►. I II !`�M■III ® d■ II■►.. ■: �1I 01MrsiF -.! ■■I■ ■L.MILIM,I�� ■ T NOW , ■I ®lliBL ''MEMA. • ©NMI ■s%■ r■ ■ ■1 ■= �'� r M IIMI laiiminammum41 ■ fi r �•.. im■■ ' `ail ' 426 10 ■ ■� ■ ■ ■�1� ■ �r' S C� I 3�� ©� G 1, TYP OF 3 TO EF -3 I nl o I 100 mi • - c B c Zi D IEMOCIM = ■■ m Q ■!®II v WPM MEEVAIIIIIr ■■ UP TO FH -2 1 __ i ►s: Ti . �.lr■_Ip. ECEIVING � 119 I IIMMII I ..:' .��P 0 1� ``'.�Ar .1.110 ICH -11 „ _I�,. la�ie��1 0 CONTROL AREA OCCUPANCY H -2 OCCUPANCY EF-4 H -2 OCCUPANCY I� 1 HOUR FIRE RATING 2 HOUR FIRE RATING GAS I 102 AN 300 10 10 - 1I O SUP TO EF -6 400 10x10 TO FH -4 OCTANE X NO WORK THIS AREA UP SCALE: 10x10 0 EF- NEW FLOOR PLAN HVAC EQUIPMENT SCHEDULE UP TO FH -6 5D -2, TIT OF 6 UP TO FH -5 UP TO EF -7 Ox10 no- CONSTRUCTION NOTES: D' EXISTING LEIBERT UNIT TO BE REMOVED • ALL EXISTING DUCTBOARD, FLEX AND GREYS TO BE REMOVED • ALL EXISTING THERMOSTATS AND WIRING TO BE REMOVED l- INSTALL DUCT FROM VENT TO APPROX 12" BELOW CEILING, SEE DETAIL • RUN DUCT TIGHT AGAINST WALL, MOUNT (2) 8x8 GRILLS, SEE DETAIL /^A�'� EXTEND DUCT DOWN THROUGH T -BAR & CONNECT TO EXTRACTOR ARM g v�Y INSTALL FIRE DAMPER IN 1 HOUR FIRE RATED WALL, TYP OF 6 INSTALL SMOKE FIRE DAMPER IN 2 HOUR FIRE RATED WALL & SIDE WALL GRILLE GRD SCHEDULE \ 1` COLOR / WIDTH LEGEND: BLUE - RETURN AIR DUCT CYAN - SUPPLY AIR DUCT oot >RT ^?tl r,lr:. 2 A e Rev. Num. SFD & 1H -FD s AT FIRE RATED WALLS ISSUED FOR PERMIT R E V I O1T' OF T� Wn.A PBRMI GB SYSTEMS, INC. HEATING ;41 CONDITIONING AIR ANO R BALANCING I 0 N S 7202 NE 775th Kenmore, WA 90029 • Phone 425.482.0584 • F°. A25•482.0586 Pri ntin Dote Proj.el Number: Omwn by: Checke b y : OADI vu 6/ 1547 SK GB Project SAYBOLT, INC •- LAB TI 1 w, l t',- Rye. AVCNI IC CM ITN 7/18/00 7/7/00 Dated NAME AREA MAKE MODEL # CFM VOLT PH AMPS BTUH - HTG BTUH - CLG SEER *EER TONS WEIGHT REMARK MAX MIN MCA FUSE INPUT OUTPUT TOTAL SENS. AC -1 TRAINING TRANE YCCO24F1LOB 800 310 240 10 15.7 25 50.OMBH 40.0MBH 23.4MBH N/A 10.0 2 310 NEW AC -2 RECEPT TRANE YCCO30F1LOB 1000 200 240 10 20.1 30 50.OMBH 40.OMBH 29.2MBH N/A 10.0 2.5 358 NEW AC -3 MAIN LAB TRANE YCD102C3LAA 3400 1300 240 30 49. 60 135MBH 105MBH 107MBH 101MBH 9.0+ 8.5 962 NEW AC -4 OFFICES TRANE YCCO24F1LOB 800 265 240 10 15.7 25 50.OMBH 40.OMBH 23.4MBH N/A 10.0 2 310 NEW MUA -1 MAIN LAB REZNOR HCRGB -225 3300 N/A 120 10 N/A N/A 200MBH 160MBH N/A N/A N/A N/A 529 NEW EF - 1 BATHRMS N/A N/A N/A N/A 120 10 N/A N/A N /A. N/A N /A. N/A N/A N /A. N/A EXISTING EF -2 FIELD INSP BROAN L200 200 N/A 120 10 1.8 N /A N/A N/A N/A N/A N/A N/A 20. NEW EF -3 MECH /ELEC ILG CRDA08 400 N /A. 120 10 1.8 N/A N/A N/A N/A N/A N/A N/A 20. NEW EF -4 RECEIVING ILG CRBCAl2 425 N/A 120 10 1.8 N/A N/A N/A N/A N/A N/A N/A 20 NEW EF -5 LAB TABLES NEDERMAN 529 800 N/A 240 30 6.3 N/A N/A N/A N/A N/A N/A N /A' 20 NEW, 2 HP EF -6 OCTANE ILG CRBCAl2 400 N/A 120 10 1.8 N/A N/A N/A N/A N/A N/A N/A 20 NEW EF -7. GAS TANKS ILG CRBCAl2 300 N/A 120 10 1.8 N/A N/A N/A N/A N/A N/A N/A '. 20 NEW FH -1 -6 MAIN LAB LABCONCO 70684 735 N /A. 240 10 5.4 N/A N/A N/A N/A N/A N/A N/A 86 . NEW, TYP OF 6 FANS FIELD VERIFY FAN MOUNTING ROOF TABLE EF DETAIL TYPICAL FOR EF -5 NOT TO SCALE EF FIELD VERIFY FAN MOUNTING COLUMBIA GLOBE VENT CVPGGV6 A I. TYPICAL FOR FH -3, 4, 5 & 6 NOT TO SCALE FLEX CONNECTION 10 "0 GENERAL NOTES: 7 6 N- ROOF FIELD VERIFY CLEARANCE EXTRACTOR ARM CEILING LAB ROOMS 100 & 103 FUME HOOD EF -1 & 2 DO NOT HAVE OFFSET AS THEE ARE SEVERAL FEET FROM EDGE OF ROOF SQUARE TO ROUND TRANSITION TBAR CEILING FUME HOOD (BY OTHERS) LAB ROOMS 100 & 103 FLOOR FH EF ELEVATION DETAIL 1. INSTALL VOLUME DAMPERS IN ALL SUPPLY RUNS. 2. AIR BALANCE SYSTEM AFTER CONSTRUCTION IS COMPLETE. 3. ALL FITTINGS AND DUCTWORK SHALL BE SEALED. 4. ALL DUCTWORK SHALL BE PROVIDED AND INSTALLED PER SMACNA "HVAC DUCT CONSTRUCTION STANDARDS" AND U.M.C. 5. DUCTWORK SIZES SHOWN ARE NET INSIDE DIMENSIONS. 6. FLEX DUCT WORK SHALL NOT EXCEED 10 FEET IN LENGTH. 7. VERIFY AND LOCATE THERMOSTATS PER OWNER DIRECTION, GB SYSTEMS TO ADVISE ON LOCATION. LAC -2I SO- Os- N LAC -1 IEF -1 GAS GAS GAS GAS 1 10 "0 ` DOWN TO EF -2 �) ®izi I GAS IEF -3 SCALE: GAS GAS \ - [2:>.o IEF -4 1 2 (NC -41 G) D IFH -1 IMUA - NEW ROOF PLAN HVAC 1/8" = 1 La IFH -2 IFH -3 DOWN TO EF -5 O IFH -4 2 1/2" >O i g GAS GAS GAS GAS UP TO ROOF EQUIPMENT SCHEDULE FH -6I FH -5I249 IEF -7 IEF -6 C:==-0 NEW GAS METER CONSTRUCTION NOTES: COLOR / WIDTH LEGEND: GRAY - EXISTING HVAC BLUE - RETURN AIR DUCT a ALL EXISTING AC UNITS TO BE REMOVED, VERIFY IF DUCT DROPS CAN BE REUSED EXISTING ROOF CURBS RECEIVE ADAPTERS (TY CURB OR PLENUM INC) FOR NEW AC UNITS THIS EXISTING ROOF CURB TO BE CAPPED ENLARGE EXISTING OPENING FOR LARGER UNIT, VERIFY WITH STRUCTURAL ENGINEER REUSE EXISTING ROOF PENETRATIONS FOR EXHAUST FANS 6 & 7, FIELD VERIFY NEW ROOF PENETRATIONS FOR NEW EXHAUST FANS WITH 10x10 DUCT DROPS NEW ROOF PENETRATIONS FOR NEW 10 "0 OUTSIDE AIR MAKEUP VENTS FOR FUME HOOD FAN AND DUCT INSTALLATION, TYP OF 6, SEE DETAIL e KEEP A MINIMUM OF 10' BETWEEN ALL EXHAUST DISCHARGES AND SUPPLY INTAKES 7q* CITY QF II V 11J`. AI'i'OOL c SAYBOLT, INC LAB TI ECEIVED CITY R OF TUKWItA PERMIT CENTER I " A A A A e MISCELLANEOUS NOTES ADDED 7/18/00 ISSUED FOR PERMIT Rev. Num. R E V 7/7/00 S I 0 N S Dated GEE GB SYSTEMS, INC. HEATING • AIR CONDITIONING AIR AND WATER BALANCING 7202 NE 775th Kenmore, WA 98028 • Phone 425.482.0584 • Fax 425•482•0588 PrICH Date Propel Number. Drawn b ch.V d b 638/00 1547 SK GB ! aDD Inc scale: North: NAME AREA MAKE MODEL # ®® VOLT PH AMPS BTUH - HTG BTUH - CLG SEER *EER TONS WEIGHT REMARK MCA FUSE INPUT OUTPUT TOTAL SENS. TRANE YCCO24F1LOB :'m 310 240 m ®® 50.OMBH •� e� • ©' NEW MIMEMM WANE ANE YCCO3OF1LOB 1000 ap �m mi E • : •a z : ® x i ® NEW ® ®® ®� YCCO24 ' " 1}� i"li7im ®��®0� ® ®�� , ® ® ® ® ® ®® ©® NEW 800 IMMI®� HCRGB -225 'I N/A 120 10 N/A IEEE 200MBH 160MBH N/A lerallEEME:1110. NEW EF -1 BATHRMS LIZMNIZEI N/A 120. mIZIEME N/A IZIIIICEINIESIIIIEGNISINICEIN EF -2 FIELD IN SP BROAN L200 200 N/A 120 N/A N /A N/A N/A N/A N/A N/A 20 NEW EF -3 MECH /ELEC ILG CRDA08 400 N /A. 120 • 0 N/A N/A N/A N/A N/A N/A N/A 20 NEW EF -4 RECEIVING ILG CRBCAl2 1211 N/A 120 10 1.8 ME N/A IIIMINECIIIIIMMIMCIENIZIIMIN NEW ® N/A N/A N/A essizmEgi N EW , 2 HP NEDERMAN 529 ; " N/A 240 30 6.3 N/A EF -6 OCTANE ® CRBCAl2 ME 120 mmilizz N/A gumcgimpmegmegi 20 NEW ®=11®EZEIMEN 120 mKE N/A N/A N/A N/A CEMICIENICEll 20 NEW 0 ROOF 0 "0 L FIELD VERIFY FAN MOUNTING TEAR CEILING COLUMBIA GLOBE VENT CVPGGV6 _ f\ GELD VERIFY FAN MOUNTING TABLE EE DETAIL TYPICAL FOR EF -5 NOT TO SCALE �/ TYPICAL FOR FH -3, 4, 5 Sc 6 NOT TO SCALE FLEX CONNECTION 1 5 "0 ROOF 6 "0 J CEILING FIELD VERIFY CLEARANCE LAB ROOMS 100 & 103 EXTRACTOR ARM i1J4i c z W44 FUME HOOD EF -1 & 2 CO . NOT HAVE OFFSET AS TH'Y ARE SEVERAL FEET FROM EDGE OF ROOF SQUARE TO ROUND TRANSITION FUME HOOD (BY OTHERS) LAB ROOMS 100 & 103 FLOOR PH EE ELEVATION DETAIL GENERAL NOTES: 1. INSTALL VOLUME DAMPERS IN ALL SUPPLY RUNS. 2 AIR BALANCE SYSTEM AFTER CONSTRUCTION IS COMPLETE. 3 ALL FITTINGS AND DUCTWORK SHALL BE SEALED. 4. ALL DUCTWORK SHALL BE PROVIDED AND INSTALLED PER SMACNA "HVAC DUCT CONSTRUCTION STANDARDS" AND U.M.C. 5. DUCTWORK SIZES SHOWN ARE NET INSIDE DIMENSIONS. 6. FLEX DUCT WORK SHALL NOT EXCEED 10 FEET IN LENGTH. 7 VERIFY AND LOCATE THERMOSTATS PER OWNER DIRECTION, GB SYSTEMS TO ADVISE ON LOCATION. SCALE: 1/8" = 1 -0" u I N A 7�kl1] GAS GAS • r p LN1 NEW ROOF PLAN HVAC EH-51 EQUIPMENT SCHEDULE I II I�- 6 _ REF -7 IEF-6 -2 1/2" i GM UP TO ROOF-' \- NEW GAS METER ryt2o00 kl /A • I AI /A I Al /A Al /A I Al / CONSTRUCTION NOTES: ALL EXISTING AC UNITS TO BE REMOVED, VERIFY IF DUCT DROPS CAN BE REUSED EXISTING ROOF CURBS RECEIVE ADAPTERS (TY CURB OR PLENUM INC) FOR NEW AC UNITS THIS EXISTING ROOF CURB.. TO BE CAPPED - ENLARGE EXISTING OPENING FOR LARGER UNIT, VERIFY WITH STRUCTURAL ENGINEER REUSE EXISTING ROOF PENETRATIONS FOR EXHAUST FANS 6 & 7, FIELD VERIFY NEW ROOF PENETRATIONS FOR NEW EXHAUST FANS WITH 10210 DUCT DROPS COLOR / WIDTH LEGEND: GRAY - EXISTING HVAC BLUE - RETURN AIR DUCT NEW ROOF PENETRATIONS FOR NEW 110 "0 OUTSIDE AIR MAKEUP VENTS FOR FUME HOOD FAN AND DUCT INSTALLATION, TYP OF 6, SEE DETAIL IG KEEP A MINIMUM OF 10' BETWEEN ALL EXHAUST DISCHARGES AND SUPPLY INTAKES MISCELLANEOUS NOTES ADDED ISSUED FOR PERMIT Rev. Num. R E V IS I 0 N S 7/18/00 7/7/00 Doted CBS GB SYSTEMS, INC. HEATING AIR CONDITIONING AIR AND WATER BALANCING 7202 NE 1751h Kenmore, WA 96026 • Phone 425.462 • Foe 425•462•0566 CVO' SE TUVi4 O 505(1.•' _0 AUG 2 Ui ?GU tA ii)oc) ri -1 PAnAn9 Dote: Propel NomE"r: Drown by: check"' y: Woo NI": Seal•: 6/8/00 ' 1547 I SK I GB b 1/8 " =1 —0 North: m.. Pro SAYBOLT, INC — LAB TI CITE' OFETUKDOLA PERMIT CENTER