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Permit M2000-202 - THOMASVILLE FURNITURE
TSOSLS i56S a.zn�tuzn3 OJTASUJ0tZ ZOZ Li City of Tukwila Permit No: M2000 -202 Type: B -MECH Category: NRES Address: 5951 S 180 ST Un: 101 Location: Parcel #: 352304 -9031 Contractor License No: TNTMEL *011K7 TENANT OWNER CONTACT CONTRACTOR UMC Edition: 1997 - k ** * * *k *k•* *Ekkkkk4 MECHANICAL PERMIT Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188 THOMASVILLE FURNITURE Phone: 5551 S 180 ST, TUKWiLA, WA 98188 MBK NORTHWEST Phone: 206 575 -8090 C/O TRAMMEL CROW COMPANY, 17560 SOUTHCENTER PY, TUKWILA WA 98188 SCOTT HARRISON Phone: 425.486 --4827 22833 BOTHELL- EVERETT HY, BOTHELL, WA 98021 T N T MECHANICAL LLC Phone: 425- 486 -4327 22833 BOTHELL- EVERETT, HY 1164, BOTHELL, WA 98021 * k**k k'k kkk• k k k*• kkkkk *kk *k *kk *kkkkkk *kk** * *kkk * ' kkkA' *kkkk *kk *kk *kkk *kk * *kk *k Permit Description: P & I (6) ROOF -TOP GAS /ELECTRIC UNITS, DUCTWORK AND (6) VENTILATION FANS. Valuation: Total Permit Fee: kk* 4*1444****k # kk ***** *** **k *•4 ** Status: ISSUED Issued: 10/02/2000 E'pires: 03/31/2001 r r ya/ rrr+... ar --- t � Permit •C+ nterT� har ed mature Date I hereby certify that I have read and examined this permit' and know the same to. be true and correct. Ali provisions of law and ordinances governing this work will be complied with, whether specified herein or not. The granting of th1s permit does not presume to give authority to vioiate or cancel the provisions of any other state or.loca1 laws regulating construction or the performance of work. I am authorized to sign for and obtain this but pn ing per• t • Signature: � �!^ s. . r..... .. t + r ri�ss.ra :AV (206) 431 -3670 45,000.00 150.2 k* * ** ***k * *k *b•kk Print Name:_av �. - _.. This permit shall become null and void if the work i$ not commenced within 180 days from the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. Address: ` °59S 1 S 180 ST Un: 101 Suite: `f"enant :. THOMASVILLE FURNITURE ,Type: 8 -MECii Parcel #: 352304-9031 CITY OF TUKWILA Permit No: M2000-202 Status: ISSUED Applied: 09/05/2000 Issued: 10/02/2000 *** At*************** *AA. * * *k* * * * * * * * *A**** ** *. * * * ** Aft° A -A****A A * * *** ***k* * *•Ir .A* : Conditions: 4. 'Readily accessible access to roof mounted equipment is ;required. . Any exposed i nsu l nt i.ons back ng 4matei i a.) shall have a Flame Spread Rating of less, and material sltal.l bear identi- r i cation showing a the fire performance rating thereof . Plumbing per m i i:s shat l be obtained through the Seattle-King County Dep rrtment of Public Heal th . P l unto i will be inspected•:"by% including all gas piping (296- 4722I ° s 4. tlectr$oe1' permit:s shall be obtained through the 'Washington State, Division`' of Labor and .l'ndustries and all el work41)11 be inspected by.Ehat agency (248 - 6630). No cheflgo` %,=will be rondo 'to the plans unless approved?' Engih,cter,,a the Tukwila Building Division. 6. J A1 1,i` permits`, inspect ton records, and approved Mans shell evq i,'lable, at; the f ob. si t e prior to the start of any con_. . stt!,uct i on . These , douuinen l:s are to . be Maintained and a_ve 1, eb`1,a until final Inspection bpproW Is granted, 7. All ; const *ruction to be, done In cpnfornwnce . wi i:h approved p l'4hs and , roqu I r is of t Un i rurm B u i l d i n g Code (199/:: ,Edl,tionlAs amended, Uniform Mec:hnn l ca l Code (1997 Cd l t i on) , end4r�,.Wash ins ton State Cnorgy Code (1997: Edition) , . V�rl`'i'dIty 'of Permit. 'The issuance a permit or approval of. plan , Specif i:cations, and computations shall ,not (,u °oori- . strueI to be a perm1 t : for, or an : approva 1 of , any ' v 10 let i of any of, the provisions of the ; building code or of an.y_ other* o rdinance of the jurisdiction. No permit pi a suming give authority to v i o l a t e or cancel the ; pruv i s i ans of t:l► i :. code OAP be ;Manufact,ur.ers 14tallittpn instructions ,requir ed - Qp sit for the b'iri i4ing'fnspectort revl,e r. , Project Name/Tenant: w• ASJ111�. 1.-1)rziv.aNr-r.g�. Signature. V ue of Mechanical Equipment: 'Qs `"b Site �d S \ Sb ' 'T 1 %...4...$1 LA City Stae/Zip: c.) lia Ta i---) u -�� Property Owner: Phone: ( ) Street Address: City State/Zip: Fax 11: ( ) r scli r. W1 az_t_k- lc ik L Liz._ Phone: ( ) is c ,..2...z `3 Street Address: 7.2 3 97.trt ( eyr City State/Zip: adif.t l (..,A Fax #: (� f2 cc b , e 5 .... 2. Contact Perso : G 'y}'�f S�►ti1 Phone: ( q 25 1 4 Sdo - 43 2 7 Street Address: 5 e...) City State/Zip: Fax it: (L i ) so b - 7 ,.r.- BUILDING 0 :L'.[, OR AUTHORIZED AGENT. Signature. Date: Print name: C . , �d eel Phone: ( ) Fax N: ( Address: City /State/Zip: CITY OF T( T''WILA Permit Center 6300 Southcenter Boulevard, Suite 100 Tukwila, WA 98188 (206) 431 -3670 FO' 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. MECHANICAL PERMIT REVIEW AND APPROVAL REQUESTED: (TO REFILLED OUT BY APPLICANT) Description of work to be done (please be specific): A44 f.5 U. 7t • -ri ta, 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 prAtnit 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 100 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 100 days upon written request by the applicant as defined in Section 114.4 of the Uniform Mechanical Code (current edition), No application shall be extended more than once, Date application accepted: 0 ll /2/99 much perniir.doc Date ap expires Application taken by: (initials) lication 3 - 0 i ✓ Submittal Requirements Floor plan and system layout Roof plan required to identify individual equipment and the location of each installation (Uniform Mechanical Code 504 (e)) Details and elevations (for roof mounted equipment) and proposed screening Heat Loss Calculations or Washington State Energy Code Form #H -7 H.V.A.C. over 2,000 CFM (approximately 5 ton and larger) must be provided with smoke detection shut- off and will be routed to the Fire Prevention division for additional comments (Uniform Mechanical Code 1009). Specifications must be provided to show that replacement equipment complies with the efficiency ratings and other applicable requirements of the Washington State Nonresidential Energy Code. Structural engineer's analysis is required for new and the replacement of existing roof equipment weighing 400 pounds and greater (Uniform Building Code 1632.1). Structural documentation shall be stamped by a Washington State licensed Structural Engineer. Mechanical Permits COMMERCIAL: Two complete sets of drawings and attachments required with application submittal RESIDENTIAL: Two complete sets of attachments required with application submittal • 111210 I p escp„u:� 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 Nov Single Family Residence _ Heat loss calculations or Form H•6. Equipment specifications. Chan e•out or to placement of existing mechanical equipment Narrative of work to be done includln modification to duct work. Installation of Gas Fire . lace 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 Ore included in the Uniform Mechanical Code — please Include any water heaters or vents being installed or replaced. PERMIT NO.: A ZOO MECHANICAL PERMIT APPLICATIONS INSPECTIONS ❑ 00002 Pre-construction (❑ 00050 WSEC Residential ❑ 00060 WA Ventilation/Indoor AQC ❑ 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 Insul 01105 Underground Mech Rough -in 01115 Motor Inspection 1400 Fire Final 01800 Final Mechanical 04015 Special-Smoke Control System CONDITIONS d )er 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 be done in conformance w /approved plans 0002 Plumbing permits shall be obtained through King Co 0027 Validity of Permit 0003 Electrical permits obtained through L & I 0036 Manufacturers installation instructions required on site "BTU maximum allowed par 1997 WA State Energy Coda" 0041 Ventilation is required for all new rooms & spaces "Fuel burning appliances "Appliances, whichienerata,.,." "Water heater shall be anchored...." 8 Q,dditIonai Co it onr TENANT NAME: ( Koh% Fc„t t ark,Ve. FEES Basic Fee (Y/N) Supplemental Fee (Y/N) Plan Check Fee (Y/N) 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/Refrlg/Cooling Unit/System (qty) Boiler /Compressor to 3 HP/ 100,000 BTU (qty) to 15 HP /500,000 BTU (qty) to 30 HP/1,000,000 BTU (qty) to 50 HP/1,750,000 BTU (qty) over 50 HP/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/Ind (qty) Other Mechanical Equipment (qty) Other Mechanical Fee (enter SS) Add'l Fees = Work w/o Permit (Y/N) Insp Outside Normal Hours (hrs) Reinspections (hrs) Miscellaneous Inspections (hrs) Add'l Plan Review (hrs) Plan Reviewer: SC . Date: Permit Tech : pate: •28 -00 Zlr 4400******************4** ****k*A4*** Al.**k*4*4*4 *4***4****** *4*4*4******4* * Fr AFACW4 4 g74********A**144*-14#44** 1TY OF TUKWILA, WA 70000. TRANSMIT TRANSMIT Number: 11980*36G Amount: 150.25 10(02/00 11209 Payment Methods CHECK Notation: T-N-T MECHANICAL Initt 1111 • O4 ON •I1 ow • t I 41 ■• •. fa , o 10 ,1. •O IN . 4 ; O• 1 • oto oaoo• • 4 • • •• t• • • aul *it , 11.* of Mt .1 la • z t• • 1 Thi Permit Nos N2000-202 lype: 11 «PIECH MECHANTCAL PCRM1T P4PC41 NOS 352304-9031 Oita Address: 5951 V 100 ST fits Fl: On: 101 its Cross 150.25 150.25 Total ALL Pmts: 150.25 Oplances .00 ,toymont *Account Code Description Amount 000/315.830 PLAN CHEER - HONKED 30.05 000/522.100 MECHANICAL - NONPE9 120.20 1 101• 1 f, •• At Xi. Of •o• ;Of* •■•• f o$ •• oe O• 11 ft* 71, ,■• -Ir OA w. e. 1111 r NM ea tO , re •• • * 1ot ft * o49 i0/03 9710 TOTAt.. ':•••33443 • Project: F "Tree )r-t t SVt II tk _ I rii.r T e of Ins ectio : i . 4 hctn F t..lP Address: c , S � 1 I Date called: 10 - 1 1y L D ,-�' pecial instrucwons: Date wanted: a.m. Re nester: Phone: COMMENTS: $47.00 REINSPECTION TEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd. Suite 100. Call to schedule reinspection. Receipt No: Date: INSPECTION RECORD Retain a copy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter #100, Tukwila, WA 9818 Approved per applicable codes. rtt9O00-.2O2 PERMIT NO. (206)431 -3670 Corrections required prior to approval. i; Project Name Sprinklers; Fire Alarm: Hood & Duct: Melon: Monitor: Pre -Fire: Permits: Authorized S gnature 'NALAPP.FRM City of Tukwila Fire Department TUKWILA FIRE DEPARTMENT FINAL APPROVAL FORM Address Retain current inspection schedule JEL Needs shift inspection Approved without correction notice Approved with correction notice issued r1 Rev, 2/19/98 tomik Permit No Steven M. Mullet, Mayor Thomas R Keefe, Fire Chief Suite # lo LP( r 1 " 10 Date T.F.D. Form F,P, 85 Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: 206. 5754404 • Fax: 206.575.4439 oJect: Type of Inspection: a Address: Date call ; : pedal instructions: Date wanted: a.m. .. Requester: illitoc Phone: ,II eassinsm _-J /r - NAM Ado COMMENTS: 0 $47.00 REINSPECTION F3: SQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd. uite 100. Call to schedule reins ection. w T Receipt No: Date: INSPECTION NO CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 Approved per applicable codes. INSPECTION RECORD Retain a copy with permit I'EftMft NO. (206)431.3670 Corrections required prior to approval. Project: 7iif. /•4 ill 1k; / r iwre T pe of Inspection: , C2t)rih - 1 n - Date called: w� -lam Date wanted: #t �tek — a.m. Address: Special instructions: Requester: try t"r -' Phone: 3it ? INSPECTION RECORD Retain a copy with permit INSPECTION NO, CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 9818 (206)431 -3670 Approved per applicable codes. , N E:1 Corrections required prior to approval. COMMENTS: $47.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reins. action. Receipt No: Date: 4 Rooftop Packaged Unite 0.61 a f j y p ^ . �r.l` • 48TJ• .• Single-Packag�R��ft�p nits Electric C a Certified Dimension Print 01999 Carder Corporation ' Syractioe, New York, 13221 RECEIVED CITY OF T )KWILA S t ri .. 5 zuv0 PERMIT CENTER CITY OF TUKWIL.A APPROVED SEP 2 7 2000 AS NA TED SUBMITTAL DATA FOR GALLERY OF SHOPS TNT MECHANICAL RON FRENCH, AIREFCO INC, 7/5/00 Release Date 09101/1999 M woo wz.. ti ;e. ,,Rier)fit fe el Project Name: GALLER OF S Prepared by : Alreico, Inc. Project Name: GALLERY OF SHOPS .04kg Name: SHOP-1 / kit Name: 48TJDO07 ARI EER 11.00 Base Unit Weight 00 11, Base Unit Dimensions: Length /3.? in Width 0 44.0 in f fkkht 33.3 in UM' Voliage-Phase•Hertz 400440 Ak Discharge Vertical Fan Drive Type Batt Actual Akflovi 2200 CFM Bite Altitude 100 ft Evaporator Entering Ak DB Evaporator Entering Ak WO Evaporator Leaving Air D8 Evaporator Leaving Air WO Leaving Ak Enthalpy Carrier Corporation 010INI Cooling CipacIy Ocoee Bombe Cy Co IWOONX Power Input Cal Dome Factor_ ass input Capecity____ Max. Avail* Oas Hating Output Capacity Temperature Rise Eadornol Mello Pressure_ Fan RPM__ .Ean Pow_ —Jest/Seal Data: Minimum Voltage Maximum Voltage COMMIIIISOP RLA ltiC00161. Compressor LRA (is) Outdoor Fan Motor HP (•a) Outdoor an FLA (en) indoor Fan Motor Typo indoor Fan Motor PLA Combustion Pan Motor PLA (oa) _ POW Supply MCA Power Burn MOCP, Fuse or HACK, U.SA. Min, Unit Mwrineot PLA Min, Unit Disconnect LRA srovererssemenaetsem mac MaXGO/k/C■11/1/.2././MOYOMMEN..7.19111110.0...1Sai 1111•11■7141•MINCIRAO.M11114■MWEN •4.0 V 110.0 •F 07.0 T 31.00 BTU/b 117A 116.1 23.19 BTU/lb 71.01 MOH 113.N MOH 1.02 kW 0.043 72.00 MBH MBH 44.4 •F 0.40 in wg 1243 1.4 BHP 414 10.0 73 114 Standard 2.0 10.0 IS so Rooftop Packaged Units 115100 3:21:25 PM Version 8.61 Page 1 of 2 a. (1 f t 1 - a w..ww. rAns Project Name: GALLERY OF SHOPS Prepared by : Alretco, Inc. Tag Name: SHOP -1 Name: 4$TJD007 Sound Power Levels, dB Discharge • 83 hz 66.0 125 ha 62.0 260 hz 70.0 600 hz 79.0 1000 hz 78.0 2000 hz 78.0 4000 hz 74.0 6000 hz 71.0 • - indoor Fen Carrier Corporal on re 10E -12 weee Inlet • Outdoor Fan 79.0 66.0 75.0 69.8 74.0 72.9 84,0 75.9 81.0 78.3 85.0 78.5 80.0 72.8 45.0 87.9 715100 3 :27:20 PM Acoustics: Sound Rabin_ e 8 Beb Rooftop Packaged Units Version 6.61 Page 2 of 2 ECONOMIZER WEIGHT LOS. KO, CORNER HEIGHT (A) LOS. KO. CORNER HEIGHT (8) L89. ..._ _ 105 106 115 136 UNIT ", I STO;'LIUIT WEIGHT L89. I KO. rCitUtl -I ) /2' 14!2.1) d4MA COIL (( ACCL$I COCA Q u1 40it t0 '"° n'- 111' -r!f OM WM Ow MI& API WM OW CORNER WEIGHT (C) LOS. I KO, 1.4 451 EvA LOY R CCE5 5 T PANE` 1 '9'4 1 0) 5/18' ICOIAC $11[A M0 72,6 ` 6S 90,7 1 64 CORNER HEIGHT (0) L89, I K0, OUf9IOt /IA 1(0 view i /' -0 16/16' 0' -4 1/1' i�iii t41i I i�r`' (gm - r(s,4) ..1... 27.2 29, 55 29.0 '941)".' i RIGHT SIDE Lo, i'' ) /A 6UPPLY AIR 1451) CWINEr 912E`! ► 1/s A R �. P ► E COME Ail! 0 1/16' 1103.31 fIL14R ACC451 PAWL (011P07A6LI 41LTCR5) 1/16' V)EI 64 0015I0E AIR 11000 FILM • 11 f O' -5 11/18' (144.3) RE's AIR GHT SIDE 6 510. CONDENSATE unAld 1 1 . 1::::111 4BTJF /TJE004 461.1F /1JE/TJ MHO/NE/T.1000 e1JF/1JE/TJ000 ; 1.1 MOTISI 1, OIMC11910N1 IN { 1 ARE IN MILLIM(IIRS, 2. 0 0001111 of GRAVITY, 3, iZt1 OIRICTIgI OP AIR nag, 1 , Al I 0 � 0; •1 q► N S p�ACL � 000 CLIARANCI (LOCAL CCOI1 OA JU ISOICIIOM MAY 1 1011 T, rI.uI 1104 AJIO COMOU6111LI 60,416, *yu� ALT T0.00110Ui1 6 tA 1)K 0�4 Uf1116 _ ...., ritAi Fi . 6611( tri 11 ktrol1 'PAOPta CON00NICA PAN 140l,(0 l. " tONIIPol ' p �00* A , 'INCNII PIN C. 1, lilt � �t N i { 0�1 u ADI�R OVMI)� q NfCR CL 41.141, p� g Ip�I� I �q( 7, I10�1MppA� 44kt0 O r jj IINOIMATLRIAL t ", IF O II N T avow !.. CoRN*R '0 f A VP Nf+f RAI(y,1,! II 1'4'(4111 VP fEOM p� q91 6p 1 +' t , 1 /0' , 9'••11 A&1i PA14L 3 /lO,i 041 P • (�1Z ��i0f1 I / b . • ;; , . LEFT SIDE 3 4 (1144) FLUE ►1000 1'•0 1/0 (76,1 I 114 11 11 I IVI(Y A•A CONTROL 09% ACC 66 44+44 2'•16 CONTROL Oil EC4a1 IN titast I 4YAPOnle 4 0 . .3 5/16' (69.4) FRONT 0' • 0 761 0'j 8'.1 11/10' 11073) Ask U111 1E0 f t M 40 1ECNH01.00I ES " " '• -;11r1 ...CARRIER Ism �1 �� II U o � d ,, X 17 5. FORE TRUG( 50015 ` ..0-53/4'1 ' ,.. OURfeR ER PI E55 ( 106.0)8, 0' -2 1 /4� 1116/ P 5ID€ OF FRONT ( q ACE51 a 1 15/1( 1658.6) PLY AIR hlif 06,00 If r4 Melt 0 taltte 10000 M If .4IM�r t tt I 4 t000 00Mi10 Mt 14 fbO O", r t4r Mrlw/ 00.04 = f 1 VAn telr. 0140 tIMN 0011! 0tf rttt ,,t'iMM�ftI 700# awwnw 0537 Series MicroMett Part No. Roorcurh Slxec{ncations (in inches) Carrier Part No. A 0537.008A N/A 8 0537.01 IA _r N/A 11 _ 0537.014A CRRFCURBOOIA00 14 0537.024A CRRFCURBOO2AO0 24 FORM NO. 1174-17P SUBMITTED TO COMPANY. DRAWN BY. ALL. JOB NAME. EQUIPMENT: NOTES: �.. FEATURES 'ftoolourb lidos and ends era 10ga, galvanIzod stool. (.055 min) •Oaskoting package provided, • Full perimeter wood nailer, NOTES: 1.) Adjuatablo pitchodladJuetabio height curbs and taller curbs are available, Blocked top corners 13 7/8' 1 3/4' Alt. drain hot 2.) Attach ductwork to roofcurb, Flanges of duct root on top of curb. 3.) Roofourbe are marked with the Carrier pad number. 4.) The standard MicroMetl curbs do not have service plate holes. II they we required, you must specify on the order, 37 3116' 1 3/4' + I 1 NOTE: If using through'the•slbe of the curb gas or electrical connections, you must specify service 1 holes are required, Optional service plates: 0815.0537. A CROSS SECTION OFCURB Knocked -down Roofcurbs for Carrier 48/50 TJ, HJ, TJQ 004 - 007 units Opening for thru the bottom electrical connections (4) Insulated dock pans 3/8' Part Number: 0537 Series M Corner Detail THIS DOCUMENT IS THE PROPERTY OF MICROMETL CORPORATION AND IS DELIVERED UPON THE EXPRESS CONDITION THAT THE CONTENTS WILL NOT 9E DISCLOSED OR USED WITHOUT MICROMETL'S WRITTEN CONSENT. MICROMETL CORP. • 3419 ROOSEVELT AVENUE •INDIANAPOL IS, IN. 46218 01.800.6624822 ••• MICROMETL SPARKS • 202 SOUTH 18TH ST. • SPARKS, NV 89431.1.800.884.4662 etallo Prasauro Drop through Dampers • In w.g, C PM 1200 1000 2000 2400 Return Alr 0.055 0000 0.14 0.22 Outside Air • Down Discharge 0.024 0043 0,073 0.000 Outside Alr • Horizontal 0 31 0.50 0 05 1.12 HVAC unit's llltor WIMP fi/MITTi! / FORM NO.2511.1 P Plugdn oconomizer— harnoss Return damper Side View SUBMITTED TO COMPANY: DRAWN BY; M• 1 nrals JOB NAME: EQUIPMENT :. NOTES: — 0899.0100 3 to 8 Ton Unite Barometric Relief Access door shipped with HVAC unit Aluminum Filler uteldo air Note To Installer: This ecnnomizor uses the filter access door shipped with tho HVAC unit. Convertible Economizer For 48/50 TJ, HJ, TJQ, GJ 004 -007 1. Return air toot performed with outside air damper 100% closed, Part Number: 0699 -0100 FEATURES: • Convertible • Gear driven dampers, eliminates slippage associated with standard linkage. • Factory assembled hood, • Direct coupled actuator. • Low static pressure loss through economizer, • Barometric relief area equal to outside air area. • Uses filter access door shipped with HVAC unit. • Top of hoods are sloped to allow for water run'oll, • Hoods are constructed of pro paint steel, matching the finish of the HVAC unit, Water entrainment filter provided. • Optional control system includes plug'ln wiring harness. Horizontal 0.35 0.3 0.25 0.2 0.15 0.1 0.05 0 250 600 750 1000 Airflow (cim) 1250 1600 2. Relief air and outside air test performed with return air damper 100% closed. Outside at hood Relief hood 16516' 9 13110' Down Plsch Orientation THIS DOCUMENT IS THE PROPERTY OF MICROMETL CORPORATION AND IS DELIVERED UPON THE EXPRESS CONDITION THAT THE CONTENTS WILL NOT 8E DISCLOSED OR USED WITHOUT MICROMETL'S WRITTEN CONSENT. MICROMETL 3419 ROOSEVELT AVENUE • INDIANAPOLIS, IN 48218 • 14t10. 682.4822 »MICROMETL WEST 202 SOUTH 18TH ST. • SPARKS, NV 89431 • 1.800.884.4682 18 4 1 4 :4 7 ,11,0 _py 4, 14 - 01 fp:641e:: ,.#9 9 1 Project Name: GALLERY OF SHOPS Prepared by : Alretco, Inc. Project Name: GALLERY OF SHOPS "gag Name: SHOP-2 Mt Name: 48TJDO06 Carrier orporation ,01K144, AR! SEER Base Unit Weight Base Unit Dimensions: Length WIdth Height Unit Voitage.FhaseHett2 Ak Discharge Fah DWG Type Actual Akflow _ Ske Altitude ., . Condenser Entering Air De_ Evaporator Entering Ak DB _ Evaporator Entering Ak WO Entering Air Enittaipy Evaporstor Leaving Ak DB_ _ Evaporator Leaving Ak WO Leaving Air Enthalpy Gross Cooling Capacity Grose Sensible Capacity Compressor Power Input_ Col ftpmis Factor Oss Input Capsoky Max. Available Cles Heating Output Capacity Temporature Rise External Static Pressure Fan RPM, Fan Motor Size, HP OT Medium Motor Speed, Vert, Meet Drive Bleatrleal Data: Minimum Voltage Maximum Volltzge ComPlowor RLA Compressor LRA (ea) Outdoor Fan Motor HP (ea) Outdoor Fan FLA (es) indoor Fen Motor Twe Indoor Fan Motor FLA .16.111031:1L11,11.0■1=711.10.11MITOMMIIIII•MMYMIN , ..aff•MINO , 011011•11111•11•4011.1.1C 111.111116 Combustion Fan Motor FLA (ea) Pow Supply MCA Power Supply MOCP, Fuse or HACR, U.S.A. Mn. Unit Disconnect FLA Min, Unit Disconnect LRA 11.70 4101 73.7 In 411.0 in 33.3 in 480440 Vertical Direct 2024 CFM 100 It °F F 47.0 •F 3120 arm 114.2 iF 172 24.11 B111/6 SOSS MBH 44AS MOH 1.77 kW 0.042 72.00 MOH MBH 40.0F 414 7.1 44 114 .0 Standsod 3.2 12.1 10 13 73 0.10 ki wg 470 1.2 Rooftop Packaged Units 4 .0 , , . 4.■ 1 7/5/00 3:2815 PM Version 6.61 Page 1 of 2 Project Name: GALLERY OF SHOPS P spared by : Abele*, Inc. Tag Name: SHOP -2 t .- 1 41t Name: 46TJD006 Acoustics: Sound Rating 8.2 Bell Weighted 80.6 Sara! Power Lavoie, dB 63 hz 82 . 125 hz 78.0 250 hz 75.0 500 hz 754 1000 hz 74.0 2000 hz 72.0 4000 hz 70.0 8000 hz 67.0 • - Indoor Fan Carver Corporation re 10E -12 Watts Mkt • Outdoor Fen 79.0 56.8 72.0 75.8 72.0 72A 62.0 72.9 80.0 74.8 80.0 78,4 69.0 71.3 60.0 89.1 Rooftop Packaged Units /4.0" .ra.•r. , , 715100 3:25:16 PM Version 6.61 Page 2 of 2 .** UNITED mA.o,. TECHNOLOGIES """ OANEA WEIGHT ( LOS. KO, 213 222 2S6 ECONOMIZER WEIGHT LOS. KO. CORNER WEIGHt (8) LOS. KO, CORNER WEIGHT (C) LOS, . KG,. 4OTJP /TJE004 7'•0 L/16' (s' ,61 A91 , 1115,91 caQEN56F con. 1a son `7071 CORNER WEIGHT (A) LOS, K0. tcONONIItR 4000 0'.2 PIO 1111 Y11W A•A O'•1 Al= mum AIA 0'•1 1/10' VIEW 3.1 P14ME11 ACC122 PAM44 (011F0OAO41 P141(R1) 0015106 AIR L etJr/TJE/TJ000 4OTJP /TJC /1J 4OTJP /1JE /TJ000 NOM. 1. 0IK142IO21 IN 4 .) el IN NILLIN411AS. 2, • CANNA Of OMAYI1 /• 2, 0IAIC11a1 OP Al R new. I, . a.1ARAIKI k1A0CAt. 00041 CA J%.$IW1CIION HAY •, ( + I �1t11, fk 1101 Ah0 CO02111I0L1 WAPACE1, 2, A" f lige61110 9, { .y " ' R f,t i1 IVIVItq Ill i �p� MOM COIAt AH 1: r 1 7{� I � G INFA1l`9� G. i Y 1 AwO PEA I T , i tl ` ,1 Nl�; Pit 1p1�n1A t ��j ��►t+I a+otMStR ti , t li IOIlNCE Oi ICAi REO{l i (� t0 f1 } If 6 T ON A . ?v1 0 ROOD QYEkIN91NA1ORIM. Calr<R '0 O. f 101 41101011,401!/411 12141TT 12 ('• 2'4211 VP foal il 9∎; jt t ;9� 1110, � Q '•1 /�� NO ITgOo7>Ct3400.0rg+ci w. (r.41 trsicht mts, ccqp 3'-5 3/16' OP • (1046) 2'.2 t * ) L EFT SIDE FLtX II000 1117 {f — CCt0412U2 COIL ;II C $C Ot in 1A1E A0 tp ■ l/o f I' Ott 17 1) 1 IVltw A•A REAR S C ,.�.....— .. 21011 / 0-..l6 ""'""'"1 CONTROL ONECf11 (7 6.2 @URfE P ACCESS 1 FO&K TRUCK 51.0(5 0'.7 /6 • 1160.0) FRONT I / (TYP 6 PLACES) 0'•5 3/4' 1 IIi1111111y '•1 15 /I . (659.61 PLY AIR out )oE or PANEL. .rn* ur ur,..l M ro �M ,�, 1'"` d a � Project Name: GALLERY OF SHOPS Prepared by : Alrefco, Inc. Project Name: GALLERY OF SHOPS -*mg Name: SHOP -1,2 It Name: 48TJD008 ARI EER IPLV Base Unit Weight Base Unit Dimensions: Length VA in Width 67A in Height 41.3 In 480440 Vertical Nei Unit Voltage- Phas..Hem AU Discharge Fan Drive Type Actual Airflow 3000 CFM Site Altitude 100 it Condenses Entering Alt DB .._. -_ ._.__.. - .__...___, _ . _w. HA 'F Evaporator Entering Alt DB .__.. 80.0 'F Evaporator Entering Alt WB ... ._..,_ . 87.0 'F Entering Alt Enthalpy 31.110 BTU/6 Evaporator vapo nt rator L i p Nr Wf� ill 'F Leaving Nr Ent:eipy. `� 24.11 BTU/6 Carrier Corporation Grose Cooling C �y _ ... Arose Sensible Cap oily Co eesor Power inlx .� Coil Factor ._ .. _ _ ._ Gas Input Capacity___. Max. Avafisble Gas Heating Output Cepaolty Temperature Riee External Static Pressure 0.10 in wg Pen RPM 721 'n Power 1.1 BHP Electrical Data: Minimum Voltage Maximum Voltage Compresses RLA (ea) Compressor LRA (ea) Outdoor Fan Motor HP (eat) _ Outdoor Fan FLA (a) _ indoor Fan Motor Type _„_ Indoor Fan Motor FLA Combustion Pan Motor FLA (ea) Power Supply MCA Power MOCP. Fuse or HACR, LISA i Min, Un omeot PLA Min. Un t Disconnect LRA liCOMMIIIMS MAW.. Sao IPA 870 Ib M.8! MBH 0 MBH .04 kW 0.100 121.00 MOH 100.00 MOH 31.0 'F 414 101 8A 142 .7 Stwtdard as 111.4 10s Rooftop Packaged Units 7 /1/00 3:27:26 PM Version 6.61 Page 1 of 2 Project Name: GALLE Prepared by : Alretco, Tag Name: SHOP -1.2 it Name: 48TJD008 Carder Corporation RY OF SHOPS Inc. Acoustics: Sound adted Sound Power Levels, de re 10E -12 Watts Discharge • Inlet • Outdoor Fan 83 hz 81.0 78.0 83.2 125 hz 78.0 71.0 87A 250 hz 73.0 70.0 83.5 500 hz 73.0 59.0 82.8 1000 hz 70.0 58.0 83.0 2000 hz 88.0 54.0 77.7 4000 hz 81.0 50.0 71.8 8000 hz 55.0 39.0 87.0 • - Indoor Fan , ,rrr :ids a' ;. ;rte . ..t ty.ir.0 ` �. l' • 8.0 Bela 884 Rooftop Packaged Units 7 /6/00 3:27:26 PM Version 6.61 Page 2 of 2 S10. U411 WEIONI LDS KO ECONOHIYEA WEICNI LOS. KO, C011iER WEIGHT (A) LOS. KO, COSHED WEIGHT (C) LOS, K0, 3'.3 7/0 2' -5 7/0 07 102 103 COMMA WEIGH( (0) LOS.. K0. I'=2 7/0 t' -2 7/0 4' -1 5 /10' MOM ■ tt2Lw! zITf MMINI nromonounEnzuv.144‘ruccummisli --- OIiFIIY7 [� #ii)I3i�G1Tu'i�*.n:''i1�t7f� CiIiIIY1f=CL12IO: 1111111111111111 17fllit7f3/111111(i[I «• MLIfTITL[i 17UaL1.21Wtc(T ur 2' -4 11/(6' ' =2 7/id' • 1 •19 4' t 6 4M 2/4'•14 4 Ott CCs /rfC1114 401)1,2600 I 060, 4:1 • •) • 14 4 41 (0721 V =2 7 /I6' 05G 924 924 401JE/TJ0014 IW4 40100 (GI4R94 601/ V . 550 & / mouto Wen Fugc 1 !!+0+011•(61 = COf(IIEA WEIGHT (D) L05, Ko. 1' =1 7 /O' 1.. W.*. I/ •t mein • 11■610 0000011 M N 061401 ht 0000(1111.0 M. K 0,401 24 M 0 101!0110 0 .1ti 0/00 1MjN 1+401∎ l* •101!(1 tOS VIFM 1.1 . L•I•111111111t■11 00PP4r AIR 4A61i1PWR IA ; 1 1 /7 ; /1') 4 AIR 48I0/1JE /11 40TJE /1JE /1J 40TJP /1JE /iJ001 40161, 1. OII IONS IN { ) ARIL IN 4111.1461114. 2. a CuNi(R of molly. 2. 4111(080! OF AIR /LOW. 4, �►� A 4oro 1 1411461fin �� i°6Lrlo 11 I i 6 0. 1, N yy 4461RAHC6 (LOCAL 00666 OR M1661EIIOH MAt •, 11 Ht, 24116 1101 AIfO CONO(AfI016 6(111(1011, 0, '(IN V 10 COiI64110L6 Iu #A0t1 (111(o Not 411113 Cu01) OAK RAIL 10 C0400111I0LI 6U014:II (11(11 401 411110 04611 l�r {�i Lf�flfki 4P PlOP(N CO'.O645614 FAH �1 1 I• 0 p u�1"t WA IN, c T ( 11A{� 1 y 1"i c. 1114 WtP4�� = R i I INgi6• k lif �+¢ �I, (IP-iRQMTf 00ira'Cw(IF iIC °@ 1 AIL- 7'"INt foi 4)06 V 11111 1°' Ir' �65) 1T T)P 144 f140004/1.04)41.0444114.tfkr 1 CO !p p1141 qr YM fy t 4'.5 7/v (1368) LEFT SIDE 191+ ! 01■01,16 I Cn1031 111 cornitil CUttultR COIL I .. 4'•+l ) /1' (i in LEFT SIDE CORK* '0' '.7 )/0' ) 13/16' 244E h(+00 0 )/4' (1.10) N, -• gLEctOICAL 015CG1u'EG7 LOCATION 3 (411.4) FcAI: TRUCK 5LQi5 0'41 (1141 6, (T'r 8 / PL ►CE5) FRONT OF PIEL SUPP ( AIR kET ' I AIR E 530. CONDENSATE GRAM • 1N001.0 if !4t 000+ it 100t1+ 00111 ir I i dlrtf 0 • ^1!E } F r O N Yid - Ill. g 1t�4 q ( 1 t)d0 ;1 flli(A ACEE55 P4I (0i0 O(E F14IE05) ' K ' 0• -7' Q•.5 11/16 (1701 (1441 RIGHT SIDE Ma lig Promos Drop Mwough D•mp•ni • M w q, 0r1 2000 3000 7400 4000 6000 R•Wm 011 014 017 Ors 076 Oubld• AN • Down Dbchargri 010 011 016 020 031 OubkNAk• Horlron141 071 036 046 002 099 HVAC unirs Iiltor O M 0.7 a OM In 0.16 0.1 0O4 PIug'in economizer harness Retur damper MicroMetl fi/IMITTIL DATE: 11 / 99 Note To Installer: This economizer uses the filter access door shipped with the HVAC unit. Convertible Economizer For 48/50 TJ, HJ, TJQ, GJ 008 -014 Part Number: 0699.0200 FORM NO, 2535-1P SUBMITTED TO ____,._._ COMPANY: DRAWN BY :.—M. Hargis JOB NAME: EOUIPMENT: NOTES: Side Viow 0008.0300 7.5 to 12,0 Ton Units Barometric Raliet Access door ohippod with PIVAC unit 1000 1240 1600 1700 20(0 Airflow tatm) Aluminum Filter % '".Outeido air Relief hood Slopo 1. Holum air teat performed with outside air damper 100% closed, 2, Relief air and outside air test performed with return air damper 100% closed FEATURES: • Convertible • Goer driven dampers, eliminates slippage associated with standard linkage, • Factory assembled hood, • Direct coupled actuator. • Low static pressure loss through economizer. • Barometric relief area equal to outside air aroa, • Uses tutor access door shipped with HVAC unit. • Top of hoods aro sloped to allow for water rurnoll, • P100ds aro constructed of pro paint stool, matching the finish of the HVAC unit, Water entrainment filler providod, • Optional control system Includes plug'ln wiring lemon, ONentAtton MICROMETL 34I9 ROOSEVELT AVENUE • INDIANAPOLIS, IN 46216 • 1-800-662-4622 MICROMETL WEST 202 SOUTH 18TH ST. • SPARKS, NV 89431 • 1.800.884.4682 Down Diechgrge Orientation THIS DOCUMF 1S THS PROPERTY OF MICROMETL CORPORATION AND IS DELIVERED UPON THE EXPRESS CONDITION THAT THE CONTENTS WILL NOT BE DISCLOSED OR USED WITHOUT MICROMETL'S WRITTEN CONSENT. 0597 Series Roofcurb Specifications (in inches) MicroMotl P art No, _ _ _ __. Carrier Part No. _ _ - A ._.��.._ 0597.008A _ �__- N /A .- ..._.._____ 8 597 0.01 IA .0 i_ N /A - il 0597.014A CRRFCURB003A00 14 0597.024A CRRFCURB004A00 24 MicroMetl IUBMITTA[ FORM NO.1202.15P FEATURES • Roofourb skies and ondo are 10ga, galvanized stool. (,OBB mkt,) • ©uskeling package provided, ' Full perimeter wood nailer. • Assembly hardware not required. NOTES: 1,) Adjustable Pitched / Adjustable Height curbs and taller curbs are available, Contact factory, 2.) Attach ductwork to roofcurb, Flanges of duct rest on top of curb, 3.) Roofcurbs are marked with the Carrier part number. 4.) The standard MlcroMetl curbs do not have service plate holes, If they are required, you must specify on the order. NOM: If using through the side of the curb gas or electrlo connectors, you must specify service holes are required. Optional service plates: 0015.0597. DATE: 7 / 99 SUBMITTED TO COMPANY: DRAWN BY :. ALL JOB NAME: - EQUIPMENT :_- ,.._ -_. ._..._ NOTES: 13/4' All, drain hot Blocked top corners 3,4.- 1. A 18 1 (4) insulated dock pans CROSS SECTION OF CURS Roofcurbs for 48/50 TJ, HJ, 'NCI 008 -014 Opening for thru the bottom electrical connecllons 78 1/4' Part Number: QQnE Retell MICROMETL CORP. • 3419 ROOSEVELT AVENUE • INDIANAPOLIS, IN. 46218.1.801.662.4822 ••• MICROMETL SPARKS • 202 SOUTH 18TH ST. 'SPARKS, NV 89431'1-800-884 4662 0597 Series 2• typ, THIS DOCUMENT IS THE PROPERTY OF MICROMETL CORPORATION AM) IS DELIVERED UPON THE EXPRESS CONDITION THAT THE CONTENTS WILL NOT RE DISCLOSER OR USED WITHOUT MICROMETVS WRITTEN CONSENT. • 33CS-25SB 33CS071 O1 33CS220-01 33CS220 -LA 33CS250-01 °5 33CS25OLA � COMMERCIAL THERMOSTAT 'PROGRAMMABLE AND NON - PROGRAMMABLE STANDARD AND LIGHT-ACTIVATED OPERATION - PERFORMANCE DATA s-- PHYSICAL DIMENSION PRINT O 1998 Carrier Corporation • Syracuse, New York 13221 Form 33CS -25S8 New Printed in U.S.A, 3.98 Catalog No, 513.324 Recommend Wirin 22 AW© 18 AWt3 38 ft max) 100 ft max Operatin0 layer, F (CL 41 to 104 (5 to 40) Storage Temperature F (CL Operating Relative Humidity Oimenslons (In.) -40 to 136 ( -40 !0 57) 0 to 06% ,non•condenein 4:9 x 4,3 x 1.1 Power 6 va at 24 vac, 80 Hz Features /Benefits Carrier's Debonair line of commercial programmable thermostats are wall, - mr' 'sd, low - voltage thermostats.- . maintain room temperature by controlling operation of an HVAC (Heating, Ventilation, and Air Condi- tioning) system. Separate heating and cooling set points and auto - changeover capability allow occu- pied and unoccupied programming for energy savings. The thermostat can be configured to accept several different equipment con- figurations, including single -stage heat- ing and cooling, 2 stages of heating and cooling, heat pumps, gas or electric heat- ing, and hydronic systems. Ail thermostats allow up to 4 time/ temperature settings to be pro- grammed per 24 -hour period. Each ther- mostat stores schedules for 7 indepen- dent days. Batteries are not required. During power interruption, the Internal memory stores schedules for an unlim- ited time while the clock will continue to run for at least 48 hours. Flexibility for every application Th ° =mostat can be programmed and cc ,.tred for use with many differ- ent applications including single -stage heating and cooling, 2 stages of heating and cooling, heat pumps, gas or electric heating, and hydronic systems. A 7 -day clock is provided with 3 occupied and I. unoccupied time periods for scheduling of heating and cooling set points. Occupied and unoccupied schedules allow for energy savings by changing set points dur- ing time periods when the zone is normally unoccupied. Holiday programming allows the thermostat to run under unoccu- pied . temperature set points for up to 99 consecutive days. This is benefi- cial in schools or businesses where long breaks are common, • Reliability for year -round comfort One- degree control accuracy pre- cisely controls the desired space temperature to within 1. degree of user set point. The thermostat uses a le 'rimmed, solid -state sensor. Book Tab 111a 13a Schedule override returns the sys- tem to occupied set points if heat- ing or cooling is needed during unoccupied hours. The override is adjustable in 30- minute increments and returns the system to unoccupied mode when override expires. Neverlostm memory protection on the thermostat eliminates the need to reprogram the thermostat after power outages. Comfort programming and configuration will remain intact indefinitely. Clock and day of the week settings will be retained for a minimum of 48 hours. Service filter indicator lets mainte- nance personnel know when the fil- ter needs cleaning or replacing, which aids in equipment efficiency and prolongs equipment life. Energy saving Smart Fan is config- urable for two modes of operation: automatic and continuous. in automatic Smart Fan operation, the fan will only run when the system calls for heat- ing or cooling, in continuous Smart Fan operation, the fan will run continu- ously in occupied. time periods, will only run when the system calls for heating or cooling during unoccupied periods. Five - minute compressor time guard protects HVAC equipment by preventing compressor short cycling and limits the number of cycles per hour with an adjustable cycle limit. Carrier warranty ensures peace of mind well after installation, Title 24 compliance meets specified requirements for all California com- mercial installations, Ease of programming for quick Installation Copy command for programming schedules saves time when multiple daily schedules are similar, Thermoglowm display is large and easy to read, Backlit display allows programming in poorly lit areas and can be configured for button acti- vation or continuous lighting. A single adjustment shows temperature in Celsius or Fahrenheit. Carrier Corporation ' Syracuse, New York 13221 3 -98 Four time periods per day allow flexibility to create schedules for every application. Start and stop times along with heating and cooling set points are easily entered into the schedule. Safety features for added secu- rity and protection Three levels of security and key- pad lockout protects against un- authorized usage of the thermostat. The 3-level security adjustment elimi- nates the need for bulky and unat- tractive locking covers. Schedules, set points, and thermostat configura- tions are protected by locking out key- pad operation. An easily memorized button sequence unlocks the key- pad and allows access to configura- tion, set point, and scheduling information. SPECIFICATIONS AWO = American Wire Gage PRODUCT STANDARDS FCC Part 16 UL UL, Canada Title 24 CB Mark NOM This control Is considered a low voltage device by UL (Underwriters' Laboratories) and therefore does not require UL or CSA (Canadian Standards Association) approval. it Carrier A Units Tsonolochnl company Manufacturer reserves the right to discontinue, or change at any time, specifications or designs without notice and without incurring obligations. 1 4 Page 2 Catalog No. 52340? Printed in U.S.A. PC 111 Form 33CS•5PS Replaces: New CE 0 Copyright 1998 Carrier Corporation Product 33CS :Specification Debonair 220 Commercial Programmable Thermostat FRONT VIEW SIDE VIEW Part Number 33CS220 -01 The Debonair line of commercial, 7-day, programmable thermostats provides the following features and benefits: • compatible with electric heat, gas heat, and heat pump operation • seven-day programmable clock with 4 time periods per day • holiday scheduling (up to 99 con- secutive days) • copy command for programming schedules • large ThermoglowYM display • heating and cooling operation LED • zone temperature control to 1-degree accuracy • auto-changeover • four-hour setback override • NovorIostTM non-volatile memory (no batteries required) • service filter Indicator • energy saving Smart Fan • three security levels with keypad lockout • five-minute compressor time guard • adjustable heat/cool set point limiting • Title 24 compliance • Carrier warranty Form 33CS•5PS Date: Supersedes: JOB NAME: YER: LOCATION: BUYER P.O. # CARRIER # UNIT NUMBER: PERFORMANCE DATA CERTIFIED BY: 1DATE: Physical Characteristics Dimensions (I. x W x D): 4,8" x 4,3" x 1.1 Appearance: Plastic Material; Designer White Color, Textured Cover Weight: Approx. 1 lb Power Requirement S VA @► 24 VAC 50/60 Hz No Batteries Required Environmental Requirements Temperature: Operating: 41 to 104 P (5 C to 40 C) Non•Operating: —40 to 135 P (-40 C to 57 C) Humidity: 0 to 95% RH, Non•Condensing PHYSICAL DIMENSION PRINT 33CSOI1.O I, 33CS220.01, 33CS220•L, 33CS250.O1, 33CS250•LA COMMERCIAL THERMOSTAT PERFORMANCE DATA 11 11III11111IIIII 4,8' 0 0 0 ......wwwwwwwwwwwwwww Agency Approvals FCC Part IS Ut UL, Canada CE Electrical Characteristics Input: 24 VAC Outputs: Minimum Loathe 100051 Max Load w 1.3 A, 50% pf, Inductive Nominal Load Capacity 1.5 Amps 4,3" 33CS Rev.: MODEL NUMBER: I' Detector Housing Accommodates Choice of ion or Photo Heads • Accommodates Ion (Ionization) or Photo Heads (Photoelectric) • Heads Twist•in, Twist•out • Rugged Noryl Housing with Strong Clear Polycarbonate Inspection Cover • Housing is 4 Wire for 14.18 AWG Wire • 24VAC /DC or 120/220 VAC Operation • Air Velocity Rating from 300 to 4000 FPM (91.1219 MPM) • Equipped with a DPDT Auxiliary Relay (2 Form C Contacts) • Powered Outputs for Remote LED and Sounder • Remote Test Station Option • • • • DETECTOR SASS MOUNTt3 $CREWS g FILTER ADAPTER 11; TEST MAGNET 1 ITEM DESCRIPTION implii Detector with Ion Head (Canadian Vgrsion)_ __ _ _. _._ _ Detector with Photo Head • DETECTOR HEAD DUCT SMOKE DETECTOR • Remote Sounder Option • Models P270.1000P/P270.1000I UL 268A Listed • Model P270.1000C — ULC Listed CONDUIT HOLES SAMFILTER RE p/ _ __.___.... P 270.10001 P270.1000C P270•1000P DUCT D[i MO TTEERMM + INAL STRIP INSUOLAfiOR V DUC COETBCTOR 51.A4 M O CH6WO OS E .% 1.1.15. Light Beam Detector: A smoke detection device that operates on a smoke obscuration principle. 1.1.16. Photoelectric Detector: 1.1.17. Pitot Tube: 1.1.18. Pressure: 1,1.19. Pressure Differential: 1.1.20. Return Exhaust: 1.1.21. Sampling Tube: 1.1.22. Smoke Detectors: 1.1.23. Stratification: 1.1.24. Supply Duct: r A smoke detector using the principle of optical detection of visible particles of combustion. A device used to measure the total pressure of a fluid stream. It is essentially a tube attached to a manometer at one end and pointed upstream at the other. The normal force exerted by a homogenous liquid or gas per unit of area on the wall of a container. A pressure difference (usually specified in Inches of water) between two points in a duct. The duct which is used to return the air to the HVAC processing center for conditioning. Usually a round tube with holes that collects air from the duct and brings it to the detection device. A device used to automatically sense the presence of par- ticles of combustion. A phenomenon where smoke or other gases travel in layers at different levels within the duct, rather than being evenly distributed throughout the duct. The duct which distributes conditioned air, i.e., cooled, heated, cleaned, humidified, etc. • SECTION 2 INTRODUCTION 2.1. PURPOSE OF DUCT SMOKE DETECTION 2.1,1. National and local safety standards and codes recognize the ability of air duct systems to transfer smoke, toxic gases, and flame from area to area. Sometimes smoke can be of such a quantity as to be a serious hazard to life safety unless blowers are shut down and dampers actuated. The primary purpose of duct smoke detection, then, is to prevent injury, panic, and property damage by reducing the spread (recirculation) of smoke. Duct smoke detection can also serve to protect the air conditioning system itself from fire and smoke damage, and can be used to assist in equipment protection applications, for example, in the ventilation /exhaust duct work of mainframe computers and tape drives. 2.2. APPLICATIONS 2.2.1. NFPA Standard 90A', "Installation of Air Conditioning and Ventilating Systems ", • 1989 edition, specifies that "Smoke detectors listed for use in air distribution systems shall be located: Downstream of the air filters and ahead of any branch connections in air supply systems of greater than 2,000 cfm capacity (b) At each story prior to the connection to a common return and prior to any recirculation of fresh air inlet connection in air return systems over 18,000 cfm capacity, and serving more than one story. Exception: Return system smoke detectors are not required when the entire space served by the air distribution system is protected by a system of area smoke detectors," (a) 2.2.2, Perhaps more important is the identification of what duct smoke detection is not Intended for rather than what it is. 'NFPA Standard 90A, Section 4.4 • it is NOT a substitute for an area smoke detector. • It is NOT a substitute for early warning detection. • It is NOT a replacement for a building's regular fire detection system. 3 2.2.3. NFPA Standard 90A supports this by stating: "Protection provided by the installation of smoke detectors and other related requirements is intended to prevent the distribution of smoke through tide supply air duct system and, preferably, to exhaust a significant quantity of smoke to the outside. Neither function, however, will guarantee either early detection of fire or the detection of smoke concentrations prior to dangerous smoke conditions if smoke movement is other than through the supply air system.' 2.2.4. NFPA 72E states: "Detectors that are installed in the air duct system, shall not be used as a substi- tute for open area protection because: dilution of smoke -laden air by clean air from other parts of the building, or dilution by outside air intakes, may allow high densities of smoke in a single room with no appreciable smoke in the air duct at the detector location. (b) smoke may not be drawn from open areas when air conditioning or ventilating systems are shut down. " (a) 2.2.5. Area smoke detectors are the preferred means of controlling smoke spread since: 2.2.5.1. Duct smoke detectors can only detect smoke when smoke laden air is circulating in the ductwork. Fans may not be running at all times, such as during cyclical operation or during temporary power failure. 2.2.5.2. Duct smoke detectors normally sample great volumes of air from large areas of coverage, They cannot be expected to match the detection ability of area detectors. 2,2.5.3. Dirt contaminated air filters can restrict air flow causing a reduction in the operating effectiveness of the duct smoke detectors. 2.3. APPLICABLE DOCUMENTS 2.3.1. There are several important documents that provide guidance concerning the performance, application, and Installation of duct detectors: • U.L. Standard 268A, Standard for Smoke Detectors for Duct Applications 'NFPA Standard 90A, Appendix A•4.4 i NFPA Standard 72t±, Sections 9.1.2 and A•9.1.2 4 2.4. TYPICAL SCENARIOS NFPA Standard 90A -1989, Installation of Air Conditioning and Venti- lating Systems • NFPA Standard 92A -1988, Smoke Control Systems • NFPA Standard 72E -1990, Automatic Fire Detectors • NFPA Standard 101 -1988, Life Safety Code • ASHRAE Handbook and Product Directory, 1984 -- Chapter 38, "Fire and Smoke Control" 2.4.1. Duct smoke detection may be useful in preventing injury and property damage In Instances such as the following: 2.4.1.1. ,J 2.4.1.2. A heating, ventilating, or air conditioning (HVAC) fan motor overheats and resulting smoke is sensed by the duct detector installed in the main supply duct. The duct detector Is equipped with an auxiliary relay that immediately cuts power to the fan motor, before significant amounts of smoke can be distributed to the occupied areas. A fire start on the second floor of a building. The HVAC system serving the second floor also serves floors one through four; therefore, smoke Is being spread to these floors as well. If area smoke detectors are not provided, the only means of automatic detection are the duct smoke detectors located In the return air ducts on each floor ahead of the main return plenum. The quantity of smoke in the duct eventually reaches proportions sufficient to alarm the second floor duct detector which transmits a signal to the building fire alarm system. Evacuation signaling and HVAC shutdown functions are then provided by the fire alarm control unit. Refer to Chapter 9 of NFPA 72E, and NFPA 92A for control of smoke spread. 4.1. DUCT SMOKE DETECTORS 4.1.1. Definition: A duct smoke detector is a device or group of devices used to detect the presence of smoke in the airstream of duct work sections of the WVAC air - handling systems typically used in commercial buildings. See Para. 1.1.9. 4.1.2. Typical smoke detection devices used for duct application include area smoke detectors within an enclosure mounted outside the duct utilizing sampling tubes (Figure 4.1), area smoke detectors listed for in -duct or partial induct mounting, a light beam detector consisting of projector and receiver mounted within the duct and an air sampling type detector. In all cases, alarm contacts are available either in the detector or in the fire alarm control unit to initiate air movement control or to perform other control functions. 4.1,3. An externally mounted duct detector enclosure may Incorporate either an ionization or photoelectric type smoke detector. Air stream sampling is accomplished by sampling tubes that penetrate and traverse either the supply or return air ducts. The sampling tubes are positioned so air may be drawn through the detector, sampled and then returned to the air stream within the duct. (See Figure 4.2). DUCT SMOKE DETECTION EQUIPMENT aittr pi a OPTECTOD BASE kNDU NTiHO iaEWB �gT FtLT4h 211 t TeST MAONET DETECTOR MEAD SECTION 4 CONDUIT NOIIS IMPP SAMINAKI TUBI fourre DUCT. 1gON TINMINAL DTTO QUCTTEOTON 6WSE Figure 4 -1: 'Typical Duct Smoke Detector (Exploded View) SECTION 7 PROCEDURE FOR DUCT DETECTOR APPLICATION AND INSTALLATION 7.1. APPLICATION 7.1.1. Select supply and exhaust ducts to be smoke detector monitored.' 7.1.2. Locate supply or exhaust input /output ports, filters, diluters, dampers, chillers, heaters, humidifiers, dehumidifiers, air cleaners, control devices, deflectors, bends and restrictors in engineering drawings and specifications. 7.1.3. Supply duct installation should be downstream of fan, filters, chillers, heaters, and humidifiers. 7.1.4. Duct detectors in the return air stream should be located at every return air opening within the smoke compartment, or where the air leaves each smoke compartment, or in the duct system before the air enters the return air system common to more than one compartment. EXCEPTION: Additional smoke detectors are not required to be installed in ducts where the air duct system passes through other smoke compartments not served by the duct. 7.1.6, Location of detectors mounted in or on air ducts should be at least six duct widths downstream from any duct openings, deflection plates, sharp bends or branch connections. 7.1.6.1 Exception: Where it is physically impossible to locate the detector accordingly, the detector can be positioned closer than six duct widths, but as far as possible from the opening, bend or deflection plates. 7,1.6. Upon selection of location for duct detector installation, drill hole into duct and measure duct air velocity, humidity and temperature. Refer to duct instrumentation for instrument use in this manual. 7.1.7. Measure room temperature and humidity in area of intended duct detector installation. 7.1.8. Detectors should be listed by a third party testing laboratory for the environment measured In the duct and room at the installation site. The detector should be relocated if measurements fall outside of rated limits. 7.2. INSTALLATION 7.2.1. Installation of duct detectors may be within the duct, protruding into the duct, mounted in an enclosure with sampling tubes protruding into or traversing the duct. 7.2.2. Drill only required holes for duct installation. A template should be provided to locate mounting holes, for detector enclosure, sampling tubes, access panels, or doors and giving specified hole diameters and /or duct entry dimensions. ;See NFPA 90A for details of where duct smoke detectors can be eliminated in systems of Seas than 15,000 cfm capacity or in buildings equipped with a system of smoke detectors providing total area coverage. 16 7.2.3. Detecto.r'installation within the duct can be of the pendant or beam types. 7.2.3.1. The pendant duct detector should be mounted to an appropriate electrical box. The box pendant extension arrangement should be mounted from either the top or sidewalls extending to the center of the air duct stream. 7,2,3.2, Access panel or door are incorporated in the duct side walls and are used during installation and for maintenance and test. 7,2.3.3, A pendant detector arrangement should be mounted rigidly to withstand the pressure and resonant vibrations caused by the air velocity, (See Figure 7 -1.) 7.2.4,1. I€LECTRICAL flax DCT(CTOR AiR DUCT CONDUIT ACCESS 1'ANIL OK DOOR Figure 7-1: Pendant Mounted Air Duct Installation 7.2.4. Following are procedures that will aid in properly installing smoke detectors that mount to the side of the duct and sample smoke via tubes that project Into the duct. A well placed duct detector monitors representative samples of air flowing through a duct. While any air sample may seem sufficient, there are several problems which should be dealt with: 7.2.4.1.1, Dilution: Outside air, if it mixes with circulated air, can dilute combustion particle concentration and can prevent a detector from sensing a fire condition. Remember that detectors will alarm only when combustion particles constitute a specified percentage of air being sampled. To avoid dilution, detectors should be located before fresh air intakes and before the exhaust air output. SENO ON °THEN I d DUCT WIDTHS � �+ ---- MINIMUM AETUAN AIA INLET Figure 7 -2: Typical Duct Detector Placement 7.2.4,1.2. 7.2.4.1.3. 7.2.4.1.4. 7.2.4.1,5. Stratification: Detector placement should be such that there is uniform air flow in the cross section area. In practice, this ideal condition may not always be achievable. The distance from a bend or vent is usually given as a multiple of duct width or diameter. Within a duct, air and combustion particles may stratify in such a way that proper sampling cannot take place. The wider the duct, the greater tho possibility of stratification taking place. A method of getting a representative air sample Is to locate a duct detector just after a bend In the duct or after an air Inlet which creates turbulence. (See Figure 7 -2.) A distance of six duct widths should separate the duct housing from the bend or inlet. See 7.1.5.1. for exception. Excess Humidity: As with open area detectors, high levels of humidity or condensation within the duct can cause false alarm problems. Duct detectors should be located at a minimum of ten feet downstream from humidifiers. Air Filters: Air filters within ducts tend to collect paper, lint and trash -- all flammable materials. For this reason, duct detectors should be located on the downstream side of filters. Air Velocity: Duct smoke detectors are usually designed to be used in air handling systems having a certain range of air velocities. Be sure to check engineering specifications to make sure duct air velocity falls within these parameters, \�c 4 0007 W10T14S MINIMUM r ----- 4 7.2.4,2, 7.2.4.3. .7.2.4.1.6. Placement: Duct detector assemblies mounted within the duct should be located on the sides or top of a duct. Detectors designed for use in open air applications should not be used inside a duct in place of a duct detector. Duct detectors mounted in an enclosure with sampling tubes can be installed onto any wall of the duct unless otherwise restricted by the manufacturer's instructions. Select sampling tube length for duct enclosure installation. If duct is more than three feet wide drill an appropriate diameter hole directly opposite to support sampling tube of lengths longer than three feet. 7.2.4.4. Exhaust tube length is not usually a critical dimension. It may vary from a stub to the full width of the duct. Be sure to follow the recommendations of the manufacturer regarding the exhaust tube. 7.2.4.5. Install the sampling and exhaust tubes to the mounting holes on the duct enclosure: 7.2.4.5.1. L TUN SUPPORT HOLI ONLY FOR OUCTO MORI THAN ! FI[T WIDE OUCT WIDTH INLET TUOE HOLIS FACE UPSTREAM OF AIR FLOW Tubes may be marked or, as indicated in manufacturer's installation instructions, provided with Inhibitors to ensure that the tubes are installed in their proper duct input and output ports. , . INbART RU09ER PLUG I THIS END OF INLET MIMIC EXPECTED MR FLOW DIRECTION RETURN TUBE SLANT CUT FACE ORIENTED DOWNSTREAM OF MR PLOW DOT NOT INSERT RUSSER PLUG ,�.�.. AIR FLOW OIRICTION Figure 7-3: Inlet Tube Orientation 7.2.4.5.2. Position holes or openings located along the length of the sampling tube in the direction of airflow. Secure tube position with locking means provided. A tube visual indicator should be provided to indicate the tube hole location without dismantling the duct installation. 7.2.4.7. 7.2.4.5.3. Position holes or openings along the length of exhaust tube in the downstream direction of airflow. Secure tube position with locking means provided. A tube visual indicator should be provided to indicate the tube hole location without dismantling the duct installation. 7.2.4.5.4, Plug sampling tube end with air stopper. 7.2.4,6. The duct smoke detector enclosure and sampling tubes should be mounted rigidly to prevent noise chatter and mechanical fatigue. Air leaks should be avoided. Air leaks in or out of the duct or detector will dilute or redirect smoke within the duct. Gaskets and duct seal can be used to avoid or seal any leaks. 7.2.4.8. If duct sampling tube protrudes through opposite side of duct, seal the opening around the tube on the outside of the duct with duct sealant. . 7.2.4.9. After mounting the duct enclosure to the duct and installing the sampling and exhaust tubes, verify that there is air flow through the duct detector. This Is accomplished by measuring the static pressure difference between the Inlet and outlet tubes using a manometer as illustrated in the instrument section of this manual. If pressure differential cannot be attained check for leaks, proper orientation of hole placement on exhaust and sample tubes, air velocity, and stratification of airflow in the duct. Relocate duct detector Installation if pressure differential specified by the manufacturer cannot be attained after checking all possible fault causing problems. 7.2.4.10. Prior to completing the installation, clean the duct enclosure, and check indicators for hole orientation. 7.3. DUCT INSTRUMENTATION 7.3.1, Pressure Reading Instruments 7.3.1.1. 7.3.1.2. Used for reading: • Air velocities in ducts. • Pressure drops across components. Instrument readings taken by: • inclined liquid manometer. • Vertical liquid manometer, • Pressure differential gauges, • Micrometer liquid hook gauge, 7.3,1,3, Manometer gauges are used in conjunction with pitot tubes, straight metal tubes and various static pressure sensors, r, 7.3.1.4:' STATIC PRBSSURB ZERO Pressure drops are best read with a magnehelic gauge. For lower velocity readings in the range between 400 and 2000 fpm a 1/4 inch manometer is the most accurate instrument to use along with the pitot tube. For higher velocity readings in ducts the 10 inch vertical or the one inch inclined manometer is required, See Figure 7-4 for example of manometer and gauge use, See Figure 7-5 for manometer type, and Figure 7-6 for magnehelic gauge. LOUVER FILTER HEATING COOLING TOTAL DISCHARGE DAMPER` COIL 1 COIL PRESSURE RA STATIC PRESSURE READINGS ACROSS FILTERS AND COILS 1 ` TOTAL SUCTION PRESSURE PITOT TUSE TRAVERSE TOTAL AIR VOLUME Figure 7.4: After electrical and rpm readings are taken the total volume or air, fan pressure and pressure drops are read. MAGNET; BACH AIOO FOR MOUNTING OH OUCTS IL TOTAL, ANO FOSirtvc FRBSSURB FITTING FPM OJREGT FEET PER MINUTE REAQINGS SGALE SGALE 6t,ATE ADJUSTMENT FOR ZEROING INCHES OF WATER GAUGE OASIG s#'oothe INCREMENTS FITTING FOR NEGATIVE STATIC PRESSURE AND VELOCITY PRESSURE HOOK -UFS Figure 7 -5: 115 -AV inclined manometer for velocity pressure readings in low velocity ducts, 400 to 2000 fpm. UE4 FOR TAULB SETTING r r f % < , 00 0 3tl in< tl< 00 0000 O 7.3.1.4:' STATIC PRBSSURB ZERO Pressure drops are best read with a magnehelic gauge. For lower velocity readings in the range between 400 and 2000 fpm a 1/4 inch manometer is the most accurate instrument to use along with the pitot tube. For higher velocity readings in ducts the 10 inch vertical or the one inch inclined manometer is required, See Figure 7-4 for example of manometer and gauge use, See Figure 7-5 for manometer type, and Figure 7-6 for magnehelic gauge. LOUVER FILTER HEATING COOLING TOTAL DISCHARGE DAMPER` COIL 1 COIL PRESSURE RA STATIC PRESSURE READINGS ACROSS FILTERS AND COILS 1 ` TOTAL SUCTION PRESSURE PITOT TUSE TRAVERSE TOTAL AIR VOLUME Figure 7.4: After electrical and rpm readings are taken the total volume or air, fan pressure and pressure drops are read. MAGNET; BACH AIOO FOR MOUNTING OH OUCTS IL TOTAL, ANO FOSirtvc FRBSSURB FITTING FPM OJREGT FEET PER MINUTE REAQINGS SGALE SGALE 6t,ATE ADJUSTMENT FOR ZEROING INCHES OF WATER GAUGE OASIG s#'oothe INCREMENTS FITTING FOR NEGATIVE STATIC PRESSURE AND VELOCITY PRESSURE HOOK -UFS Figure 7 -5: 115 -AV inclined manometer for velocity pressure readings in low velocity ducts, 400 to 2000 fpm. UE4 FOR TAULB SETTING SECTION 8 MAINTENANCE AND SERVICE OF DETECTORS FOR USE IN DUCTS 8.1, GENERAL 8.1.1. Smoke detectors are designed to be as maintenance -free as possible, However, dust, dirt and other foreign matter can accumulate inside a detector and change its sensitivity; this is especially true with duct type smoke detectors. They can become either more sensitive, which may cause unwanted alarms, or less sensitive, which may reduce the level of protection. Both are undesirable, Therefore, detectors should be tested periodically and maintained at regular intervals, Follow closely the manufacturer's specific recommended practices for maintenance and testing. Also refer to Appendix B of NFPA 90A, NFPA 72E, Chapter 8 and NFPA 72H, Chapters 2, 3, and 4, 8.2. TYPICAL MAINTENANCE PRACTICES 8.2.1. Under normal conditions detectors should be given routine maintenance at least twice a year, more frequently in dirtier than normal environments. 8.2.2. Notify the proper authorities that the smoke detector system is undergoing maintenance, and therefore the system will temporarily be out of service. CAUTION: Disable the zone or system undergoing maintenance to prevent unwanted alarms and possible dispatch of the fire department. 8.2.3. Most duct smoke detectors have detector heads that can be accessed for cleaning. Use a vacuum cleaner and remove dust from the detector by placing the nozzle as close as possible to the openings in the outside housing, A nozzle with a brush attachment will assist in dust removal. Some detectors can be removed for more thorough cleaning; refer to manufacturer's recommended procedure for details. Also check the sampling tube holes to make sure they are not clogged. 8.2.4. Test each detector's sensitivity, 8.2.5. If a detector's sensitivity is within specifications, nothing further need be done to the detector. If the detector's sensitivity is outside specifications, replace the detector or follow the manufacturer's recommended procedure. 8.2.6. Restore zone or system at the completion of testing, 8,2.7. Notify the proper authorities that testing has been completed and the system is again operational. 8.2.8. Other checks that should be made during maintenance procedures; • Holes or cracks in duct work near vicinity of detector, • Air leaks where detector housing or sampling tubes are attached to duct. •.:bust accumulations in or on sampling tubes, sampling tube filters, and detector head. • Wiring terminal screw tightness. 8.3. TYPICAL TESTING PROCEDURES 8.3.1. All detectors should be: (a) Test or inspected at least annually to ensure that they sample the air stream. (b) Tested at least annually, by causing them to initiate an alarm at their installed location to assure that they are operative and produce the intended response. (c) Checked within one year after installation and every alternate year thereafter to assure that they are within 0.25 percent /ft obscuration of their listed and marked sensitivity range. 8,3.2. It Is not recommended that actual duct fires be used to test duct smoke detectors. This procedure does not provide a consistent, measurable method of determining if the detectors are performing properly. Using the test procedures and test equip- ment recommended by the detector manufacturer Is the best way to test these detectors. 8.3.3. Most detectors are equipped with a built -in test mechanism, electronic metering equipment, or aerosol test apparatus; refer to manufacturer's specifications for details. 8.3.4. Notify the proper authorities that the smoke detector system is being tested. All persons who would automatically receive a real fire alarm signal should be noti- fied to prevent an unnecessary response, 8.3.5. Follow the manufacturer's recommended test methods. 8.3.8, if a detector functions properly and its sensitivity Is within specifications, nothing further need be done to the detector. However the Routine Maintenance Proce- dure (described in Section 8,2) is recommended. If a detector's sensitivity is not within specifications, It should be replaced, or refer to manufacturer's recom- mended procedure. 8.3.7. Restore the zone or system at the completion of testing. 8,3.8. Notify all the persons notified at the beginning of the test that testing has been completed and the system is again operational, 8.4, RECOMMENDED TESTING AND MAINTENANCE LOG PROCEDURES 8.4.1. I ' t J i s recommended that a permanent Detector Test Log be set up and maintained, with a record for each individual smoke detector in each building. Each detector should be clearly described, with information on the type of detector, the model number, the serial number (if any), the location, and the type of environment. Data entries should include test dates, type of test mode, test results, maintenance, and comments. A sample detector test log page is shown on the following page. ACTIVITY NUMBER: M2000 -202 DATE: 9-5-2000 PROJECT NAME: THOMASVILLE FURNITURE SITE ADDRESS: 5951 S 180 ST XX Original Plan Submittal Response to Correction Letter # __,Revision # After Permit Is Issued DEPARTMENTS: Buii ing vision jz Atm. T .Z7 Public Works ❑ Complete E Comments: ry PERMIT COORD COPY PLAN REVIEW /ROUTING SLIP APPROVALS OR CORK CTI : (ten days) Approved ❑ Approved with Conditions REVIEWER'S INITIALS: 1=i e Prevention qfek) Structural DETERMINATION OF COMPLETENESS: (Tues., Thurs.) Incomplete ❑ TOES /THURS ROUT G: Please Route Structural Review Required ❑ No further Review Required REVIEWER'S INITIALS: Response to Incomplete Letter # DUE DATE: 1:2000 Not Applicable ❑ DATE: DUE DATR AQ-S •2910 Not Approved (attach comments) DATE: Planning Division Permit Coordinator CORRECTION DE MINATION: DUE DATE Approved Approved with Conditions ❑ Not Approved (attach comments) E REVIEWER'S INITIALS: DATE: City of Tukivila Steven M. Mullet, Mayor Fire Department Thomas P. Keefe, Fire Chief Fire Department Review Control #M2000 -202 (512) September 7, 2000 Re: Thomasville Furniture - 5951 South 180th Street, Suite #101 Dear Sir: The attached set of building plans have been reviewed by The Fire Prevention Bureau and are acceptable with the following concerns: 1. H.V.A.C. units 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. systems supplying air in excess of 2000 cubic feet per minute to enclosed spaces within buildings shall be equipped with an automatic shutoff. Automatic shutoff shall be accomplished by interrupting the power source of the air - moving equipment upon detection of smoke in the main supply -air duct served by such equipment. Smoke detectors shall be labeled by an approved agency for air -duct installation and shall be installed in accordance with the manufacturer's installation instructions. (UMC 608) Dedicated fire alarm system circuit breaker(s) shall be equipped with a mechanical lockout device. (NFPA 72 (1- 5.2.8.2)) Remote indicator lights are required on all above ceiling smoke detectors. (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 Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: 206. 575.4404 • Fax: 206.575.4439 Yours truly, Cii of Tukwila Steven M. Mullet, Mayor Fire Department Page number 2 The Tukwila Fire Prevention Bureau cc; TFD file ncd Thomas P. Keefe, Fire Chief commence until a fire department permit has been obtained. (City Ordinance #1900) (UFC 1001.3) Call the Tukwila Fire Department at 575 -4407 for approval of any system shut down. Have job site address, name and the Tukwila Fire Department Job Number available to confirm shut down approval. (City Ordinance #1900) 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) 3. This review limited to speculative tenant space only - special fire permits may be necessary depending on detailed description of intended use. Any overlooked hazardous condition and /or violation of the adopted Fire or Building Codes does not imply approval of such condition or violation. Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: 206.575.4404 • Fax: 206•S7S•4439 LICENSE DETAIL INFORM ^ TION Form 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: LICENSE DETAIL INFORMATION Current Filter: None Registration# or License TNTMEL'011 K7 Name T -N -T MECHANICAL LLC Address 22833 BOTHELL - EVERETT HWY 1184 Address City BOTHELL State WA Zip 98021 Phone Number 4264864327 Effective Date 6/27/99 Expiration Date 5/27/01 Registration Status ACTIVE Type CONSTRUCTION CONTRACTOR Entity LIMITED LIABILITY COMPANY Specialty Codo GENERAL Other Specialties UBI Number 601950443 *SEW RINQ 1KLQ N * * Mg.\ .Q. TBA IQI B L§AVIR4SJNEQ13�A_TtQ. * * N CH I INgUIaY FQR SUMMONS AND QQMPLAINTS* * * * * CONT RACTOR INSURANCE INFORMATION New inquiry by CITY, NAME, PRINCIPAL. WN NAME NUMBER, UBI NUMBER or return to the L &I Constructi Co m p liance Hone© Page o. Page 1 of 1 http:// www .lni.wa.gov /CONTRACTORS/TF2Form .asp ?License= TNTMEL *011 K7 10/2/00 ig O FLOOR PLAN ROOFTOP UNIT N.R.E.C. COM SEE ATTACHED EQUIPMENT DETAILS, AND INFORMATION. CEILING MOUNTED EXHAUST FANS Cook model 120, 90 CFM, 1 sones, 120 volts, .9 amps. Cook model 140,120 CFM, 1 sones, 120 volts, 1.6 amps. ILV.A.C. GENERAL NOTES DUCTWORK A9 dxt &mom ,oa plans are dear.. dme..Add PdorbmmhGogto eath dfnaslon to obtain oafs. dY.eadalA The first =tuber s ski doe[ dobii4 the width. . second Is dmbe(pt. Platrab widen dam orpla®aion Tale a name Read re., STS. develop.. rating ...a S0 per CMG An dam pages Per table 6-A oft the IIMC An dart supports per table 64 die PMC Amrb Who.. grits to Ne14ar grid with dips or aoewa Sammie ssppon all d Task percale P.n.s dampen. to be hutaned la an ,apply ran. pUCT INSULATION Ieadarcoraae ductwork per. Waiimpan Stet Eaerg Code along with the MC. GENERAL CONTRACTOR provide and cot aped.. for al rod., ceding, floor, and wan pemndau ie leg weatherproof method as re fired. Verify pt... luntfee sod dmeadoos beforenning or framing apes..,. Provide adapt. stn.. ndalering sod amp. as rewired Provide thee.. sends artets to meebadulegdpmrae Lend roof corbs irbrdlag iamLdoa, &Ad.. and east mtpt ELECTRICAL TaiMerbaakal w0 mtsHA low voltage maul wiring for.... sad cooking e . Any road. required to by die Eledrlesi Contractor. EtK(rkd CoatraAOr to provide Line voltage co.arNonr, dip:moats, sad aartem es required other a wpm. per . EYstrfril Cntractor mortify etod Iwds wkk Tr rblethathml.li foreman before mirk, TNTMeekaded will ladedHnueywd 7 -7310 Programmable nigh oethekt ermoaats to meet the Wad... Some Energy Code P9ad au-mum forth.. M vr.1 whit the owner. zn _ Perm f iZt7 Q WL. MA llfltl e) Ten C W z a III ° z z U� W LL 0 r\ J O Y ~ 0 PROJECT NO. DRAWN BY CHECKED BY DATE REVISION BENNER STANGE ASSOCIATES ARCHITECTS, P.C. 5000 S.W. MEADOWS RD. SUITE 430 LAKE OSWEGO, OR 97035. . (503) 670 -0234 FAX (503) 670 -0235 bsaS baaarch.com CITY OF TUKWIL4 HOC _CAI' CENTER M -1