Loading...
HomeMy WebLinkAboutPermit M99-0160 - YOUSOF MATHNO..�r - -n •'«, 4: r+,• ��• uz�- t, rv4:; ?y;'' f!.' ?Cr; 4 .f:".A'fiS•�A;if..ff,".£?'l�tril M99 -0160 13027 40t" Ave. So. Mathno Yousof City of Tukwila (206) 431 -3670 Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188 MECHANICAL PERMIT Permit No: M99 -0160 Type: B -MECH Category: RES Address: 13027 40 AV S Location: Parcel #: 192080 -0035 Contractor License No: ALDERESO43P1 TENANT MATHNO YOUSOF 13027 40 AV S, TUKWILA, WA 98118 OWNER PARMAX L.L.C. 13027 40 AV S, TUKWILA, WA 98168 CONTACT YOUSOF MATHNO 13027 40 AV S, TUKWILA, WA 98118 CONTRACTOR ALDERWOOD ENERGY SERVICES PO BOX 3, LYNNWOOD, WA 98046 Status: ISSUED Issued: 08/20/1999 Expires: 02/16/2000 Phone: 206 269 -0293 Phone: 206 722 -4671 Phone: 425 -742 -7894 ******************************************** * * ** ** * * * * * * * ** * * * * * * * * * * * * * * ** Permit Description: INSTALLING GAS FURNACE. UMC Edition: 1997 Valuation: Total Permit Fee: 3,600.00 61.19 ******************************************* * * * * * * * * * * * * * * * * * * * * * * * * * * * * * ** lycle.. cam` -n. Permit Cente Authorized Signature Date I hereby certify that I have read and examined this permit and know the same 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 cancel the provisions of any other state or local laws regulating construction or the performance `•f work. I am authorized to s gn for and obtain this bui'l,ding p y Signature:_ Print Name: c Date:_ Y,/' Title. This permit shall become null and void if the work is not commenced within 180 days from the date of issuance, or if the work is suspended or abandoned for a period of 180 days from the last inspection. CITY OF TUO4ILA Address: 13027 40 AV S Permit No: M99-0160 Suite: Tenant: MATHNO YOUSOF Status: ISSUED B-MECH Applied: 03/12/1999 Parcel #: 192030-0035 Issued: 03/20/1999 h k le 1 V.4% k Vir .k 1, k 4 I *VA. lcit 11 le le ft b1.* kbk.1k k Atli lit **A Permit Conditions: J4 1. Plumbing permits shall be obtained thqugh the Seattle-(ing County Department of Public lealthFilumbino will be inspected by that agency;YinclUding,:aTIgaspiping (296-4722). Electrical permitS-shall beobtaine,d through the'.Washin9ton -State Division -6f Labor -an'crjnduitr,les '1 le: , . , work will peinspeCted by that agencY (2434,6830). )No changeSwill be made to the.plansjonless.approved::6y the Engineer, and the 1"61::w i 1a Bui.ldin9 Di v`ision, 4. All pep mtts,-inpectiOn recordS, and approved pians'shall,be vaila614 at the fob 1te prior. to the start' of any.:.Con-,:: tructIon. These ,,documents;are to -.be maintained and ahh until final inspeOtion'approVal is qranted.,, All.construction to be done An ,conformance With apprOVed 0: , planS:'and reou1 rement.i. of the Uniform Buildin9 Code (1997 Edition)' as amended.,UnifOrM.MechanicalCode .and'.Washin9ton State Energy ,Code (1997 Edition). 6. ya)idity of Permit': The issuance:of a permit or approa1of plAns..spe'CifiCattons.-andcoMputations,shall not be con- ,stru'ed to.be..a par:mit-for.. Or an:aPproval of any violation of,any.Ofthe prOyisions of the buildingcode or of ,.any other ordinance of the.jurisdictiOh, ,No permit presuming.to.-• piveauthor,ity to violate or can,cel'thef..Provi'zions OV,thji: code shalibe Valid. 7. Man4Aactuvers installation insti:fl'uctionS-required on for -Oie hul ld na inOectors • , • CITY OF Tlk "WILA Permit Center 6300 Southcenter Boulevard, Suite 100 Tukwila, WA 98188 (206) 431 -3670 Miscellaneous 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. Project Name/Tenant: Description of work to b5dgn � r � • as (-~ --fir -- t �} -f�{.- r v► Q c �, 0 Will there be storage of flammable /combustible hazardous material in the building? ❑ yes ❑ no Attach list of materials and storage location on se.arate 8 1/2 X 11 .a•erindicatin uantities & Material Safet Data Sheets Value of Construe »yStat/Zjp: Site Address: /`382.7 4 .AU-C �a'aTu lkl i�A- ii/ y4 9-N1 R' Tax Pa eel Numbex� 1 q ? �) lS o - 06 3 5 Property Owner: Phone: 7Zz� ( (,' e'7/ / atl : r/ 0 Street Address: City State /Zip: ?_ 5 �''Ld/Y 4,4 °� / / s• -p_,.4. 4ie4 Fax #: Contact Person: \ /Ou5o -r YYl c4- f-�h,0 P one: �) '7. , - efL7/ Street Address: n a, -) O ' 5 City State /Zip: Fax #: Contractor: / ,�l eJt c-olecr` E,1i n. E so ,4�1� `f� ¢'pone y�S" fZ - 8'riS� Street Address: , , City State /Zip: Q • l! b t d i 0 e ax #: • / Architect: Phone: Street Address: City State /Zip: Fax #: Engineer: Phone: Street Address: City State /Zip: Fax # #: MISCELLANEOUS, PERMIT REVIEW AND APPROVAL RQUESTED (TO'BEFILLED'OUTBYAPPLICANT),-; Description of work to b5dgn � r � • as (-~ --fir -- t �} -f�{.- r v► Q c �, 0 Will there be storage of flammable /combustible hazardous material in the building? ❑ yes ❑ no Attach list of materials and storage location on se.arate 8 1/2 X 11 .a•erindicatin uantities & Material Safet Data Sheets u Above Ground Tanks ■ Antennas /Satellite Dishes ■ Bulkhead /Docks Commercial Reroof ❑ Demolition ❑ Fence 'Mechanical ❑ Manufactured Housing - Replacement only ❑ Parking Lots ❑ Retaining Walls Temporary Pedestrian Protection /Exit Systems ❑ Temporary Facilities ❑ Tree Cutting .APPLICANT.REQUEST FOR MISCELLiANEOUS'PUBLIC WORKS.PERMITS`'': ❑ Channelization /Striping ❑ Flood Control Zone ❑ Landscape Irrigation ❑ Storm Drainage ❑ Water Meter /Exempt # ❑ Water Meter /Permanent # ❑ Water Meter Temp it ❑ Miscellaneous ❑ Curb cut/Access /Sidewalk ❑ Fire Loop /Hydrant (main to vault) #: Size(s). ❑ Land Altering: 0 Cut cubic yards 0 Fill _cubic yards 0 sq. ft.grading /clearing ❑ Sanitary Side Sewer #: ❑ Sewer Main Extension 0 Private 0 Public ❑ Street Use ❑ Water Main Extension 0 Private 0 Public 0 Deduct 0 Water Only Size(s): Size(s): Size(s): Est. quantity: gal Schedule: ❑ Moving Oversized Load /Hauling MONTHLY SERVICE. BILLINGS :TO :. . Name: Phone: Address: City /State /Zip: 0 Water 0 Sewer 0 Metro 0 Standby WATER METER DEPOSIT /REFUND BILLING: Name: Phone: Address: City /State /Zip: Value of Construction - in all cases, a value of construction amount should be entered by the applicant. This figure will be reviewed and is subject to possible revision by the Permit Center to comply with current fee schedules. 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 107.4 of the Uniform Building Code (current edition). No application shall be extended more than once. Date alic�at,n c40 Dat pllcation explros: ApplIon taken (Initials) MISCPMT.DOC 7/11/96 1 ALL MISCELLANEOUS, • -MIT APPLICATIONS MUST BE SU TTED WITH THE FO LOWING: ➢ ALL DRAWINGS SHA L BE AT A LEGIBLE SCALE AND NEATLY DRAWN ➢ ;•BUILDING TIPLANSAND UTILITY PLANS ARE TO BE COMBINED 1 0 1 ; ➢ ARCHITECTURAL DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED ARCHITECT ➢ STRUCTURAL CALCULATIONS AND DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED STRUCTURAL ENGINEER ➢ CIVIL/SITE PLAN DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED CIVIL ENGINEER (P.E.) SUBMIT APPLICATION AND REQUIRED CHECKLISTS FOR PERMIT REVIEW ❑ Above• Ground. Tanks/Water .Tanks : Supported ; directly upon grade : Submit checklist`; No::• ■7,9 exceeding: 5';000 :gallons and a ratio of height to diameter. or width which exceeds2 :1: in Antennas /Satellite Dishes,. Submit checklist; ❑ Awnings /Canopies; = No :signage Commercial;Tenant Improvement , Permit ❑ "Bulkhead /Dock Subniit;chedklist.;:: No: M -10: ,Commercial :Reroof;>:` Submit Checklist,' No:. M -6, ❑ Demolition: Submit checklist: ❑ Fences:- Over :6.feetin Height' Submit checklist.:: No: M =9' ::• • ❑ Land Altering /Grading /Preloads: Submit checklist .:.' No :.M -2 :.. ❑ Loading Docks nr/ Mechanical (Residential:& Commercial)- Commercial Tenant:Irnprovement Permit.” Submit checklist'No :.H =.17, 'Submit checklist' No ',M-8; Residential only H 6,, H -16 ❑ Miscellaneous Public:Works Peimits Submit checklist;.;; No :; ❑ : Manufactured •Housing (FRED INSIGNIA ONLY) Submit checklist ❑ Moving Oversized Load /Hauling Submit.checkiist NO. M -51' • Parking Lots.' Submit. checklist, No: M -4:. ❑ Residential Reroof`- .Exempt with following exception: If roof structure . to be repaired:or'replaced Residential Building. Permit Submit :checklist; ❑ Retaining Walls per 4:feet in height ,Submltchecklist Temporary; Facilities, Submit checklist :,No M -Z;: em 173 Tporary Pedestrian Protection/Exit'Systems Submit :ckiecklist:; ;Tree Cutting,';, Submit checklist No: ❑ 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, unless the homeowner will be the builder OR submit Form H -4, "Affidavit in Lieu of Contractor Registration ". Bulldlrig;OWher /Authorized Agent „lf file applicant is :othor than the owner, registered architect/engineer, or contractor licer►sed by the State, of Washington,.. a notarized'letter from the property owner authorizing the agent to subMit this permit applloationand, obtain the permit will he 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. BUILDING OW. : • ORA •- .' •'t: • ;.. Signature: / j /// _' 71 / ,1 �y '�- 11 Phone cJ Date: d • �2 :06772.o4 ,/,fax ? .r #: Print na. ("Li sG Addre s: 44 23 S / .4,1,4 #� - City/State/Zip: :� v4 �)1 E� MISCPII`1TZ0h 7/3,1/96 1 �� 4 Antiwn {47 ' <t; ,1:7NFS1`.7.. 7:7;'::..ynws,17', `t"''�t.fx•��71,.i+, .•J'. rt.'.' .+�..j'ly'"„''�-717: "z..i �T7 'S'." ��,.i,,.,';i �.i eir�7x, ,�ti`;R�aErj —�'.•. ^�•� ^CT'•;a l t ' i s ** **AA.k * * * ** * *'4* *4* ** *AA+ A *AA **l•i* hlk* : fi:41:5*4— *t*o*.kii%A*h**4 CIT'/ OF. TUKWILA. NO � • TRANSMIT T *l *k *h *** ** ***k *' **Aoi,* 4 **-A *'k * *R*dh *' Ai*#hA :1k**IkW**A**s0,f, TRANSMIT Number: R9 0 130 amount. 61.19 08/20/99 13:06 •Payme,nt Mat;hrid: CHECK Notation: %/M OP riFiTl•IiNC► • Inite TI.fi Permit No: M”-0ft Tvve: ti -ME:CH i'1ECHFIi'J1'CAL PERMIT Parcel Not 192080°0O3 Site Address: 10027 40 4V c, Total I eee: 61 .:l This Payment 63.19 Tot 1 ALL Pmts: 61 " 19 Balance: .)y ** h•1** *Ik *A.*44 **4'h* •M1 **** *'h*'* h**** 4**** tk ****•h* *'h * **.4k+ *4* *+44* *'S k *• (accottf 1; Code Deacr i u t; i on 000/345.a30 PLAN. CHECK • -. RES 000/322.100 MECHANICAL ._ IU S ' Amount 121.24: 41} "9:J ••■••••••• INSPECTION NO. • INSPECTION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 981 -4"'"f4t't"..Yit■,4".44”re.)W.443 PERMIT NO. (206)431-3670 Project: uou oc AVittio Type of Ins,cc /1-)11i Address/3(3i? ,....1/041.(e/e ( Date called: 0......-2.,715 Specia instructions: Date wanted:io_zto, pc2 Requester: Phone: 11 Approved per applicable codes. Corrections required prior to approval. COMMENTS: j) /.1.)1e/ Alidt ,4' I4.1W ItA $L_ n°3 Vo /tie // bk-lee ,A,VA—>r,*;rilt Inspector: Date: [1] $4 • REINSPECT! (FEE REQUIRED. Prior to inspection, fee must be paid t at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. Receipt No: Date: . i.41' tt. 14.4t4VIV■ifig ?I; INSPECTION NO. INSPECTION RECORD Retain a copy with permit CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 _P99-o/(o PERMIT NO, (206)431-3670 Pr%'e t: ii_50c/covrAi.ila r. T p ection. — /tie Ct47 Address : _ .0--4o 44e ‹.- Date called: Date wojt/,01.? Special instructions: p.m. ReqM5:4/6, 0 t'-' Phone: A proved per applicable codes. E Corrections required prior to approval. COMMENTS: O94eect761-N- Pz. -(b7 (7e9e7 Insp Dat 1 Ei $47.00 REINSPECTION FEE 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 Blvd, #100, Tukwila, WA 98188 Ael PERMIT NO. tiff"" (206)431 -3670 Project: ` t 1e0 /�� Type of Insp lion /7 i Addres . ( " - Date cal ed: Special ins ructions: Date wante : 15----,, p.m. Requeste . Phone: nApproved per applicable codes. XCorrections required prior to approval. COMMENTS: Ve r-7 coke n e E /424— ki-w 5 A-- 5 /op -4 /2 "lel. fe..0 pi-- ,ICY '`'i / ,L,,/ hi, 1.v d 4-/ /3 L Inspector: Date: $47.00 REINSPECTION FEE ' EQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. CaII to schedule reinspection. Receipt No: Date: n 3t 311tY.n.4k:;i "V ank itY_ .takr!.ro.d,usez•..a- ..JL'.._.:.r. • :%' Seattle -King Counter Department of Public Ilealth Environmental Health Division rlf Unlawful to Alter or Deface this Permit— POST ON JOB SITE PERMIT IS NON - TRANSFERABLE r r r 1. •t•• i. r. r , "„n inr.t tlr'• ; n r, t r, l t I r d: 1R1...21ic'!`+ P t P 1 t • I f; P F P M 1 t «• tIf•. • •1 •� r/ +• . •.. }, •• .• ♦•1 ••` •- •e I/. ^ ' .y M ^' n er ••. •• a••1 '•! •. MI e , - M I•• A •• AI t11 « •I IM rI Sk M N• •1+ •Pi ' .•• •y K n. M -. •. w! $ N VI t• -' 1•.': yi •.• •1' .T • m -s '- ••1 e1 s •, .1- .. 1.1 •rt 1•• ^• "! ;r•+r r t i . ' mn : F='f'•!:'l°ift.•! 1 . 1 . C: . O r• ti m : F.t'Mt, 1 1 rt r .', t inn t 1 .x fl'. ' 7 4 fl 1 i-1 ftl!i P T I f'•' r r• r+ 1 t 1 S+;!'? A fl fill * u. l I ri rt . I '.lrt,': : 1 r If;I F' F f1t111 Y h•1n 1 r't I' "I it•I'Cf'flr'.T'I ii =� 1)1:4-41.11'11 a as �. .,. .... . . - ,� fa! f .. ._ f} r , . ,. nI If) T..fir f •f ,Y RF. , I f"F S 1 i r.. I`. iFPf. P∎11.t P'1 `r sl•t i 1- n nn 1 Yt•!t•Ihtnt lr) Wr 91.1 f .4 1 nrm . ftr•n.q Phnnr' : F t "7''A • 4928 • lAnn t ':r r'; 2f,''' 1 /NM . F1'; P11 i hlt'1r1r:1= Irl t'fb.It•+!=p ttl!r) rrlt1fP01:I11•• ^ On hint mr:t-;nnt mirk tsi!t,nrr! f•if'111 TH f)FPAR1P1Ft•11' Wnrk nu',t Mfl'l h:: r.r .!nr • ri rrrtt i 1 immnr,r..tnr) rtnri mrlt,rnQkl,ri h'. ina•rtnr.tnr. Frtr,nin1 rtrvr••mit•:•t s..rt11 ten ni.nn nn1,.r r,•thnn ini •1hr irsrinrr'rtr,t ett' tl•tn irt:;r,nmtrt- r.nnri i t i nnA inn t i f u t hr, i t i rprstanr:rt • r'nrrni1!+ nenirnrl 1nra•m thrrrr m '•rntor• frnm nYnireitinn rlrtn mtr ht^ r•rirtmr.,r rl Fnv r,r•m S'q 'Tl =R'r f71� ..�.... r:. .: t n 8.' .. 9' .I 1 f nr 1711trt FtF I' f+ THAI 1711 !'' ._.. r):ttn .�._` ..i Tnrn • n. ! 1nr,nrttr.tnr• (R. 1= PFr,!F;c-.'.;F- F.!l,f: Frp HFMf11.Lrct , 1='1rr•nrtnn 1 I,J;tt'nr' Hrtr,tnr'(f;:•:m) 1 wrin d, r.rintinn r ,r..'. P'ninr7 Pr ^emit Fri. (1 •.4 nrrt lrat ?.> 11rti t, *. rmo/ tr,i t Fxt fart f)n1M rntnl I ;mm. Pinir•,n Pnrmit Frio 'r .1111 1 0 "P o fa, W' $ cu ( e, oc - rib v.() p Pi- & eLke. p s ■l\.1,. *P4-{1 L &4-- oc L a�� • C Yous 0 -F. Ma61/ sFe 13oa� .z-f0411 Aye__ 5d SEPARATE PERMIT REQUIRED FOR: 0 MECHANICAL 12/ELECTRICAL PLUMBING GAS PIPING c T y ..OF 'MLA • • A ye. 50 SEPARATE PERMIT REQUIRED FOR: o MECHANICAL "ELECTRICAL PLUMBING GAS PIPNG cery esItt Ne3LA t _,AON • • • 1.7 FiLE COP? 1 onderstand:it-tatJheiPlan Ova app.:frOIS:pie-: subject to errors and omissions and apiproVarof: plans; does not .authoi ize fte violation, of any adopted code or tau-virtu, Receipt r con- tractor's copy ' proved ". •,• - ed. Da----■■•■•••.•..........■••■■••••■•ro.•••■•=. • Perf•nit'NO: Ot • ettvorruicwki . 0q91 ii1‘2 999, pe4oc,enipi. 7r1 ••• 01610 • 1 INSTALLATION & OPERATING INSTRUCTIONS for GMP & GMPE POWER VENTED MULTI - POSITION GAS FURNACE (CATEGORY!) ETL') (ETk® EFFICIENCY RATING CERTIFIED ama WARNING THIS FURNACE IS INSTALLED IN AN ENCLOSED AREA, SUCH AS A GARAGE OR UTIL- ITY ROOM, WITH ANY OTHER CARBON MONOXIDE PRODUCING DEVICE (i.e., AUTOMO- BILE, SPACE HEATER, ETC.) INSURE THAT THE ENCLOSED AREA IS PROPERLY VENTI- LATED. WARNING CARBON MONOXIDE (REFERRED TO AS CO) CAN CAUSE PERSONAL INJURY OR DEATH ARNIN( THIS FURNACE IS DESIGN CERTIFIED FOR INSTALLATION IN BUILDINGS CONSTRUCTED ON SITE ONLY. y.�rrtM� Goodman Manufacturing Company, LP 10 -137G 1501 Seamist - Houston, Texas 77008 RECEIVED; CITY OF TUKWILA AUG 1.2 199 PERMIT CENTE�i_gy 7099,- e woo 1/99 REPLACEMENT PART' Replacement parts for this appliance is available through your contractor or local distributor. For the location of your nearest distributor consult the white business pages, the yellow page section of the local telephone book or contact; SERVICE PARTS DEPARTMENT GOODMAN MANUFACTURING CO., LP 1501 SEAMIST HOUSTON, TEXAS 77008 (713) 861 - 2500 The major parts groups are as follows; BLOWER ASSEMBLY Motor Blower housing Blower wheel Misc. sheetmetal items Capacitor HEAT EXCHANGER Heat exchanger sections Innerfront Secondary coil ELECTRICAL CONTROLS Control board Auxiliary / main limit switch Roll -out switch Transformer Door interlock switch Air pressure switch Induced draft blower BURNER ASSEMBLY Burners Manifold Orifices Gas valve Ignitor Flame sensor MISCELLANEOUS Wrapper Access doors Chimney Gaskets and seals Wiring assemblies To effectively process the parts requirement, the distributor / contractor will need the entire model number and serial number found on the series and rating plate located inside the blower com- partment. 10137G INDEX WARNINGS & GENERAL INFORMATION 4, 5 CLEARANCES, LOCATION 5, 6 VENTING 6 GAS PIPING TABLE 7, 8 CIRCULATING & RETURN AIR 8 -10 ELECTRICAL SUPPLY, CONTROL VOLTAGE 10, 11 RATING THE FURNACE 11, 12 TIMING THE GAS METER 13 SAFETY CONTROLS 14, 15 CIRCULATING AIR FILTERS 15 SERVICE INSTRUCTIONS 16 SEQUENCE OF OPERATION 17 REMOVING AN EXISTING APPLIANCE 18 INSPECTING AND CLEANING THE HEAT EXCHANGER 18, 19 COMBUSTION AIR 19, 20 ILLUSTRATIONS 21 - 23 BLOWER DELAY, HUMIDIFIER & EAC CONTROL 24 WIRING DIAGRAMS 25, 26 LIGHTING INSTRUCTIONS 27 VENT TABLES 28 - 45 THIS FURNACE CONTAINS ELECTRONIC COMPONENTS WHICH REQUIRE A DEFINITE GROUND. PROVISIONS ARE MADE FOR CONNECTION OF THE GROUND. IF THIS PROD- UCT IS NOT PERMANENTLY AND POSITIVELY GROUNDED NUMEROUS SERVICE CALLS MAY RESULT. A DEDICATED GROUND FROM THE MAIN POWER SUPPLNMEWEARTH GROUND MUST BE PROVIDED. CITY OF TU I0137G 3 QUID PERMIT CENTER WARNING WHILE CARBON MONOXIDE DETECTORS DO PROVIDE ADDITIONAL PROTECTION, CUR- RENT LIMITATIONS TO THEIR EFFECTIVENESS REQUIRES THAT YOU OTHERWISE CON-. TINUE TO FOLLOW APPROPRIATE INSTRUCTIONS LOCATED IN THE "INSTALLATION & OPERATING INSTRUCTIONS" AND "USERS INFORMATION" MANUALS RELATING TO PROTECTING PERSONS FROM THE RISKS OF CARBON MONOXIDE. REVIEW EACH CO DETECTOR MANUFACTURERS' EXPLANATION OF THEIR UNIT'S CAPABILITIES AND FOLLOW THOSE INSTALLATION AND OPERATING MANUAL WHEN INSTALLING AND OP- ERATING THESE UNITS. WARNING THE CIRCULATING AIR DUCTS MUST BE COMPLETELY AND POSITIVELY SEALED TO PREVENT COMBUSTION PRODUCTS, INCLUDING CARBON MONOXIDE, FROM ENTERING THE AIR STREAM. WARNING TO ENSURE PROPER INSTALLATION AND OPERATION OF THIS PRODUCT, COMPLETELY READ AND UNDERSTAND THESE INSTRUCTIONS PRIOR TO ATTEMPTING TO ASSEMBLE, INSTALL, MAINTAIN, OR REPAIR. IF THESE INSTRUCTIONS ARE NOT FOLLOWED PRECISELY THERE IS A POTENTIAL OF CARBON MONOXIDE POISONING, WHICH CAN RESULT IN SERIOUS ILLNESS OR DEATH. WARNING THIS FURNACE WAS EQUIPPED AT THE FACTORY FOR USE WITH NATURAL GAS ONLY. LIQUID PETROLEUM (LP) CONVERSION, IF REQUIRED, MUST BE PERFORMED BY A QUALIFIED TECHNICIAN FAMILIAR WITH PERFORMING THIS TYPE OF CONVERSION. IF LP CONVERSION IS REQUIRED, ALL INSTRUCTIONS INCLUDED WITH THE FACTORY AUTHORIZED KIT MUST BE FOLLOWED. THE ONLY KIT THAT MUST BE USED FOR THIS CONVERSION IS THE FACTORY AUTHORIZED LPM -01 (GMPH SERIES) OR LPM -03 (GMPE SERIES). FAILURE TO FOLLOW THOSE INSTRUCTIONS EXPLICITLY MAY CAUSE FIRE, EXPLOSION, PERSONAL INJURY OR PROPERTY DAMAGE. WARNING IF PROHIBITED BY LOCAL CODE DO NOT INSTALL A LIQUID PETROLEUM GAS BURNING APPLIANCE IN A PIT, BASEMENT OR SIMILAR LOCATION WHERE LP, A HEAVIER THAN AIR GAS, CAN COLLECT IN LOW AREAS AND MAY NOT DISPERSE NATURALLY. APPLI- ANCES SO FUELED SHALL NOT BE INSTALLED IN AN ABOVE GRADE UNDER FLOOR SPACE OR BASEMENT UNLESS SUCH LOCATION IS PROVIDED WITH APPROVED MEANS FOR REMOVAL OF UNBURNED GAS. GENERAL INFORMATION l The GMP and GMPE series of gas furnaces may be installed in the upflow, horizontal or down - flow configuration. Unless otherwise noted, the instructions contained within is valid for all of these configurations. I0137G 4 These Installation and Operating Instructions are intended for use by fully qualified installation technicians. Some localities require the installer /servicer to be licensed. If in doubt, check with lo- cal authorities. INSTALLATION: In the USA this fumace must be installed according to the latest edition of the ANSI Z223.1 booklet entitled "National Fuel Gas Code" (NFPA 54), and the requirements or codes of the local utility or other authority having jurisdiction. In Canada this fumace must be in- stalled according to the current CAN/CGA-B149.1 & 2 Gas Installation Codes, local plumbing or waste water codes and other applicable codes. Additional helpful publications available from the NFPA are, NFPA 90A - Installation of Air Condi- tioning and Ventilating System, and NFPA 90B - Warm Air Heating and Air Conditioning System. These publications are available from: National Fire Protection Association, Inc. Batterymarch Park Quincy, MA 02269 ANNUAL inspection of the fumace and its vent system is strongly recommended. It is the in- staller's responsibility to inform the user of this importance. These series of fumaces meet the Califomia NOX emission standards and Califomia seasonal ef- ficiency standards. LOCATION DO NOT install this fumace in a mobile home. This fumace is designed only for installation in buildings constructed on site and connected to ductwork. When installed in a utility room or closet, the door opening must be wide enough to allow the largest part of the fumace to enter, or to permit the replacernent of another appliance, such as a water heater. DO NOT install outdoors. This fumace is designed to be installed indoors only. This fumace should be installed in such a manner so that it is protected from water. If any components should become submerged, replace those parts before retuming the fumace to operation. DO NOT use as a construction heater. DO NOT install in a room used or designed to be used as a bedroom, bathroom or storage closet. or in any enclosed space with access only through such a room or space. Zy' c— C) MINIMUM CLEARANCES TO COMBUSTIBLE SURFACES Unobstructed front clearance of 24" for servicing is recommended. VENT One SINGLE 6" SIDES 1" FRONT 3" BACK 0" Top clearance for horizontal configuration -1 ". 5 TOP (PLENUM) 1" Line contact to framing is permitted when installed in the horizontal configuration. Line contact is defined as the portion of the cabinet that is formed by the intersection of the top and side. ACCESSIBILITY CLEARANCE, WHERE GREATER, SHOULD TAKE PRECEDENCE OVER MINIMUM FIRE PROTECTION CLEARANCE. A gas fired fumace for installation in a residential garage must be installed so that the ignition source and bumers are located not less than eighteen inches (18 ") above the floor and is pro- tected or located to prevent physical damage by vehicles. A gas furnace must not be installed directly on carpeting, tile, or other combustible materials other than wood flooring. WARNING COMBUSTIBLE MATERIAL MUST NOT BE PLACED ON OR AGAINST THE FURNACE JACKET. THE AREA AROUND THE FURNACE MUST BE KEPT CLEAR AND FREE OF ALL COMBUSTIBLE MATERIAL INCLUDING GASOLINE AND OTHER FLAMMABLE VAPORS AN LIQUIDS. THE FURNACE AREA MUST NOT BE USED AS A BROOM CLOSET OR FOR AN . OTHER STORAGE PURPOSE. 1 VENTING See the illustrations and vent tables at the end of this manual for venting procedures. The venting must be in accordance with the GAMA venting tables. The minimum vertical vent length allowed is five feet (5'). ANNUAL inspection of the fumace and its vent system is strongly recommended. Visually check the vent for corrosion or separation at the joints and seams. It is the contractor's responsibility to inform the user of this importance. All venting shall be in accordance with Part 7, Venting of Equipment, of the National Fuel Gas Code, ANSI Z223.1, or applicable local building and/or air conditioning codes. PROPER INSTALLATION OF THE VENTING SYSTEM IS CRITICAL FOR SAFE OPERATION OF THIS APPLIANCE. CAREFULLY READ AND UNDERSTAND THE INSTRUCTIONS IN THIS SECTION. CAUTION The products of combustion shall be discharged to the outdoors and are intended to be vented vertically. This appliance is intended to be connected to "B" type vent material. Single wall pipe is to be used as a vent connector only. This appliance SHALL NOT be connected to a vent servicing a solid fuel fireplace. This appliance SHALL NOT be connected to a flue serving a factory built fireplace. This appliance SHALL NOT be connected to an unlined masonry chimney. THE USE OF NON - METALLIC VENT MATERIAL IS PROHIBITED. This appliance CAN NOT BE HORIZONTALLY VENTED unless using an optional power venter such as the SVB-80 ( -5), if permitted by local code. 10137G 6 CONSULT LOCAL CODES FOR SPECIAL ADDITIONAL REQUIREMENTS. GAS PIPING & GAS PIPE CAPACITY TABLE Check the rating plate to make certain that the unit is equipped to bum the type of gas supplied. Care should be taken after the installation of this appliance that the gas control valve is not sub- jected to high gas supply line pressure. In making connections, avoid strains as they may cause noise and damage the controls. Always use a back -up wrench when tightening the gas supply pipe to the gas control valve. The furnace and its individual shut -off must be disconnected from the gas supply piping system during any pressure testing of that system at test pressures in excess of 1/2 psig (3.5kPa). The furnace must be isolated from the gas supply piping system by closing its individual manual shut -off valve during any pressure testing of the gas supply piping system at pressures equal to or less than 1/2 psig (3.5 kPa). Check for leaks in the gas supply using soap bubbles or other approved methods. WARNING NEVER USE AN OPEN FLAME TO CHECK FOR GAS LEAKS. THIS PRACTICE MAY CAUSE A FIRE, EXPLOSION, BODILY HARM INCLUDING DEATH OR PROPERTY DAMAGE. Pipe joint compound must be resistant to the affects of LP gas. A union and listed manual shutoff must be installed exterior to the fumace cabinet so the control assembly may be easily removed. A 1/8" NPT plug on the supply pipe at the manual valve for the purpose of making pressure measurement must also be installed. The valve should be readily accessible for turning on or off. A capped sediment trap, sometimes referred to as a drip leg, should be installed in the gas supply pipe as close to the fumace as possible. This trap must incorporate a change of direction of the gas flow. Refer to local codes or the below mentioned publications for proper location of the manual shutoff and sediment trap lengths. All gas piping must conform to local codes, or in the absence of local codes, to the National Fuel Gas Code ANSI Z223.1 and / or CAN /CGA B149 Installation Codes. The gas pipe must be sized to eliminate undue pressure drop. See pipe capacity table or consult your local utility. NOTE Copper tubing must not be used for natural gas installations where more than 3 grains of hydrogen sulfide per 100 standard cubic feet of gas is present. For installations in the Commonwealth of Massachusetts see Fuel Gas and Plumbing Code 248 CMR: Appendix C. 10137G 7 Capacity of gas pipe of different diameters and length in ft3/hr. with a pressure drop of 0.3" W.C. and a specific gravity of 0.60 (natural gas). PIPE SIZE' LENGTH OF PIPE IN FEET ' Nominal size of Iron Pipe in inches. After the length of pipe has been determined, select the pipe size that will provide the minimum cubic feet per hour of gas flow for the required input of the appliance. In the case where more than one appliance utilizes the same supply pipe be sure to consider the sum of all appliances. The cubic feet required for the appliances should be determined using the following formula; Cubic feet per hour of gas required = Gas input of appliance (Btu/hr) / heating value of gas(Btu/hr) The gas input of the appliance is marked on the specification plate. The heating value of the gas may be determined by contacting the gas utility or gas supplier. CAUTION If the local utility permits the use of a listed flexible gas connector, ALWAYS USE A NEW FLEXI- BLE CONNECTOR. DO NOT USE A FLEXIBLE GAS CONNECTOR WHICH HAS SERVICED ANOTHER APPLIANCE. AFTER A PERIOD OF TIME THESE LINES MAY BECOME BRITTLE AND WITH THE DISCONNECTION AND RECONNECTION CAN DEVELOP LEAKS. CIRCULATING AIR SUPPLY AND RETURN AIR WARNING NEVER LAY THIS FURNACE ON ITS FRONT OR REAR The circulating air supply may be taken from; 1) outside the building, 2) retum ducts from several rooms, 3) central retum, 4) any combination of the above. When a cooling coil is not installed it is recommended that the supply duct have an access panel so the heat exchanger can be viewed. This panel shall be of sufficient size to permit the entrance of a light or probe to assist in the observation of the heat exchanger integrity or sampling the air stream. It should sealed to prevent air leakage during normal operation. Retum air from one dwelling unit shall not be discharged into another dwelling unit I0137G 8 10 20 30 40 I 50 60 70 80 1/2 132 92 73 63 56 50 46 43 3/4 278 190 152 130 115 105 96 90 1 520 350 285 245 215 195 180 170 1 1/4 1050 730 590 500 440 400 370 350 11/2 1600 1100 890 760 670 610 560 530 ' Nominal size of Iron Pipe in inches. After the length of pipe has been determined, select the pipe size that will provide the minimum cubic feet per hour of gas flow for the required input of the appliance. In the case where more than one appliance utilizes the same supply pipe be sure to consider the sum of all appliances. The cubic feet required for the appliances should be determined using the following formula; Cubic feet per hour of gas required = Gas input of appliance (Btu/hr) / heating value of gas(Btu/hr) The gas input of the appliance is marked on the specification plate. The heating value of the gas may be determined by contacting the gas utility or gas supplier. CAUTION If the local utility permits the use of a listed flexible gas connector, ALWAYS USE A NEW FLEXI- BLE CONNECTOR. DO NOT USE A FLEXIBLE GAS CONNECTOR WHICH HAS SERVICED ANOTHER APPLIANCE. AFTER A PERIOD OF TIME THESE LINES MAY BECOME BRITTLE AND WITH THE DISCONNECTION AND RECONNECTION CAN DEVELOP LEAKS. CIRCULATING AIR SUPPLY AND RETURN AIR WARNING NEVER LAY THIS FURNACE ON ITS FRONT OR REAR The circulating air supply may be taken from; 1) outside the building, 2) retum ducts from several rooms, 3) central retum, 4) any combination of the above. When a cooling coil is not installed it is recommended that the supply duct have an access panel so the heat exchanger can be viewed. This panel shall be of sufficient size to permit the entrance of a light or probe to assist in the observation of the heat exchanger integrity or sampling the air stream. It should sealed to prevent air leakage during normal operation. Retum air from one dwelling unit shall not be discharged into another dwelling unit I0137G 8 CAUTION DO NOT take retum air from bathrooms, kitchens, fumace rooms, garages, utility or laundry rooms or cold areas. If outside air is utilized it should not be taken from within 10 feet of an appli- ance vent outlet, a vent opening or a plumbing drainage system or the discharge from an exhaust system unless the outlet is three (3) feet above the outside air inlet. DO NOT take retum air from areas where it can pick -up objectionable odors, fumes, or flammable vapors. Note: When a combination of outdoor and indoor air is used the system should be designed and adjusted so that the temperature reaching the appliance will not drop below 50° F during heating operation. When this type of system is used the volume of air must not be reduced. Plenum chambers and air ducts must be installed in accordance with the Standard for the Instal- lation of Air Conditioning and Ventilating Systems, NFPA # 90A, or the Standard for the Installa- tion of Warm Air Heating and Air Conditioning Systems, NFPA # 90B. If installed in parallel with a cooling unit, the damper or other means used to control the flow of air must be adequate to prevent chilled air from entering the fumace. If manually operated, must be equipped with means to prevent operation of the other unit unless the damper is in the full heat or cool position. NOTE: UPON INITIAL START -UP SOME SMOKE OR AN ODOR MAY BE PRESENT. THIS IS NORMAL AND SHOULD DISAPPEAR IN A SHORT AMOUNT OF TIME. IT IS RECOM- MENDED THAT THE DOORS AND WINDOWS BE OPENED UPON INITIAL START -UP TO VENT THE BUILDING OF THIS NON TOXIC, NON STAINING SMOKE. CAUTION One of the most common causes of problems, including premature heat exchanger failure, in forced air heating systems is insufficient retum air. The retum air duct system to the fumace should be approximately equal to or greater than the area of the warm air discharge. Embosses are provided on the sides of the fumace to act as guidelines for this purpose. Consult local codes for specific requirements. The blower speed should be adjusted to maintain the temperature rise range shown on the rating plate. The total static pressure should not exceed 0.50" W.C. WARNING NEVER ALLOW THE PRODUCTS OF COMBUSTION, INCLUDING CARBON MONOXIDE, TO ENTER THE RETURN DUCTWORK OR CIRCULATING AIR SUPPLY. ALL CIRCULATING AIR DUCTS MUST BE ADEQUATELY SECURED TO THE FURNACE AND COMPLETELY SEALED AIRTIGHT USING APPROVED CONNECTIONS. THE VENT AND COMBUSTION AIR SUPPLY PIPES MUST BE PROPERLY INSTALLED AND SUPPORTED TO PREVENT LEAKAGE AS NOTED ELSEWHERE IN THESE INSTRUCTIONS. WHEN A FURNACE IS MOUNTED ON A PLATFORM IT MUST BE SEALED AIRTIGHT BETWEEN THE FURNACE AND RETURN DUC ORl,:sTHeiFLOOR OR PLATFORM MUST PROVIDE SOUND PHYSICAL SUPPORT FORME FSi2N • = WITHOUT CRACKING, GAPS, SAGGING ETC. AROUND THE BASE AS TO P)VIIA S ' : ETWEEN THE SUPPORT AND THE BASE. THE BASE OR PLATFORM MUS(B E SEALE ' TIGHT TO THE FLOOR. I0137g N � 9 FAILURE TO PREVENT PRODUCTS OF COMBUSTION FROM ENTERING THE RETURN AIR SUPPLY MAY CAUSE SEVERE ILLNESS INCLUDING CARBON MONOXIDE POISONING OR DEATH. Install the retum air to terminate through the base under the fumace. For installations where re- tum air ducts cannot be run under the floor, the retum air supply may be taken from the side(s). The solid bottom supplied on the fumace must remain in place. When installed in the downflow position, on combustible material, a special sub -base must be in- stalled for a heating only application. If a cooling coil is installed under the fumace the sub -base is not necessary. WHERE THE MAXIMUM REQUIRED AIR FLOW IS 1800 CFM OR GREATER THE BOTTOM OR BOTH SIDES MUST BE UTILIZED FOR RETURN AIR SUPPLY. NEVER USE THE REAR OF THE FURNACE FOR THE RETURN AIR CONNECTION. e WARNING A SOLID METAL BASEPLATE IS SUPPLIED ON THIS FURNACE. THIS BASEPLATE MUST BE IN PLACE WHEN THE FURNACE IS INSTALLED WITH SIDE(S) RETURN AIR DUCTS. FAIL- URE TO DO SO MAY PERMIT COMBUSTION PRODUCTS, INCLUDING CARBON MONOXIDE, TO ENTER THE LIVING SPACE. THIS MAY CREATE POTENTIALLY HAZARDOUS CONDI- TIONS SUCH AS CARBON MONOXIDE POISONING OR DEATH. THE FULL SIZE RETURN AIR DUCT OPENINGS MUST BE UTILIZED. EMBOSSES ARE PROVIDED FOR THIS PURPOSE. ELECTRICAL SUPPLY CONNECTIONS The electrical requirements are listed on the series and rating plate on the fumace. A separate supply line with a current overload device and a manual switch, where required, must be installed. Type 'T wire or equivalent with a minimum rating of 95 °F (35 °C) temperature rise must be run directly from the main power supply to the junction box in the fumace. Use wire which employs copper conductors only. Installation of the electrical supply should be according to local codes. In the absence of local codes refer to the National Electrical Code ANSI/NFPA No. 70 (latest edition), which can be ob- tained from the National Fire Protection Association, Batterymarch Park, Quincy, MA 02269. In Canada refer to the latest edition of the Canadian Electrical Code C22.1 Part I. WARNING THE GAS SUPPLY PIPE MUST NEVER USED FOR GROUNDING PURPOSES. CONTROL VOLTAGE CONNECTIONS THERMOSTAT INSTALLATION Install the thermostat according to the instructions accompanying the thermostat. Run the ther- mostat wires into the control compartment in the fumace. Connect the thermostat wiring as shown 101376 10 on the wiring diagram. The thermostat wiring should be a minimum of 18 gauge. Adhere to rec- ommended color code to facilitate future troubleshooting. The thermostat should be located near the retum air grille or opening. It should be approximately 5 feet from the floor level. Never locate the thermostat where it will be influenced by heat generated from hot water pipes, lamps, televisions, direct sunlight, supply air registers, etc. Interconnecting wiring must be secured and protected from damage or disconnection. The use of solderless connectors or equivalent is recommended. The low voltage control wiring exiting the furnace is labeled "thermostat wiring." SETTING THE HEAT ANTICIPATOR The following method should be used in measuring the amp draw of the control circuit to assure proper adjustment of the thermostat heat anticipator Wrap the "R" leg around a clip-on amp meter 10 times. Energize the furnace in the heat mode. Record the reading. Divide this reading by 10. Set the heat anticipator on the thermostat to match this reading. EXAMPLE If the reading on the amp meter is "4 ", divide this by 10. The anticipator setting will be .4 amps. RATING THE FURNACE The fumace is supplied with orifices sized for natural gas at altitudes up to 2,000 feet using a heating value of approximately 1,000 Btu/hr, and should not normally require change. If for use at attitudes in excess of 2,000 feet refer to the instructions included in the factory authorized high attitude kit (HA -02). Should this appliance be converted to LP, refer to the instructions included in the factory authorized LP conversion kit LPM -01 (LPM -03 for GMPE) It is important to check and adjust the input rate of the fumace to prevent an overfiring situation. Overfiring can cause premature heat exchanger failure. The input is controlled by the supply pressure, orifice size, manifold pressure and heating (calorific) value of the gas. The supply pressure must be measured with this and all other gas buming appliances in opera- tion. The supply pressure must be adjusted to the pressure range stated on the series and rating plate. Applications for altitudes in excess of 2,000 feet usually require an orifice change. The ori- fices must be selected using the table below. The fumace derate is 4% for each 1,000 feet above sea level. This table is based upon a heating value of approximately 1,000 Btu/ft3 10137G 11 ALTITUDE NAT. GAS ORIFICE SIZE 0 - 2,000 #42 (#43 on -050) 3,000 #43 (# 44 on -050) 4,000 #44 (#45 on -050) 5,000 #45 (#46 on -050) 6,000 #45 (#47 On -050) 7,000 #45 (#48 On -050) The input to the furnace must be checked AFTER reorificing. For altitudes above 7,000 feet refer to appropriate section of the National Fuel Gas Code, ANSI Z223.1. To calculate the input of the fumace for installations in altitudes over 2,000 feet, use the following formula: /Th CORRECTED INPUT = SERIES & RATING PLATE INPUT - (ALTITUDE X .04) X (SERIES & RATING PLATE INPUT/ 1000) EXAMPLE: Corrected input fora 100,000 Btu/hr. appliance installed at an altitude of 6.000 ft utilizing natural gas with a heating value of 1,000 Bturle is determined by- Corrected Input = 100,000 - (6,000 X .04) X (100,000/ 1,000) Corrected Input = 100,000 - (240 X 100) Corrected Input = 100,000 - 24,000 Corrected Input = 76,000 Using the orifices sized as shown in the table for 6,000 feet (#45), a meter time of 48.0 seconds is measured. The actual firing rate of the fumace is Input = 1,000 (heating value of the gas) X 3600 (constant) / 48.0 (meter time for 1 of gas) Input = 3,600,000 / 48.0 Input = 76,000 Btu/h In Canada, the series and rating plate input for the furnace apply to installations up to 2,000 feet (610m) above sea level. Kit HA -02 for natural and LP gases is required to convert furnaces from elevations of 2,000 to 4,500 feet (610m to 1,370m). Canadian certification applies to the installa- tions of up to 4,500 feet above sea level. Installations above 4,500 feet are subject to acceptance by the local authorities having jurisdiction. WARNING BEFORE ATTEMPTING ANY SERVICE OR ADJUSTMENTS - INSURE THAT THE GAS AND ELCTRICAL SUPPLIES ARE OFF. 10137G 12 TIMING THE GAS METER Use the following method to determine the firing rate of the fumace. The supply pressure tap should be located on the field installed piping or gas shut -off valve, or on the combination gas valve at the location marked "INLET PRESSURE TAP ". The manifold pressure tap is located on the combination gas valve in the fumace and labeled "OUTLET PRESSURE TAP ". • Install a manometer graduated in tenths of an inch of water column on the supply pressure tap on the gas supply pipe. • Remove plug at the "Manifold" pressure tap on the gas valve and install a second manometer. • Determine the size of gas meter used. • Shut off all other gas fired appliances except for the pilots. • Place fumace in operation. • Check the supply pressure regulator until the pressure shown on series and rating plate is obtained. Adjust if necessary. • After 15 minutes of operation, time the meter with a stop watch for 2 revolutions & divide by 2. • Use the appropriate column to determine the fumace input • If necessary, adjust the manifold pressure at the gas valve by removing the regulator cap and tuming the adjustment screw clockwise to raise the pressure and counterclockwise to reduce the pressure. The manifold pressure must be between 3.2" W.C. and 3.8" W.C. (3.5" nominal) for natural gas and 9.5" W.C. to 10.5" W.C. for LP (a field conversion is necessary for LP). The inability to maintain the proper pressure range will require reorificing. After reorificing, re- peat the above steps to insure that the fumace input is adjusted properly. • Turn off gas and electrical supply, remove manometers and replace any plugs that were re- moved. Use a pipe joint compound that is suitable for use with LP gas. • Restore any other appliances affected to their normal operating mode. METER TIME IN MINUTES AND SECONDS FOR NORMAL INPUT RATING OF FURNACES EQUIPPED FOR USE WITH NAT. GAS AT 0 - 2.000 FEET ALTITUDE. INPUT Btu/hr METER SIZE FT3 HEAT VALUE 900 MIN. SEC. HEAT VALUE 1,000 MIN. SEC. HEAT VALUE 1040 MIN. SEC. HEAT VALUE 1,100 MIN. SEC. 45,000 1 1 12 1 20 1 23 1 28 10 12 00 13 20 13 50 14 40 75,000 1 0 43 0 48 0 50 0 53 10 7 12 8 00 8 19 8 48 100,000 1 0 32 0 36 0 37 0 40 10 5 24 6 00 6 14 6 36 125,000 1 0 26 0 29 0 30 0 32 10 4 19 4 48 5 00 5 17 150,000 1 0 22 0 24 0 25 0 26 10 3 16 4 00 4 10 4 24 • r G.. I p 9 T4 main• °pum petvidePshou (5) ri&titet 10 7G tin MAIN BURNER ADJUSTMENT ould not need adjustment in most instances. However, bumer air shutters are ustment be necessary. After the fumace has been in operation for at least n the air shutter locking screws and close the shutter until yellow tipped 13 flames appear. Now slowly open the shutter until the yellow disappears. Retighten the locking screw. SAFETY CONTROL FUNCTIONS AND CHECK -OUT PROCEDURE GENERAL In most cases the safety controls are wired is series with the "W" leg. It is imperative that these switches remain in the circuit. Never jumper, relocate or bypass any control. The safety controls must be checked for proper operation at the time of start-up of the fumace. WARNING SHOULD ANY SAFETY CONTROL BE ALTERED, JUMPERED OR BYPASSED, A HAZARD- OUS CONDITION SUCH AS FIRE OR THE POSSIBILITY OF CARBON MONOXIDE ENTERING THE BUILDING MAY OCCUR. MAIN LIMIT SWITCH` The main limit switch is a 1/2" disc designed to shut off the bumer gas should the supply air tem- perature exceed the maximum design temperature. This switch is not adjustable. To check the operation, block the retum air flow through the unit temporarily. The limit switch should function and shut the bumer gas off within a few minutes. Remove the blockage and allow the switch to cool sufficiently before reestablishing burner flames. VENT PRESSURE SWITCH This fumace uses a vent pressure switch that prevents the fumace from operating should any portion of the vent system become restricted or a venter failure occur. To check this switch, place the fumace in operation and remove the hose from the switch. The gas bumers will extinguish. Replacing the hose will allow the fumace to operate normally. FLAME ROLL-OUT SWITCH This fumace is equipped with a flame roll -out switch(s). This manually resetabte switch is a 1/2" disc type and is non - adjustable. This switch is designed to shut down the bumer gas if there are flames outside the heat exchanger. Should this switch function, contact a qualified service person to determine the cause of function before resetting. To reset this switch press the button on top of the switch after the fumace has cooled. To test the operation of the switch with the fumace in op- eration, place an open flame on the disc portion of the switch. The switch should function to shut down the bumer gas. Wait until the furnace has cooled sufficiently before resetting th ^-^- switch. FLAME SENSOR The ignition is provided by an electronic ignition system. The bumer flames will become extin- guished if the flame sensor fails to detect the presence of the bumer flame. To test, disconnect the flame sensor wire before placing the fumace in operation. The electronic ignition device should attempt to Tight the bumers. However, the bumers should shut off after a few seconds of operation. Disconnect the electrical supply to the fumace, reinstall the disconnected sensor wire and reset the power supply to restore the fumace to its normal operation. I0137G 14 BLOWER DOOR INTERLOCK SWITCH The purpose of the switch is to disconnect electrical power to the fumace should the blower door become dislodged, removed, or not properly reinstalled. ALLOWING THE FURNACE TO OP- ERATE WITHOUT THE BLOWER DOOR BEING SECURELY IN PLACE CAN CAUSE COM- BUSTION PRODUCTS TO BECOME CIRCULATED THROUGHOUT THE LIVING AREA WHICH CAN CAUSE SERIOUS ILLNESS OR CARBON MONOXIDE POISONING. To test the operation of this switch, place the fumace in operation and remove the blower access door. The bumer flames will extinguish and the venter and circulating air blowers should both stop. To restore the unit to normal operation, shut off the electrical power to the unit, replace the blower access door and restore the electrical power. INTEGRATED FAN / IGNITION CONTROL This furnace is equipped with a combination ignition module and fan control. The ignition source is an electronic device. This device ignites the bumers upon a call for heat. It also controls the venter blower and the various speed selections and timings of the circulating air blower. This control is located in the circulating air blower compartment. Upon a demand for heat the venter is energized. After a short purge, the electronic ignition device is energized. The burners are ignited and after a short delay, the bumer flame is proven. The circulating air blower is energized ap- proximately thirty (30) seconds after the bumers are ignited. The circulating air blower is de- energized by a field selectable fan off timer. THIS CONTROL IS NOT FIELD SERVICABLE. CIRCULATING AIR FILTERS One of the most common cause of a problem in a forced air heating system is a blocked or dirty fitter. Circulating air filters must be inspected monthly for dirt accumulation and replaced if neces- sary. Failure to maintain clean filters can cause premature heat exchanger failure. A new home may require more frequent replacement until all construction dust and dirt is re- moved. Circulating air filters are to be installed in the retum air duct external to the fumace cabi- net. CAUTION Before performing any service on this furnace, including checking or replacing circulating air filters - disconnect the main power supply. DO NOT operate the fumace without circulating air filters in place. 10137G MINIMUM FILTER SIZES FURNACE INPUT FILTER SIZE TYPE 45M 188 IN` PERMANENT 75M 287 IN' PERMANENT 100M 303 IN' PERMANENT 125M 347 IN' PERMANENT 150M 625 IN' PERMANENT 45M 375 IN` DISPOSABLE 75M 555 IN` DISPOSABLE 100M 606 IN` DISPOSABLE 125M 694 IN' DISPOSABLE 150M 12501N` DISPOSABLE F.M. DISPOSABLE NOMINAL 300 C.F.M 15 TEMPERATURE RISE The temperature difference between the supply air and the retum air of the fumace is known as the temperature rise. This furnace is designed to operate within the temperature rise range dis- played on the fumace series and rating plate. To ensure satisfactory performance, the tempera- ture rise of the fumace must be measured and if necessary adjusted. Use the following procedure to measure and adjust the temperature rise: • Before starting the fumace visually inspect all joints and seams in the supply and return air ducts for leaks. Repair them if necessary. • Adjust the room thermostat to obtain constant operation. • Allow the furnace to operate for at least fifteen (15) minutes. • With an accurate thermometer measure the temperature at the retum air. If a combination in- f door / outdoor system is used, the temperature must be measured downstream of the connec tion. • Measure the outlet air tempreture at a point approximately twelve to eighteen (12 -18) inches from the furnace in the supply air duct work. It may be necessary to measure the outlet air at several places to obtain an accurate average. NOTE: IF AN AIR CONDITIONING COIL IS IN- STALLED, TAKE CARE SO AS NOT TO DAMAGE THAT COIL • Adjust the temperature by changing circulating air blower speed tap. Increasing the motor speed lowers the temperature rise while lowering the motor speed increases the temperature rise. MOTOR LUBRICATION AND MAINTENANCE The circulating air blower is equipped with bearings that are permanently lubricated by the motor manufacturer and require no lubrication. At the time of the monthly fitter inspection clean the ex- terior of the circulating air motor, especially around the perimeter air holes to prevent the possibil- ity of overheating due to an accumulation of dust or dirt on the windings and motor casing. As suggested elsewhere in these instructions, the air filters must be kept clean. Dirty filters will re- strict the air flow over the motor windings and possibly cause an overheating condition. • The venter motor bearings are prelubricated by the motor manufacturer & require no attention. SERVICE INSTRUCTIONS DO keep the circulating air filters clean. The heating system will operate more efficiently and eco- nomically. DO arrange drapes & fumiture so that the supply air registers & retum air grilles are unobstructed. DO dose doors and windows. This will reduce the heat load on the system. DO avoid excessive use of bathroom and kitchen exhaust fans. DO NOT allow heat generated by televisions, lamps, direct sunlight, etc. to influence the thermo- stat operation. DO NOT allow combustible materials to accumulate within (3) feet of the fumace. DO NOT use the furnace room as a storage area. DO NOT store gasoline or other flammable liquids or vapors in the vicinity of the fumace. I0137G 16 SEQUENCE OF OPERATION This appliance is controlled by the room thermostat. Within this section the term lockout is refer- enced. This lockout is a "soft" lockout, which will re -set after one hour. It is the obligation of the installer to educate the user on the proper use of the thermostat and the sequence of operation in both the heating and cooling modes. It is also important that any repair or service be performed by a QUALIFIED service person, not by the user. HEATING MODE • The fumace control checks for an open main limit (this Limit is normally closed). If the main limit is open, the fumace will remain inoperable until the limit is closed. During an open limit the circulating air blower and vent blower will be energized. The status light will blink four (4) times. • The room thermostat reacts to a demand for heat. • The control will then check to insure that the vent pressure switch is open. If, at this point, the vent pressure switch is closed the control will blink two (2) times and will remain inoperable until this situation is corrected. • The venter blower is energized. • The vent pressure (vacuum) switch will close when it detects a pressure in excess of it's set- ting. If the pressure switch fails to close the status light will flash three (3) times. The sequence cannot continue until the pressure switch closes. • After a pre -purge period, the electronic ignition device will be energized. • After a slight delay, the gas valve will open if the flame roll -out switchs are closed. • The bumers will ignite and the flame sensor will detect the presence of flame. The igniter will then deenergize. If the sensor does not detect the bumer flame, the gas valve will close and the ignition cycle will be repeated for a total of three attempts. If, after the third attempt, the presence of flame is not detected, the furnace will go into a lockout condition for one (1) hour. It will then repeat the ignition cycle. This one (1) hour lockout and retry will occur indefinitely. • Thirty (30) seconds after the main valve is energized the circulating air blower will be acti- vated. • The fumace will remain in operation until the demand for heat is satisfied. • Once the demand is satisfied the venter will shut off, and the circulating air blower will shut off after field adjustable time is attained. • The fumace will remain dormant until the next demand for heat COOLING MODE The control checks for an open limit If an open limit is detected the fumace will remain inoperable until the condition is corrected. During an open limit condition the circulating air blower will be en- ergized. The status light will blink four (4) times. • A demand for cooling is initiated. • The condenser contactor will close. • After a short delay, the circulating air blower will start on the cooling speed. .a AfteIthe ream thermostat is satisfied the condenser contractor will open. +g The :ula air blower will remain in operation for approximately sixty (60) seconds. 0 re Cin 17 AQ REMOVING AN EXISTING APPLIANCE When replacing an existing appliance, the resulting installation must comply with all local codes, or in the absence of local codes, to the National Fuel Gas Code ANSI Z223.1 and/or CAN/CGA B149 Installation Codes as well as these installation instructions. If the installation of this furnace requires that an existing appliance be removed from a venting system that still serves another gas fired appliance it may require that the existing vent be re- sized. The following steps shall be performed with each appliance connected to the venting sys- tem placed in operation while any other appliance connected to the venting system are not in op- eration; a) Seal any unused openings in the venting system; b) Inspect the venting system for proper size and horizontal pitch, as required in the National Fpok Gas Code, ANSI Z223.1 or the CAN /CGA B149 Installation Codes and these instructions. termine that there is no blockage or restriction, leakage, corrosion and other deficiencies whicn could cause an unsafe condition; c) In so far as practical close all building doors and windows and all doors between the space in which the appliance(s) connected to the venting system are located and other spaces in the building. Tum on clothes dryers and any other appliance not connected to the venting system. Tum on any exhaust fans such as range hoods and bathroom exhausts, so they shall operate at their maximum speed. DO NOT operate a summer exhaust fan. Close fireplace dampers; d) Follow lighting instructions. Place the appliance being inspected in operation. Adjust the ther- mostat so the appliance shall operate continuously, e) Test for draft hood equipped appliance spillage at the relief opening after five (5) minutes of bumer operation. Use the flame of a match or candle; f) After it has been determined that each appliance connected to the venting system property vents when tested as outlined above, retum all doors, windows, exhaust fans, fireplace dampers and any other gas - buming appliance back to their previous condition of use; g) If improper venting is observed during any of the above tests, the venting system must be cor. rected. If resizing of the existing vent is required this shall be sized according to Appendix G of the Na- tional Fuel Gas Code, ANSI Z223.1 or CAN/CGA B149 Installation Codes. INSPECTING & CLEANING THE HEAT EXCHANGER CAUTION Label all wires prior to disconnection when servicing controls. Wiring errors can cause dangerous and improper operation. Verify proper operation after servicing. 10137G 18 It is the obligation of the installer to advise the user to have the furnace inspected and cleaned annually. To clean the heat exchanger perform the following: • Adjust the room thermostat to its lowest setting. • Turn off the gas and electric supply to the fumace. • Remove the control access door. • Open the gas supply union. • Disconnect the gas supply line attached to the gas valve. • Remove the wires connected to the gas valve. • Remove the bumer box assembly. Care must be exercised to avoid damage to any compo- nents. • Inshot bumers should not require cleaning. However, if they exhibit signs of corrosion they can be cleaned by brushing with a stiff wire brush. • Remove the vent from the fumace venter blower. • Remove the venter blower and collector box. • With a stiff wire brush on a flexible handle remove any loose scale from the heat exchanger at both the flue and bumer openings. • With a vacuum remove any loose scale dislodged and any additional debris found in the heat exchanger. • Visually inspect the heat exchanger cells for any failures using a bright light if any failures are discovered it is important to disable the fumace and notify the user to ensure that it remains inoperable until repairs are implemented. • Reassemble the fumace in the reverse order. Note: No additional screws or wires are supplied with this product. All components must be reassembled to avoid an unsafe condition. • Reconnect gas supply and check for leaks using a soap solution. If a flexible gas line is used examine it for cracks or weakness. Replace if necessary. • Restore electrical power. • Follow the lighting instructions to place the furnace into operation. SOURCE OF COMBUSTION AIR The recommended source of combustion air is the outdoor air supply. However, the use of indoor air in most applications is acceptable except as follows; 1. If the fumace is installed in a confined space it is recommended that the necessary combus- tion/ ventillation air originate via the attic, crawl space, or direct opening to the outside. 2. If indoor combustion is used, there must be no exposure to the substances. 3. The following installations may require OUTDOOR AIR for combustion, due to chemical expo- sures; • Commercial buildings • Furnaces installed in hobby or craft rooms • Buildings with indoor pools • Fumaces installed near chemical storage • Fumaces installed in laundry rooms areas Exposures to the following substances in the combustion air supply may also require OUTDOOR AIR for combustion; • Permanent wave solutions • Chlorinated waxes and cleaners • Chlorine based swimming pool chemicals 10137G 19 • De -icing salts or chemicals • Carbon tetrachloride • Halogen type refrigerants • Masonry acid washing materials • Cleaning solvents (such as perchloroeth- ylene) • Printing inks, paint removers, vamishes, etc. TOP OF OPENINGS INTO ATTIC MUST EXTEND ABOVE INSULATION 10137G OUTLET AIR I SO IN. PER. 4.000 BTU/H INLET AIR I S0. IN PER 4.000 BTU /H • Hydrochloric acid • Cements and glues • Antistatic fabric softeners for clothes dry- ers AIR FROM ATTIC AND CRAWL SPACE INWOREMERWEE OPTIONAL INLET AIR 1 SO. IN. PER 4.000 BTUH VENTILATED CRAWI. SPACE MINIMUM OF ONE AIR INLET AND ONE AIR OUTLET REQUIRED IN ANY COMBINATION SHOWN ABOVE. FIGURE 1 AIR FROM HEATED SPACE CAS WATER HEATER :'ii'': S': ISIS.' FURNACE SOFFIT VENTS NOTE EACH OPENING SHALL HAVE A FREE AREA OF NOT LESS THAN ONE SQUARE IN. PER. 1.000 BTU /H OF THE TOTAL INPUT RATING OF ALL EQUIPMENT IN THE ENCLOSURE. BUT NOT LESS THAN ---700 S0. INCHES. It MAX. MINIMUM OF ONE AIR. INLET AND ONE AIR OUTLET REOUIREO IN ANY COMBINATION SHOWN ABOVE. FIGURE 2 20 OUTLET AIR 1 SO. IN. PER. 4,000 BTU /H INLET AIR I SQ. IN. PER. 4,000 BTU /H OUTSIDE AIR USING HORIZONTAL INLET AND OUTLET GAS WATER HEATER L GggLE VENTS OIREENEWEEME 2" mt. FURNACE OUTLET AIR I S0. IN PER 2.000 BTU /H INLET AIR 1 SD IN PER 7 2.000 BTU /H { u- wx. MINIM.UM OF ONE AIR INLET AND ONE AIR OUTLET REQUIRED IN ANY COMBINATION SHOWN ABOVE. FIGURE 3 CLEARANCES FROM COMBUSTIBLE SURFACES VENT PIPE CLEARANCE TO COMBUSTIBLES 6' USING SINGLE WALL CONNECTOR OR 1- USING B-1 VENT. AIR FOR COMBUSTION OR VENTILATION MAY NOT BE TAICENN FROM BATHROOMS. BEDROOMS OR AREAS WHERE A DOOR MAY ISO - LATETHAT ROOM. I0137G 0 ADEQUATE COMBUSTION / COMBUSTION AIR MUST BE SUPPLIED TO THE CLOSET. CLEARANCES TO COMBUSTIBLES FRONT 3124- RECOMMENDED FOR SERVICE) LEFT & RIGHT SIDE V TOP OF PLENUM 1' REAR 0" FURNACE MUST BE COMPLETELY SEALED TO FLOOR OR BASE. COMBUSTION / VENTILATION AIR SUP- PLY PIPES MUSTTERMINATE 12 FROM TOP OF CLOSET AND 12 FROM FLOOR OF CLOSET. DO NOT REMOVE SOUD BASE PLATE FOR BOTTOM RETURN. 21 I0137G SUPPLY VENT RETURN RETURN AIR VENT PIPE SUPPORT OR SUSPEND UNIT IN THREE PLACES: LEFT. RIGHT. & CENTER. HORIZONTAL INSTALLATION VENTILATION/ COMBUSTION R SUPPLY, EN NECES- SARY OPTIONAL NON - COMBUSTIBLE SUB BASE (SBM -XXX) NECESSARY WHEN INSTALLED ON COM- BUSTIBLE FLOORING WITHOUT COOLING COIL SUPPLY AIR MAINTAIN PROPER CLEAR- ANCES TO COMBUSTIBLES. DOWNFLOW INSTALLATION 22 ROTATION OF VENT BLOWER THE VENTER ASSEMBLY MAY BE ROTATED TO FIT THE VENTING REQUIREMENTS. RE- MOVE THE FOUR PERIMETER SCREWS, ROTATE THE VENTER TO THE DESIRED POSI- TION AND REINSERT AND TIGHTEN THE SCREWS. THE ORIFICE PLATE MUST BE RO- TATED ALONG WITH THE VENTER ASSEMBLY FOR PROPER COMBUSTION AND IGNI- TION. A LOCATOR PIN IS PROVIDED FOR THIS PURPOSE. DO NOT USE SELF PIERCING SCREWS TO SECURE THE VENT TO THE PLASTIC CHIMNEY. USE A DRAFT HOOD CON- NECTOR OR THE'SELF DRILLING SCREWS SUPPLIED WITH THE FURNACE. LOCATING PIN VENTER SHOWN ROTATED IN THE LEFT VENTING POSI- TION. NOTE THE POSITION OF THE LOCATING PIN LOCATING PIN VENTER SHOWN IN THE (AS RECIEVED) VERTICAL VENT POSITION. NOTE THE POSITION OF THE LOCATING PIN. VENTER SHOWN IN THE RIGHT SIDE VENT POSITION. NOTE POSITION OF LOCATING PIN. LOCATING PIN 101376 23 BLOWER OFF DELAY In the heating mode, the time period between the extinguishing of the bumers and the circulating blower turning off, is known as the "Blower Off Delay.' This time is factory preset at 150 seconds. The 150 second delay can be changed to 120 or 90 seconds by changing the position of a jumper on the Ignition Control. FACTORY SETTING OPTIONAL SETTINGS BLOWER OFF TERMINAL 150 SEC. 0 90 0 I20 250 • 120 SEC. 90 SEC. 0 90 • 120 150 0 • O 0 90 120 150 HUMIDIFIER CONTROL The screw terminal on the ignition control called "HUM' is designed to give a 24 VAC signal to a humidistat in the heating mode. DO NOT USE ON HUMIDIFIERS WHICH USE 115 VAC. FIELD SUPPLIED HUMIDIFIER FIELD ST ED AT IGNITION CONTROL ELECTRONIC AIR CLEANER CONTROL The red - capped terminal on the ignition control marked "EAC" is to supply 115 VAC to an E tronic Air Cleaner. This terminal is powered in both the heating and air conditioning modes when the circulating blower is operating. I0137G 24 O GJ 0 N 0 Z 01 H31N30 ,LIWIA3d OPTIONAL CONDENSING UNIT FURNACE CHASSIS CND. w G TO 115/1/60 POWER SUPPLY B G DS R BL BL BL BL lwa 9.3 8_a N Y R PS LS Y Y LEADS FROM THE MOTOR BE CHANGED TO THE QUIRED SPEED. P ALS —P • MED HI — YELLOW MED LOW — ORANGE 0 •BL MED ' LOW = BR BR II CAPACITOR q., HIGH iDBRI PVR I POWER SUPPLY 115 / 60 / 1 HEAT IDBR2 COOL I.D.B. HSIR P.V. LS • • FUSE E HSI IDBR2 PS Oj ALS HSIR e IDBR 1 ROS • • • • ALS — AUXILIARY LIMIT SWITCH OS — DOOR SWITCH FS — FLAME SENSOR CV — CAS VALVE HSI — HOT SURFACE IGNITOR HSIR — HOT SURFACE IGNITOR RELAY 108 — INDOOR BLOWER IDBR — INDOOR BLOWER RELAY LS — LIMIT SWITCH PS — PRESSURE SWITCH PV — POWER VENTOR PVR — POWER VENT RELAY ROS — ROLLOUT SWITCH ROS • • WIRING CODE FACTORY WIRING HIGH VOLTAGE LOW VOLTAGE RGS ROS • • • • WIRE COLOR CODE B —BLACK (1) BL —BLUE (4) BR —BROWN (7) G —GREEN (8) 0— ORANGE (6) NOTES: 1. REPLACEMENT WIRE MUST BE THE SAME SIZE AND TYPE OF INSULATION AS ORIGINAL (105C) 2. WARNING CABINET MUST BE PERMANENTLY GROUNDED AND CONFORM TO N.E.C. & LOCAL CODES. PK —PINK (9) p — PURPLE (5) W WHITE (0) Y YELLOW (3) R RED (2) r"-\ n 0 4) 6) N 0) AINO 3dWJ 117 w To CONDENSING UNIT X0000 10 0 F BL I, LS ,© Lo.FiSoi ALS ROS ROS Gv LO —BL COLA HI - W ® Y BL - mum o oOT o r o 0R n o 0 a o-- o a *1112 0 o R2 O R o L_o n o Y/Y2 O R 0 o n I► TO THERMOSTAT WHITE -Ml CREEN.0 RED -R YELLOW -Y /W1 ©Q® Y BR SEE NOTE BL BR W2 RELAY 3 BL ROS ROS BR L1 D5 PFC 1 HEAT lMJ IDBR I� COOL pm L2 HSR L5 • • FUSE AL ROS R05 ROS W:R PFC - POWER- FACTOR CHOKE TRANSFORMER ALS - NAILLARY LIMIT Swaps D5 - DOOR SWITCH CR - COOL RELAY HR - HEAT RELAY FS - FLAME SENSOR 0V - CAS VALVE HSI - HOT SURFACE R]1TOR CB - INTERCRATED CROAT BOARD RIB - INDOOR BLOWER 1081 - INDOOR BLOWER RELAY LS - LMT SNITCH PS - PRESSURE SNITCH PV - POWER TENTER PI/R - POWER VENT RELAY ROS - ROLLOUT Sw2L71 11C - MOTOR CONTROLLER TR - TRANSFORMER HSR - HOT SURFACE 1CMTOR REDLY W2R - W2 RELAY WIRING COOS FACTORY WIRING HIGH VOLTAGE LOW VOLTAGE FIELD WIRING HIGH vOLTACE wRE COLOR CODE 13—BLACK BL —BLUE BR —BROWN G —GREEN 0— ORANGE PK —P1NK P — PURPLE w —wHNE Y— YELLOW R —RED NOTES: 1. REPLACEMENT WIRE MUST BE THE SAYE SIZE AND TYPE OF INSULATION AS ORIGINAL (105-C) 2. WARNING CABINET MUST BE PERMANENTLY GROUNDED AND CONFORM TO N.E.C. & LOCAL CODES. 3. PFC USED ON CYPE100 & 125 MODELS ONLY. ti1trr h J.IV',�•j c. O co 5 0 m gym 0 ?v O 0 7 ..c O O .1 as C SICO • ai O o m O A O 3 3 a) A -n0 O Si =g a S 3. Remove control access panel. 0) N CD C 3 ((DD O '6• 0) • o a n (D 0 go n3: O 0) 5. Replace control access panel. Og-n -O (D (0 0) N C) O O f 0 1 0 0 0 CO ,. N 0 0 N 0) (D r. 3 -aao m -i - • ID = N O) ocom N C '- CD3= X00 0 (D O 0 N N n' 0 M p -000 1 1 G 73 (D 3 O (D ssaooe latuoo -0 0) CD �o (0 • 0 • U) 9 -I • c o CD m ▪ v 3 (D rn N o o (0 C. (D T (0 0a 0) N -0 CD 1 -. 9. Replace control access panel. 0) co C) c 3 OCD CD O (.3 0 a CD 1 0 (D 0) -0 T. • =o (D (D CO 4) N 0 0 0 f, 0 0 0 CS 0 2. Set the thermostat to lowest setting. O � UV 0 ns- IJJ C3 '0 (D - (D . N a CD N 0) (D 0 a). ID 0 m 0 o 0 C 0) 2 00�� 3• 03 mo°N)w - (D 0 o00 0 0 -0) o S 1 (D�OO c • 0) a cD 5 N _• • • m FW F03C00O!_=. 0)w (A 2: gE O O OaO ,m ((1)• O)Q=(OCOO•��13)� N N (D N O ON �n �� mo ��L.0m �.O'C) O �- O-' o-i - (D O II) `< O (t] - O) 0 0 1/ - -e. = ,.„7 3• -n O 1 0) m m i..< -02'0-6X CI! (D 0) 0 *01D g T'3) N Z (D 7,-10 a 5. =CD W0 .N mo 1) *15�00cn3 Onn O31(D �0O y 3 O C o o _.=0 -0 0) 00.00 • 0 : —o c (D C) V/ -110) (1D ID 0 o a- 9 (0 0) N N 0 -0 OTZIPNEWII a0)=, n o c0 (D 1 (D (D •00 0 CA o (on 0 Al O 53 0 N C 5. N BC o N O m(0 (• (00 -0 o m= (-)0A-0'Tj )- {So 00dO09- ►cN3a3T* 7 0 0 0 QN SN 1 3 ,m N 0 :4C 0) 0) 0) 1. o�.go.�(1)300,x- •a'�c00 c (D 0000{- — • �N —(DCCCO�.(DNflZ_ OCTNOiNO 1 0=1 IDQ. •N+Q_NO (D 0) co 1630u' °Oj .. -o 0) C) �0 c C 0 a- 0- 0 0 0 -0 N•N N (D ?0) 0 0) Ol0 CtDC) 00 N -0 °OO <0NC)00000> NNO, -d0j (DN0(D0• c 0 1 Qs 1 :150 0.11 <.3m-00 <,35 000 �^'"000N0(1)> c 0 0 0 � 0 0 f) _-.=Z C Z N (D O) N O N 3D 0 ? O O fl NC- 0 - a � c • Q (D (DQ,0r10 -0� `zjNCO nC 3 = i O i -1 () , (D • eoeums ey; uo osie ale suolloruisur emu 1 EXTERIOR MASONRY CHIMNEYS - CATEGORY 1 furnaces only. An exterior-masonry chimney is defined as a "Masonry chimney exposed to the outdoors on one or more sides below the roof line." The ability to use a Gay lined masonry chimney depends on a parameter not associated with interior chimneys. This variable is the geographic location of the installation. Researchers have discovered that the winter design temperatures have a direct impact on the suitability of this type of venting. In most situations, except in some Gulf Coast areas and Southem Califomia, the existing ma- sonry chimneys will require a properly sized metallic liner. DEFINITION of TERMS equipped appliances attached to the com- mon vent Fan Assisted Combustion System - An appliance equipped with an integral me- chanical means to either draw or force the products of combustion through the combus- tion chamber and /or the heat exchanger. FAN Min. - Refers to the minimum appliance input rating of a Category I appliance with a fan assisted combustion system that could be attached to the vent. FAN Max. - Refers to the maximum input rating of a Category 1 with a fan assisted combustion system that could be attached to the vent. NAT. Max. - Refers to the maximum appli- ance input of a Category I appliance equipped with a draft hood that could be at- tached to the vent There are no minimum appliance ratings for draft hood equipped appliances. FAN + FAN - Refers to the maximum com- bined rating of two (2) or more fan assisted appliances attached to a common vent. FAN + NAT - Refers to the maximum com- bined input rating of one or more fan- assisted appliance and one or more draft hood 10137G 28 NAT + NAT - Refers to the maximum com- bined input rating of two (2) or more draft hood equipped appliances attached to the common vent. NA - Means not applicable due to physical or geometric constraints. Vent - A passageway used to convey flue gases from gas utilization equipment. or their vent connectors, to the outside atmosphere. Vent Connector - The pipe or duct that con- nects a fuel -gas buming appliance to a vent or chimney. Flue Collar - That portion of an appliance designed for the attachment of a draft hood, vent connector or venting system. Categorized Vent Diameter - The minimum permissible vent diameter for Category I ap- pliance to maintain a non - positive vent static pressure when tested according to nationally recognized standards. GENERAL VENTING REQUIREMENTS The requirements contained herein apply to both Category I draft hood equipped and fan as- sisted combustion appliances. At no time should a venting system listed for a Category II, 111, or IV appliance be sized with these tables. The altemate sizing methods described in the National Fuel Gas Code (NFPA54 /ANSI Z223.1-1996) may also be used to size the venting system for a draft hood equipped appliance. At this time, altemate sizing methods have not been devel- oped for fan assisted appliances. Therefore, until engineering data is developed to allow alter- nate sizing methods for Category I fan assisted appliances, the vent tables must be used. 1.The venting tables included in this instruc- tion apply to vents and chimneys intemal to the structure below the roof line. Exterior chimneys or vents not enclosed by the structure or chase below the roof line may experience continuous condensation depend- ing on locality. Consult local gas utility, ap- pliance manufacturer and/ or local codes. A chimney with one (1) or more sides ex- posed to the outside of the structure is con- sidered to be an exterior chimney. A type B or fisted chimney fining system passing through an unused masonry chimney flue is not considered to be exposed to the outdoors. 2.If the vent or connector size determined from the tables is smaller than the appliance draft hood outlet or flue collar, the smaller size may be used provided: a) The total vent height "H" is at least 10 ft. b) Vents or connectors for appliance out- lets or flue collars 12" in diameter or smaller are not reduced more than one table size (e.g. 12" to 10" is a one size reduction). c) The maximum capacity listed in the ta- bles for a fan assisted appliance is re- duced by 10% (0.90 X maximum capac- ity). d) The draft hood is greater than 4" in di- ameter. Do not connect a 3' diameter vent or connector to a 4" diameter draft hood outlet THIS PROVISION DOES NOT APPLY TO FAN ASSISTED AP- PLIANCES. 3.Single appliance venting configurations with zero lateral lengths, Tables 1 & 2, are as- sumed to have no elbows in the vent system. 10137G 29 For all other configurations, the vent system is assumed to have two (2) 90° elbows. For each additional 90° elbow or equivalent (twof'^".. 45° elbows are equivalent to one 90° elbow) beyond two, the maximum capacity listed in the venting table should be reduced by 10% (0.90 X maximum listed capacity). 4. The common venting Tables 3, 4, 7 & 8 were generated using a maximum horizon- tal vent connector length of 1 1/2 feet (18") for each inch of connector diameter as follows: CONNECTOR DIA. MAXIMUM HORIZONTAL CONNECTOR LENGTH 3 inches 41/2 feet 4 inches 6 feet 5 inches 7 1/2 feet 6 inches 9 feet 7 inches 101/2 feet 8 inches 12 feet e 9 inches 13 1/2 feet k. 10 inches 15 feet The vent connector should be routed to the vent utilizing the shortest possible route. Connectors with longer horizontal lengths than those listed above are possible uder the following conditions: a) The maximum capacity (FAN MAX. OR NAT MAX.) or the vent connector shall be reduced 10% for each additional mul- tiple of the length listed above. For ex- ample, the maximum length listed above for a 4 inch connector is 6 feet. Wl h a con- nector greater than 6 feet but not exceed- ing 12 feet the maximum capacity must be reduced by 10% (0.90 X maximum vent connector capacity). With a vent connec- tor length greater than 12 feet but not exceeding 18 feet, the maximum capac- ity must be reduced by 20% (0.80 X maximum vent capacity). b) The minimum capacity (FAN MIN.) shall be determined by referring to the corre- sponding single appliance table (tables 1 & 2). In this case, for each appliance the entire vent connector and common vent from the appliance to the vent termina- tion would be treated as a single appli- ance vent, as if the other appliances were not present 5. If vent connectors are combined prior to entering the common vent, the maximum common vent capacity listed in the com- mon vent tables must be reduced by 10 %, the equivalent of one (1) 90° elbow. See figure 7. The horizontal length of the com- mon vent connector or manifold (L) should not exceed 1 1/2 feet (18 inches) for each inch of common vent diameter. 6. If the common vent is offset as shown in figure 8, the maximum common vent ca- pacity fisted in the common venting tables should be reduced by 20 %, the equivalent of two (2) 90° elbows. The horizontal length of the offset shall not exceed 1 1/2 feet for each inch of common vent diame- ter. 7. The common vent diameter must always be at least as large as the largest vent connec- tor diameter. All interconnection fittings must also be the same size as the com- mon vent 8.T Bps vies shall terminate above the r f surt`atZ •' a listed cap or listed roof b itt and Rave to their respective list - nufacture's instructions. "AND SMALLER VEIt(fjCAC rot c� LC) g� 2.0 30 Listed gas venting systems using listed vent caps 12" and smaller may terminate according to the VENT TER- MINATION TABLE. (See figure 1) VERTICAL WALL THE VENT TERMINATION SHOULD NOT BE LESS THAN 8 FT. FROM A VERTICAL WALL FIGURE 1 -VENT CAPS 12" OR SMALLER GAS VENT TERMINATION TABLE ROOF PITCH MINIMUM HEIGHT FLAT TOto7 /12 1.0 FEET' OVER 7 / 12T08/ 12 1.5 FEET OVER 8 / 12T09/ 12 2.0 FEET OVER 9/ 12 TO 10/ 12 2.5 FEET OVER 10/ 12 T011 / 12 3.25 FEET OVER 11/12TO12/12 4.0 FEET OVER 12/12TO14/12 5.0 FEET OVER 14/127016/12 6.0 FEET OVER 16/12TO18/12 7.0 FEET OVER 18/127020/12 7.5 FEET OVER 20/ 12 TO 21/ 12 8.0 FEET 'This requirement covers most installations 9. Use sea level input rating when determining maximum capacity for high attitude installa- tion. Use actual input rating for determining minimum capacity for high altitude installa- tion. 10. No portion of the vent system can extend into, or pass through any circulating air duct or plenum. 11.AII vent pipe passing through floors, walls and ceilings must be installed with the listed clearance to combustible materials and be fire stopped according to local codes. In the absence of local codes refer to NFGC (Z223.1). 12.Vent connectors serving Category I appli- ances shall not be connected to any por- tion of mechanical draft systems operation under positive pressure such as Category III or IV Venting Systems. 13.A Category I appliance must never be con- nected to a chimney servicing a solid fuel appliance. If fireplace chimney flue is used to vent this appliance, the fireplace opening must be permanently sealed. 14.A vent connector shall be supported without any dips or sags and shall slope a mini- mum of 1/4" per linear foot of connector, back towards the appliance. 15. Vent connector shall be firmly attached to draft hood outlets or flue collars by sheet - metal screws or other approved means, except vent connectors of type B vent material that shall be assembled according to the manufacturer's instructions. Joints between sections of single wall connector pipes shall be fastened by sheetmetal screws or other approved means. 16. Men the vent connector used for Category I appliances must be located in or pass through a crawl space or other area which may be cold, that portion of the vent con- nector shall be of listed double wall type B vent material or material having equivalent in- sulation qualities. 17.The entire length of single wall metal vent connector shall be readily accessible for inspection, cleaning or replacement. 18. For appliances with more than one input rate, the minimum vent or connector (Fan - Min) capacity detemlined from the tables shall be less than the lowest input rating and the maximum vent or connector (Fan or Nat Max) capacity determined from the tables shall be greater than the highest appli- ance input rating. 19. For single appliance vents: I0137G 31 a) If the vertical vent or tile lined chimney has a larger diameter or flow area than the vent connector, use the vertical vent diameter to determine the minimum vent capacity and vent connector diameter to determine the maximum vent capacity. The flow area of the vertical, however, shall not exceed 7 times the flow area of the listed appliance categorized vent area, draft hood outlet area or flue collar area unless designed according to ap- proved engineering methods. See table 9 for calculated areas. For multiple appliance vents: b) The flow area of the largest section of a vertical vent or chimney shall not exce " 7 times the smallest listed appliani._ categorized vent area, flue area, or draft hood outlet area unless designed accord- ing to approved engineering methods. See table for calculated areas. Maximum vent or tile lined chimney flow area = TT(D*)2 X 7 4 *Draft hood outlet diameter, flue collar diame- ter or listed appliance categorized vent di- ameter. c) In no case, shall the vent connector be upsized more than 2 consecutive table size diameters over the size of the draft hood outlet, flue collar or listed catego- rized vent. Example: An appliance with a 4 inch diameter flue outlet collar or draft hood connector cannot be vented with a connector larger than 6 inches. - 20. Masonry chimneys used to vent Category I central fumaces must either be tile lined or lined with a listed metal lining system or dedicated gas vent. Unlined chimneys are prohibited. (See note 1) 21.A fan assisted furnace may be common vented into an existing chimney provided; a) The chimney is currently serving at least one draft hood appliance. SINGLE APPLIANCE VENTING OF A FAN ASSISTED FURNACE INTO A TILE LINED, MASONRY CHIMNEY IS PROHIB- ITED. THE CHIMNEY MUST FIRST BE LINED WITH EITHER TYPE B VENT SIZED IN ACCORDANCE WITH TABLES 1 OR 2 OR A LISTED SINGLE WALL, METAL LINING SYSTEM, SIZED IN AC- CORDANCE WITH NOTE 22. 22.Listed, corrugated metallic chimney liner systems in masonry chimneys shall be sized by using tables 3 or 4 for common venting with the maximum capacity re- duced by 20% (0.80 X maximum capac- ity) and the minimum capacity shown in the applicable table. Corrugated metal vent systems installed with bends or off- sets require additional reduction of the vent maximum capacity (See note 6). 23. For multiple units of gas utilization equip- ment all located on one floor, available total height "H" is measured from the highest draft hood outlet or flue collar up to the level of the cap or terminal. Con- nector rise "R" is taken from the meas- ured outlet or flue collar to the level where the vent gas streams come together. (Not applicable for multi - story). 24. For multi-story installations, available total height for each segment of the system "H" is the vertical distance between the draft hood outlet or flue collar entering that segment and the centerline of the next higher interconnection tee (See Figure 13). 25.The size of the lowest connector and of the vertical vent leading to the lowest in- terconnection of a multi -story system must be according to table 1 or 2, for available total height "H" up to the lowers connec- tion (See figure 14). 26. Common vents in multi -story systems should betype B and have no offsets. 10137G 32 27. Numbers followed by an asterisk(') in Table 5 & 6, indicate the possibility of continuous condensation, depending upon locality. Consult appliance manufacturer, local serving gas supplier, and/or authority having jurisdiction. 28. In a single run of vent or vent connector, more than one diameter and type of pipe are permitted to be used, provided that all the sizes are permitted by the tables. 29.If the desired vent height and connector rise and /or lateral are between the table entries, linear interpolation is permitted for calculation of the permissible appliance input ratings. Extrapolation beyond the table entries is not recommended. 30.AII combinations of pipe sizes, single wall, and double wall metal pipe are allowed within any connector run(s) or within the common vent provided ALL of the appro- priate tables permit All of the desired sizes and type of pipe, as if they were used for the entire length of the subject connector vent. If a single wall and type B double wall pipe are used for vent connectors, the common vent must be sized using table 4. 31. Locate the draft hood outlet or flue collar of the smallest input appliance closest to or under the common vent. 32. When the vent table permits more than one diameter of pipe to be used for a connec- tor or vent, the smallest permitted diame- ter should be preferred. EXAMPLES USING SINGLE APPLIANCE VENTING TABLE Single Fan Assisted Appliance Suppose an installer has an 80,000 Btu / hr. input fan assisted appliance that must be installed using 10 ft of lateral connector attached to a 30 ft. high Type B vent Two 90" elbows are needed for the installation. Can a single wall metal vent connector be used for this installation? Solution -Table 2 refers to the use of single wall metal vent connectors with Type B vent. In the first column find the row associated with a 30ft. height and a 10 ft. lateral. Read across this row, looking at the "Fan Min' and "Fan Max" columns, to find that a 3" diameter single wall metal connector is not recommended. Moving to the next larger size single wall connector (4') we find that a 4" diameter single wall connector has a recommended maximum vent capacity of 91,000 Btu / hr. and a recommended maximum vent capacity of 144,000 Btu / hr. The 80,000 Btu / hr. fan assisted appliance is outside this range, so we conclude that a single wal., connector cannot be used to vent this appliance using 10f . of lateral for the connector. However, we see that if the 80,000 Btu / hr. input appliance could be moved within 5ft of the vertical vent, then a 4" single wall metal connector could be used for this appliance. Table 2 shows the acceptable range of vent capacities for a 4" vent with 5ft. of lateral to be between 72,000 Btu / hr. and 157,000 Btu / hr. If the appliance cannot be moved closer to the vertical vent, then Type B vent could be used as the connector material. In this case, Table 1 shows that for a 30fL high vent with 10ft of lat- eral, the acceptable range of vent capacities for a 4' diameter vent attached to a fan assisted appliance are between 37,000 Btu / hr. and 150,000 Btu / hr. Common Venting a Draft Hood Water Heater with a Fan Assisted Furnace In this case, a 35,000 Btu / hr draft hood equipped water heater with a 2ft connector rise is to be common vented with a 100,000 Btu / hr fan assisted furnace with a 3ft. connector rise. The common vent consists of a 30ft rise of type B vent What are the recommended vent diame- ters for each connector and the common vent? Solution -TABLE 4 Water Heater vent connector diameter - Let us assume the installer would like to use a single wall metal vent connector. Using table 4, Vent Connector Capacity, read down the total vent height "H" column to 30ft. and read across the 2ft. connector rise "R" row to the first Btu / hr rating in the "Nat Max" column that is equal to or greater than the water heater input ratin The table shows that a 3" connector has a maximum input rating of 37,000 Btu / hr. Since thl is greater than the water heater input rating, a 3" vent connector is adequate. Furthermore, since the water heater is equipped with a draft hood, there are no minimum input rating re- strictions. Furnace vent connector diameter - Again, let us assume the installer would like to use a sin- gle wall vent connector. Using table 4, Vent connector capacity, read down the total vent height "H" column to 30ft and across the 3ft. connector rise "R" row. Since the fumace has a fan assisted combustion system, find the first Fan Max column with a Btu / hr rating greater than the fumace input rating. The 4" vent connector has a maximum input rat- ing of 119,000 Btu / hr and a minimum input rating of 85,000 Btu / hr. The 100,000 Btu / hr fumace in this example falls within this range, so a 4" connector is adequate. If the fumace would have had an input rating of 80,000 Btu / hr, than a type B vent connector (see Table 3) would have to be used to meet the minimum capacity limit. 10137G 33 Common vent diameter - The total input to the common vent is 135,000 Btu / hr. Using Ta- ble 4, common vent capacity, read down the total vent height "H" column to 30ft and across this row to find the smallest vent diameter in the Fan + Nat column that has a Btu / hr rating equal to or greater than 135,000 Btu / hr. The 4' common vent has a capacity of 132,000 Btu / hr and the 5' common vent has a capacity of 202,000 Btu / hr. Therefore, the 5" common vent should be used in this example. Summary - In this example, the installer may use a 3" diameter single wall metal vent con- nector for the water heater and a 4" single wall metal vent connector for the furnace. The com- mon vent should be a 5" diameter type B vent. Common Venting into a Masonry Chimney In this case, a 35,000 Btu / hr input 4' diameter draft hood equipped water heater with 2ft of connector rise and Oft of horizontal length is to be common vented with a 100,000 Btu / hr fan assisted fumace with a 4" diameter flue collar, 3ft of connector rise and Eft of horizontal length. The common vent is an 8" X 12' tile lined chimney that is 30ft tall. What are the rec- ommended vent diameters for each connector? Is this an acceptable installation? Solution- Table 8 is used to size common venting installations involving single wall connec- tors into masonry chimneys. Water heater vent connector diameter - Using Table 8, vent connector capacity, read down the total vent height "H" column to 30ft and read across the 2ft connector rise "R" row to the first Btu / hr rating in the Nat Max column that is equal to or greater than the water heater in- put rating. The table shows that a 3' vent connector has a maximum input of only 31,000 Btu / hr while a 4" vent connector has a maximum input of 57,000 Btu / hr. A 4' vent connector must therefore be used. Furnace vent connector diameter - Using table 8 vent connector capacity, read down the total vent height "H" column to 30ft and across the 3ft connector rise "R" row. Since the fur- nace has a fan assisted combustion system, find the first Fan Max column with a Btu / hr rat- ing greater than the furnace input rating. The 4' vent connector has a maximum input rating of 127,000 Btu / hr and a minimum input rating of 95,000 Btu / hr. The 100,000 Btu / hr fur- nace in this example falls within this range, so a 4' connector is adequate. Masonry Chimney - From Table 9, the equivalent area for a nominal liner size of 8" X 12' is 63.6 sq. in. Using Table 8, common venting capacity, read down the Fan + Nat column under the minimum intemal area of chimney value of 63 to the row for 30ft height to find a capacity value of 739,000 Btu / hr. The combined input rating of the fumace and water heater of 135,000 Btu / hr, is Tess than the table value, so this is an acceptable installation. Note 19 requires the common vent area to be no greater than 7 times the flow area of the smallest appliance outlet area. Both appliances in this installation use 4' diameter outlets. From Table 9, the equivalent area for an inside diameter of 4" is 12.2 sq.in. Seven times 12.2 is 85.4, which is greater than 63.6, so this configuration is acceptable. Note 1 spgcifiescirat table values are for vents or chimneys that are not exposed to the out - dcAs be & th f Cme. If the masonry chimney in this case were exposed below the roof C thendlle a ce manufacturer, local gas utility. and/or authority having jurisdiction m be oallSultiti 0 tv 10 G a g 34 CO 101370 TYPICAL VENTING APPLICATIONS TABLE 1 should be used when Type B vent tS used For both the vent conn- ector and the vertical vent. TABLE 3 should be used when Type B vent Connectors are attaChed to a Type B cannon vent Schematic Diagram showing a typical nanfoldrd connOn vent sec teen -L. of the vent connector. (See Note 5) R2 TABLE 2 should be used when a single wall petal vent connector is attached to Type B verticnt vent TABLE 4 ShoWd be used when single wall netat vent COnneCtOrs are attached to a Type B cannon vent. Schematic Diogran showing of FSet in the COnnon vent section OF the vertical vent. (See Note 6) L-�i� N � D 3 r. 35 TABLE 5 shall .„.used when Type B double wall vent connector is attache to the tile Tined masonry chimney. � TABLE 6 shal l used when a single wall metal vent Eonnector is attached to a tile lined masonry chimney. Tile Lined Masonry Chimney Vent Connector Tile Lined Masonry Chimney Vent Connector TABLE 7 shall be used when Type B double wall vent connectors are attached to a tile lined masonry chimney. Tile Lined Masonry Chimney TABLE 9 TABLE 8 shall be used when Single wall metal vent connectors are attached to a tile lined masonry chimney. Tile Lined Masonry Chimney Masonry Chimney Liner Dimensions With Circular Equivalents Nominal Liner Size - Inches Inside Dimensions In Liner - Inches Inside Diameter or Equivalent Diameter - Inches Equivalent Area Square Inches 4x8 21/2x61/2 4 12.2 5 19.6 6 28.3 7 38.3 8 x 8 6 3/4 x 6 3/4 7.4 42.7 8 50.3 8 x 12 61/2x101/2 9 63.6 10 78.5 12 x 12 9 3/4 x 9 3/4 10.4 83.3 11 95 12 x 16 91/2 x 13 1/2 11.8 107.5 12 113 14 153.9 16x16 131/4x131/4 14.5 162.9 15 176.7 16x20 13x17 16.2 206.1 18 254.4 20 x 20 16 3/4 x 16 3/4 18.2 260.2 20 314.1 20 x 24 161/2x201/2 20.1 314.2 22 380.1 When liner sizes differ dimensionally from those shown in Table 9 equivalent diameters may be from published tables for square and rectangular ducts of equivalent carrying capacity or by other engineering methods. 10137G 36 Listed Cop Third Connector Tee 0C O d 1- 0n 04). pY >ds c+' 0.x4 CU UEOI —" d�0 +' 0.3= oaod �" CYr o+; L~ d0 '00 600) > is' a 0, cI-ooCE0 U C VI 04. 0 �4-'- .0 Cu 01 1- L 0 Y u Cu c c 0 U a 0 U d C {Oi p 0� o U >t0, I�11 os0) o0. out- 0 C 0 -6 0/ ON d 0) ~nn N o1. CE m° a=_. 0, C u U 0-C4' [ yt 0 cl.LY 0.0 >NC 3 a. 6-'1P a4 nr 0 0)0004.0- L74. n 04.6• M 0) N N N +" C N V) > N • c yE E O c oy i' O CCO• C N 0 E • O L °i a Ny c >• U Ud N L WV)A X N c w C > 0 TE L E O 1 +' d • o1- 4.+'c OU yCA CC(o N o0. 0) U +, 4- C Cu 0> N N c n. d• N 3 0) LL. 0) OJ cu N > N O 3 C4 a N a) OdC L � E • VI Cu 0) >, N 0) O 0) •4,) £ f- > Q) N d� l7 U >,W 0 O L +' .' O U1 4- I 0 L L) 3 +- z s` 0) > to 0 3 01 0T N0) U 1-- Or+' -dC •s0)° • = 0)0.4' > Q0) w c 0, E C O) 0) Oy+, 15 VI CI) in • rnci CU N L� tnNO +' • COr C W .5 > 4 3 o °¢ E '" zs o C U¢ C1 Total Input 0) 01 Cu pi 0 U1 4 N N C N N I Lai o Z (4- N 2 tor Size CO 0) L 3 rn it I0137G 37 RECEED CITY QF' UKKWIIA AUG 1 2 1999 PERMIT CENTER VENT TABLES L Capacity of Type B Double -Wall Vents with Type B Double -Wall Connectors Serving a Single Category 1 Appliance TABLE 1 I0137G 38 Vent and Connector Diameter - D (inches) 3„ 4„ 5„ 6" 7„ 8" Height H (ft) Lateral L (ft) Appliance Input Rating in Thousands of Btu Per Hour FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max 6 0 0 78 46 0 152 86 0 251 141 0 375 205 0 524 285 0 698 370 2 13 51 36 18 97 67 27 157 105 32 232 157 44 321 217 53 425 285 4 21 49 34 30 94 64 39 153 103 50 227 153 66 316 211 79 419 279 6 25 46 32 36 91 61 47 149 100 59 223 149 78 310 205 93 413 273 8 0 0 84 50 0 165 94 0 276 155 0 415 235 0 583 320 0 780 415 2 12 57 40 16 109 75 25 178 120 28 263 180 42 365 247 50 483 322 5 23 53 38 32 103 71 42 171 115 53 255 173 70 356 237 83 473 313 8 28 49 35 39 98 66 51 164 109 64 247 165 84 347 227 99 463 303 10 0 0 88 53 0 175 100 0 295 166 0 447 255 0 631 345 0 847 450 2 12 61 42 17 118 81 23 194 129 26 289 195 40 402 273 48 533 355 5 23 57 40 32 113 77 41 187 124 52 280 188 68 392 263 81 522 346 10 30 51 36 41 104 70 54 176 115 67 267 175 88 376 245 104 504 330 15 0 0 94 58 0 191 112 0 327 187 0 502 285 0 716 390 0 970 525 2 11 69 48 15 136 93 20 226 150 22 339 225 38 475 316 45 633 414 5 22 65 45 30 130 87 39 219 142 49 330 217 64 463 300 76 620 403 10 29 59 41 40 121 82 51 206 135 64 315 208 84 445 288 99 600 386 15 35 53 37 48 112 76 61 195 128 76 301 198 98 429 275 115 580 373 20 0 0 97 61 0 202 119 0 349 202 0 540 307 0 776 430 0 1057 575 2 10 75 51 14 149 100 18 250 166 20 377 249 33 531 346 41 711 470 5 21 71 48 29 143 96 38 242 160 47 367 241 62 519 337 73 697 460 10 28 64 44 38 133 89 50 229 150 62 351 228 81 499 321 95 675 443 15 34 58 40 46 124 84 59 217 142 73 337 217 94 481 308 111 654 427 20 48 52 35 55 116 78 69 206 134 84 322 206 107 464 295 125 634 410 30 0 0 100 64 0 213 128 0 374 220 0 587 336 0 853 475 0 1173 650 2 9 81 56 13 166 112 14 283 185 18 432 280 27 613 394 33 826 535 5 21 77 54 28 160 108 36 275 176 45 421 273 58 600 385 69 811 524 10 27 70 50 37 150 102 48 262 171 59 405 261 77 580 371 91 788 507 15 33 64 NR 44 141 96 57 249 163 70 389 249 90 560 357 105 765 490 20 56 58 NR 53 132 90 66 237 154 80 374 237 102 542 343 119 743 473 30 NR NR NR 73 113 NR 88 214 NR 104 346 219 131 507 321 149 702 444 50 0 0 101 67 0 216 134 0 397 232 0 633 363 0 932 518 0 1297 708 2 8 86 61 11 183 122 14 320 206 15 497 314 22 715 445 26 975 615 5 20 82 NR 27 177 119 35 312 200 43 487 308 55 702 438 65 960 605 10 26 76 NR 35 168 114 45 299 190 56 471 298 73 681 426 86 935 589 15 59 70 NR 42 158 NR 54 287 180 66 455 288 85 662 413 100 911 572 20 NR NR NR 50 149 NR 63 275 169 76 440 278 97 642 401 113 888 556 30 NR NR NR 69 131 NR 84 250 NR 99 410 259 123 605 376 141 844 522 100 0 NR NR CCIXCLCLCLL zzzzzzzz 0 218 NR 0 407 NR 0 665 400 0 997 560 0 1411 770 2 NR NR 10 194 NR 12 354 NR 13 566 375 18 831 510 21 1155 700 5 NR NR 26 189 NR 33 347 NR 40 557 369 52 820 504 60 1141 692 10 NR NR 33 182 NR 43 335 NR 53 542 361 68 801 493 80 1118 679 15 NR NR 40 174 NR 50 321 NR 62 528 353 80 782 482 93 1095 666 20 NR NR 47 166 NR 59 311 NR 71 513 344 90 763 471 105 1073 653 30 NR NR NR NR NR 78 290 NR 92 483 NR 115 726 449 131 1029 627 50 NR NR NR NR NR NR NR NR 147 428 NR 180 651 405 197 944 575 I0137G 38 (. VENT TABLES Capacity of Type B Double -Wall Vents with Single -Wall Metal Connectors Serving a Single Category I Appliance TABLE 2 I0137G 39 nEcennto CRY OF TUKWILA AUG 1 2 PagarGsmoi Vent and Connector Diameter - D (inches) 3" 4" 5" 6' 7" 8" 9" 10" Height H (ft) Lateral L (ft) Appliance Input Rating in Thousands of Btu Per Hour FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT Min Max Max' Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max 6 Cr) AN0 38 77 45 59 151 85 85 249 140 126 373 204 165 522 284 211 695 369 267 894 469 371 1118 569 39 51 36 60 96 66 85 156 104 123 231 156 159 320 213 201 423 284 251 541 368 347 673 453 NR NR 33 74 92 63 102 152 102 146 225 152 187 313 208 237 416 277 295 533 360 409 664 443 NR NR 31 83 89 60 114 147 99 163 220 148 207 307 203 263 409 271 327 526 352 449 656 433 8 0 37 83 50 58 164 93 83 273 154 123 412 234 161 580 319 206 777 414 258 1002 536 360 1257 658 2 39 56 39 59 108 75 83 176 119 121 261 179 155 363 246 197 482 321 246 617 417 339 768 513 5 NR NR 37 77 102 69 107 168 114 151 252 171 193 352 235 245 470 311 305 604 404 418 754 500 8 NR NR 33 90 95 64 122 161 107 175 243 163 223 342 225 280 458 300 344 591 392 470 740 486 10 0 37 87 53 57 174 99 82 293 165 120 444 254 158 628 344 202 844 449 253 1093 584 351 1373 718 2 39 61 41 59 117 80 82 193 128 119 287 194 153 400 272 193 531 354 242 681 456 332 849 559 5 52 56 39 76 111 76 105 185 122 148 277 186 190 388 261 241 518 344 299 667 443 409 834 544 10 NR NR 34 97 100 68 132 171 112 188 261 171 237 369 241 296 497 325 363 643 423 492 808 520 15 0 36 93 57 `56 190 111 80 325 186 116 499 283 153 713 388 195 966 523 244 1259 681 336 1591 838 2 38 69 47 57 136 93 80 225 149 115 337 224 148 473 314 187 631 413 232 812 543 319 1015 673 5 51 63 44 75 128 86 102 216 140 144 326 217 182 459 298 231 616 400 287 795 526 392 997 657 10 NR NR 39 95 116 79 128 201 131 182 308 203 228 438 284 284 592 381 349 768 501 470 966 628 15 NR NR NR NR NR 72 158 186 124 220 290 192 272 418 269 334 568 367 404 742 484 540 937 601 20 0 35 96 60 54 200 118 78 346 201 114 537 306 149 772 428 1901053 573 238 1379 750 326 1751 927' 2 37 74 50 56 148 99 78 248 165 113 375 248 144 528 344 182 708 468 227 914 611 309 1146 754 5 50 68 47 73 140 94 100 239 158 141 363 239 178 514 334 224 692 457 279 896 596 381 1126 734 10 NR NR 41 93 129 86 125 223 146 177 344 224 222 491 316 277 666 437 339 866 570 457 1092 702 15 NR NR NR NR NR 80 155 208 136 216 325 210 264 469 301 325 640 419 393 838 549 526 1060 677 20 NR NR NR NR NR NR 186 192 126.254 306 196 309 448 285_374 616 400 448 810 526 592 1028 651 30 0 34 99 63 53 211 127 76 372 219 110 584 334 144 849 472 184 1168 647 229 1542 852 312 1971 1056 2 37 80 56 55 164 111 76 281 183 109 429 279 139 610 392 175 823 533 219 1069 698 296 1346 863 5 49 74 52 72 157 106 98 271 173 136 417 271 171 595 382 215 806 521 269 1049 684 366 1324 846 10 NR NR NR 91 144 98 122 255 168 171 397 257 213 570 367 265 777 501 327 1017 662 440 1287 821 15 NR NR NR 115 131 NR 151 239 157 208 377 242 255 547 349 312 750 481 379 985 638 507 1251 794 20 NR NR NR NR NR NR 181 223 NR 246 357 228 298 524 333 360 723 461 433 955 615 570 1216 768 30 NR NR NR NR NR NR NR NR NR NR NR NR 389 477 305 461 670 426 541 895 574 704 1147 720 50 0 33 99 66 51 213 133 73 394 230 105 629 361 138 928 515'1761292 704'220 1724 948 295 2223 1189 2 36 84 61 53 181 121 73 318 205 104 495 312 133 712 443 168 971 613 209 1273 811 280 1615 1007 5 48 80 NR 70 174 117 94 308 198 131 482 305 164 696 435 204 953 602 257 1252 795 347 1591 991 10 NR NR NR 89 160 NR 118 292 186 162 461 292 203 671 420 253 923 583 313 1217 765 418 1551 963 15 NR NR NR 112 148 NR 145 275 174 199 441 280 244 646 405 299 894 562 363 1183 736 481 1512 934 20 NR NR NR NR NR NR 176 257 NR 236 420 267 285 622 389 345 866 543 415 1150 708 544 1473 906 30 NR NR NR NR NR NR NR NR NR 315 376 NR 373 573 NR 442 809 502 521 1086 649 674 1399 848 100 0 NR NR NR 49 214 NR 69 403 NR 100 659 395 131 991 555 1661404 765 207 19001033 273 2479 1300 2 NR NR NR 51 192 NR 70 351 NR 98 563 373 125 828 508 1581152 698 196 1532 933 259 1970 1168 5 NR NR NR 67 186 NR 90 342 NR 125 551 366 156 813 501 1941134 688 240 1511 921 322 1945 1153 10 NR NR NR 85 175 NR 113 324 NR 153 532 354 191 789 486 2381104 672 293 1477 902 389 1905 1133 15 NR NR NR 132 162 NR 138 310 NR 188 511 343 230 764 473 281 1075 656 342 1443 884 447 1865 1110 20 NR NR NR NR NR NR 168 295 NR 224 487 NR 270 739 458 3251046 639 391 1410 864 507 1825 1087 30 NR NR NR NR NR NR 231 264 NR 301 448 NR 355 685 NR 418 988 NR 491 1343 824 631 1747 1041 50 NR NR NR NR NR NR NR NR NR NR NR NR 540 584 NR 617 866 NR 711 1205 NR 895 1591 NR I0137G 39 nEcennto CRY OF TUKWILA AUG 1 2 PagarGsmoi VENT TABLES Capacity of Type B Double -Wall Vents with Type B Double -Wall Connectors Serving Two or more Category I Appliances TABLE 3 Vent Connector Capacity Common Vent Capacity Vent Height H (ft) Common Vent Diameter - D (inches) 4" 1 5" 1 6" 1 7" 1 8" 1 9" Vent Connector Diameter - D (inches) FAN FAN 3„ 1 4„ 1 5„ 1 6„ 1 7„ 1 8„ 1 9„ Vent Height H (ft) Connector Rise R (ft) NAT FAN Appliance Input Rating Limits in Thousands of Btu Per Hour FAN NAT FAN NAT FAN NAT' FAN NAT FAN NAT FAN NAT FAN NAT Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max 6 1 22 37 26 35 66 46 46 106 72 58 164 104 77 225 142 92 296 185 109 376 237 114 2 23 41 31 37 75 55 48 121 86 60 183 124 79 253 168 95 333 220 112 424 282 178 3 24 44 35 38 81 62 49 132 96 62 199 139 82 275 189 97 363 206 114 463 317 8 1 22 40 27 35 72 48 49 114 76 64 176 109 84 243 148 100 320 _248 194 118 408 248 405 2 23 44 32 36 80 57 51 128 90 66 195 129 86 269 175 103 356 230 121 454 294 3 24 47 36 37 87 64 53 139 101 67 210 145 88 290 198 105 384 258 123 492 330 10 1 22 43 28 34 78 50 49 123 78 65 189 113 89 257 154 106 341 200 125 436 257 2 23 47 33 36 86 59 51 136 93 67 206 134 91 282 182 109 374 238 128 479 305 3 24 50 37 37 92 67 52 146 104 69 220 150 94 303 205 111 402 268 131 515 342 15 1 21 50 30 33 89 53 47 142 83 64 220 120 88 298 163 110 389 214 134 493 273 2 22 53 35 35 96 63 49 153 99 66 235 142 91 320 193 112 419 253 137 532 323 3 24 55 40 36 102 71 51 163 111 68 248 160 93 339 218 115 445 286 140 565 365 20 1 21 54 31 33 99 56 46 157 87 62 246 125 86 334 171 107 436 224 131 552 285 2 22 57 37 34 105 66 48 167 104 64 259 149 89 354 202 110 463 265 134 587 339 3 23 60 42 35 110 74 50 176 116 66 271 168 91 371 228 113 486 300 137 618 518 30 1 20 62 33 31 113 59 45 181 93 60 288 134 83 391 182 103 512 238 125 649 305 2 21 64 39 33 118 70 47 190 110 62 299 158 85 408 215 105 535 282 129 679 360 3 22 66 44 34 123 79 48 198 124 64 309 178 88 423 242 108 555 317 132 706 405 50 1 19 71 36 30 133 64 43 216 101 57 349 145 78 477 197 97 627 257 120 797 330 2 21 73 43 32 137 76 45 223 119 59 358 172 81 490 234 100 645 306 123 820 392 3 22 75 48 33 141 86 46 229 134 61 366 194 83 502 263 103 661 343 126 842 441 100 1 18 82 37 28 158 66 40 262 104 53 442 150 73 611 204 91 810 266 1121038 341 2 19 83 44 30 161 79 42 267 123 55 447 178 75 619 242 94 822 316 1151054 405 3 20 84 50 31 163 89 44 272 138 57 452 200 78 627 272 97 834 355 1181069 455 Common Vent Capacity Vent Height H (ft) Common Vent Diameter - D (inches) 4" 1 5" 1 6" 1 7" 1 8" 1 9" Combined Appliance Input Rating in Thousands of Btu Per Hour FAN FAN NAT FAN FAN NAT FAN FAN NAT FAN FAN NAT FAN FAN NAT FAN FAN NAT +FAN +NAT +NA +FAN +NAT +NA +FAN +NAT +NAT +FAN +NAT +NAT +FAN +NAT +NAT +FAN +NAT NAT 6 92 81 65 140 116 103 204 161 147 309 248 200 404 314 260 547 434 335 8 101 90 73 155 129 114 224 178 163 339 275 223 444 348 290 602 480 378 110 97 79 169 141 124 243 194 178 367 299 477 377 315 .•• 522 40 125 1U 91 195 164 144 H3 228 206 427 352 556 444 365 753 612 •. ii: 136 123 102 215 183 160 314 255 229 475 394 621 ••• 405 842 688 523 0. 175 163 NR 311 277 NR 1025 873 625 14081215 :00 101370 40 VENT TABLES Capacity of Type B Double -Wall Vent with Single -Wall Connectors Serving Two or more Category I Appliances TABLE 4 Vent Connector Capacity Common Vent Capacity Vent Height H (ft) Vent Connector Diameter - D (inches) 3„ 1 4„ 1 5„ 1 6„ 1 7„ 1 8„ 1 9„ Vent Connector Appliance Input Rating Limits in Thousands of Btu Per Hour Height Rise FAN H R FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT (ft) (ft) Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max 6 1 NR NR 26 NR NR 46 NR NR 71 NR NR 102 207 223 140 262 293 183 325 373 234 429 2 NR NR 31 NR NR 55 NR NR 85 168 182 123 215 251 167 271 331 219 334 422 281 342 3 NR NR 34 NR NR 62 121 131 95 174 198 138 222 273 188 279 361 247 344 462 316 15 1 NR NR 29 79 87 52 116 138 81 177 214 116 238 291 158 312 380 208 397 482 266 221 2 NR NR 34 83 94 62 121 150 97 185 230 138 246 314 189 321 411 248 407 522 317 177 3 NR NR 39 87 100 70 127 160 109 193 243 157 255 333 215 331 438 281 418 557 360 30 1 47 60 31 77 110 57 113 175 89 169 278 129 226 380 175 296 497 230 378 630 294 593 2 50 62 37 81 115 67 117 185 106 177 290 152 236 397 208 307 521 274 389 662 349 535 3 54 64 42 85 119 76 122 193 120 185 300 172 244 412 235 316 542 309 400 690 394 50 1 46 69 33 75 128 60 109 207 96 162 336 137 217 460 188 284 604 245 364 768 314 2 49 71 40 79 132 72 114 215 113 170 345 164 226 473 223 294 623 293 376 793 375 3 53 72 45 83 136 82 119 221 128 178 353 186 235 486 252 304 640 331 387 816 424 Common Vent Capacity Vent Height H (ft) i Common Vent Diameter - D (Inches) 4" 1 5" I 6" 1 7" 1 8" 1 9" Combined Appliance Input Rating in Thousands of Btu Per Hour FAN FAN NAT FAN FAN NAT FAN FAN NAT FAN FAN NAT FAN FAN NAT FAN FAN NAT +FAN +NAT +NAT +FAN +NAT +NAT' +FAN +NAT +NAT +FAN +NAT +NAT +FAN +NAT +NAT +FAN +NAT +NAT 6 89 78 64 136 113 100 200 158 144 304 244 196 398 310 257 541 429 332 8 98 87 71 151 126 112 218 173 159 331 269 218 436 342 285 592 473 373 10 106 94 76 163 137 120 237 189 174 357 292 236 467 369 309 638 512 398 15 121 108 88 189 159 140 275 221 200 416 343 274 544 434 357 738 599 456 20 131 118 98 208 177 155 305 247 223 463 383 302 606 487 395 824 673 512 30 145 132 113 236 202 179 350 286 257 533 446 349 703 570 459 958 790 593 50 159 145 128 268 233 204 406 337 296 622 529 410 833 686 535 1139 954 689 10137G 41 OITY OP r�D urcwrtA AUG 1 2 1999 PERMIT CL p j VENT TABLES Capacity of Masonry Chimney with Type B Double -Wall Vent Connectors Serving a Single Category I Appliance TABLE 5 *SEE NOTE 27 1O137G 42 Connector Diameter - D (inches) To be used with chimney areas within the size limits at bottom 3" 1 4" 1 s" 1 6" 1 7" 1 8" 1 9" 1 10" 1 12" Appliance Input Rating in Thousands of Btu Per Hour HEIGHT LATERAL H L FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT. FAN NAT FAN NAT FAN NAT FAN NAT (ft) (ft) Min 1 Max Max Min 1 Max Max Min 1 Max -Max Min 'Max Max Min 'Max Max Min 1 Max Max Min 1 Max Max Min 'Max Max Min 'Max Max 6 2 NR NR • 28 NR NR 52 NR NR 86 NR NR 130 NR NR 180 NR NR 247 NR NR 320 NR NR 401 NR NR 580"x• 5 NR NR 25* NR NR 49 NR NR 82 NR NR 117 NR NR 165 NR NR 231 NR NR 298 NR NR 376 NR NR 56. 10 2 NR NR 31 NR NR 61 NR NR 103 NR NR 162 NR NR 221 NR NR 298 NR NR 388 NR NR 491 NR NR 724 5 NR NR 28* NR NR 57 NR NR 96 NR NR 148 NR NR 204 NR NR 277 NR NR 365 NR NR 466 NR NR 712 10 NR NR 25* NR NR 50* NR NR 87 NR NR 139 NR NR 181 NR NR 263 NR NR 347 NR NR 444 NR NR 668 15 2 NR NR 35* NR NR 67 NR NR 114 NR NR 179 NR NR 250 NR NR 336 NR NR 441 NR NR 562 NR NR 841 5 NR NR 33* NR NR 62 NR NR 107 NR NR 164 NR NR 231 NR NR 313 NR NR 416 NR NR 533 NR NR 828 10 NR NR 28* NR NR 55* NR NR 97 NR NR 153 NR NR 216 NR NR 296 NR NR 394 NR NR 567 NR NR 777 15 NR NR NR NR NR 48* NR NR 89* NR NR 141 NR NR 201 NR NR 281 NR NR 375 NR NR 485 NR NR 742 20 2 NR NR 38* NR NR 74 NR NR 124 NR NR 201 NR NR 274 NR NR 375 NR NR 491 NR NR 627 NR NR 953 5 NR NR 36* NR NR 68* NR NR 116 NR NR 184 NR NR 254 NR NR 350 NR NR 463 NR NR 597 NR NR 933 10 NR NR NR NR NR 60* NR NR 107 * NR NR 172 NR NR 237 NR NR 332 NR NR 440 NR NR 566 NR NR 879 15 NR NR NR NR NR NR NR NR 97* NR NR 159 NR NR 220 NR NR 314 NR NR 418 NR NR 541 NR NR 840 20 NR NR NR NR NR NR NR NR 83* NR NR 148* NR NR 206 NR NR 296 NR NR 397 NR NR 513 NR NR 807 30 2 NR NR 41* NR NR 82* NR NR 137 NR NR 216 NR NR 303 zzzzzz CCLCLCCCLCd zzzzzz 421 NR NR 558 NR NR 717 NR NR 1112 5 NR NR NR NR NR 76* NR NR 128* NR NR 198 NR NR 281 393 NR NR 526 NR NR 683 NR NR 1094 10 NR NR NR NR NR 67* NR NR 115* NR NR 184 *" NR NR 263 373 NR NR 500 NR NR 648 NR NR 10 15 NR NR NR NR NR NR NR NR 107* NR NR 171* NR NR 243* 353 NR NR 476 NR NR 621 NR NR 95. 20 NR NR NR NR NR NR NR NR 91* NR NR 159* NR NR 227* 332 NR NR 450 NR NR 592 NR NR 940 30 NR NR NR NR NR NR NR NR NR NR NR NR NR NR 188* 288* NR NR 416 NR NR 555 NR NR 877 50 2 NR NR NR NR NR 92* NR NR 161* NR NR 251* NR NR 351* NR NR 477 NR NR 633 NR NR 812 NR NR 1243 5 NR NR NR NR NR NR NR NR 151* NR NR 230* NR NR 323* NR NR 445 NR NR 596 NR NR 774 NR NR 1225 10 NR NR NR NR NR NR NR NR 138* NR NR 215* NR NR 304* NR NR 424* NR NR 567 NR NR 733 NR NR 1147 15 NR NR NR NR NR NR NR NR 127* NR NR 199* NR NR 282* NR NR 400* NR NR 539* NR NR 702 NR NR 1099 20 NR NR NR NR NR NR NR NR NR NR NR 185* NR NR 264* NR NR 376* NR NR 511* NR NR 669* NR NR 1050 30 NR NR NR NR NR NR NR NR NR NR NR NR NR NR NR NR NR 327* NR NR 468* NR NR 623* NR NR 984 Minimum Internal Area of Chimney 12 19 28 38 50 63 78 95 132 Square Inches Max Internal Area of Chimney 49 88 137 198 269 352 445 550 792 Square Inches *SEE NOTE 27 1O137G 42 .a m 33 —1 0 m z m 33 TABLE 6 VENT TABLES Capacity of Masonry Chimney with Single -Wall Vent Connectors Serving a Single Category I Appliance *SEE NOTE 27 1O137G 43 Connector Diameter - D (inches) To be used with chimney areas within the size Limits at bottom 3" 1 4" 1 5" ( 6" 1 7" 1 8" 1 9" 1 10" I 12" Appliance Input Rating in Thousands of Btu Per Hour HEIGHT H (ft) LATERAL L (ft) FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT FAN NAT- FAN NAT Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max 6 2 NR NR 28 NR NR 52 NR NR 86 NR NR 130 NR NR 180 NR NR 247 NR NR 319 NR NR 400 NR NR 580 5 NR NR 25* NR NR 48 NR NR 81 NR NR 116 NR NR 164 NR NR 230 NR NR 297 NR NR 375 NR NR 560 10 2 NR NR 31 NR NR 61 NR NR 102 NR NR 161 NR NR 220 NR NR 297 NR NR 387 NR NR 490 NR NR 722 5 NR NR 28* NR NR 56 NR NR 95 NR NR 147 ( NR NR 203 NR NR 276 NR NR 364 NR NR 465 NR NR 710 p 10 NR NR 24* NR NR 49* NR NR 86 NR NR 137 NR NR 189 NR NR 261 NR NR 345 NR NR 441 NR NR 665 15 2 NR NR 35* NR NR 67 NR NR 113 NR NR 178 NR NR 249 NR NR 335 NR NR 440 NR NR 560 NR NR 840 5 NR NR 32* NR NR 61 NR NR 106 NR NR 163 NR NR 230 NR NR 312 NR NR 414 NR NR 531 NR NR 825 10 NR NR 27* NR NR 54* NR NR 96 NR NR 151 NR NR 214 NR NR 294 NR NR 392 NR NR 504 NR NR 774 15 NR NR NR NR NR 46* NR NR 87* NR NR 138 NR NR 198 NR NR 278 NR NR 372 NR NR 481 NR NR 738 20 2 NR NR 38* NR NR 73 NR NR 123 NR NR 200 NR NR 273 NR NR 374 NR NR 490 NR NR 625 NR NR 950 5 NR NR 35* NR NR 67* NR NR 115 NR NR 183 NR NR 252 NR NR 348 NR NR 461 NR NR 594 NR NR 930 10 NR NR NR NR NR 59* NR NR 105* NR NR 170 NR NR 235 NR NR 330 NR NR 437 NR NR 562 NR NR 875 15 NR NR NR NR NR NR NR NR 95* NR NR 156 NR NR 217 NR NR 311 NR NR 414 NR NR 536 NR NR 835 20 NR NR NR NR NR NR NR NR 80* NR NR 144* NR NR 202 NR NR 292 NR NR 392 NR NR 510 NR NR 800 30 2 NR NR 41* NR NR 81* NR NR 136 NR NR 215 NR NR 302 NR NR 420 NR NR 556 NR NR 715 NR NR 1110 5 NR NR NR NR NR 75* NR NR 127* NR NR 196 NR NR 279 NR NR 391 NR NR 524 NR NR 680 NR NR 1090 10 NR NR NR NR NR 66* NR NR 113* NR NR 182* NR NR 260 NR NR 370 NR NR 496 NR NR 644 NR NR 1020 15 NR NR NR NR NR NR NR NR 105* NR NR 168* NR NR 240* NR NR 349 NR NR 471 NR NR 615 NR NR 975 20 NR NR NR NR NR NR NR NR 88* NR NR 155* NR NR 223* NR NR 327 NR NR 445 NR NR 585 NR NR 932 30 NR NR NR 1 NR NR NR NR NR NR NR NR NR NR NR 182* NR NR 281* NR NR 408 NR NR 544 NR NR 865 50 2 NR NR NR NR NR 91* NR NR 160* NR NR 250* NR NR 350* NR NR 475 NR NR 631 NR NR 810 NR NR 1240` 5 NR NR NR NR NR NR NR NR 149* NR NR 228* NR NR 321* NR NR 442 NR NR 593 NR NR 770 NR NR 1220 10 NR NR NR NR NR NR NR NR 136* NR NR 212* NR NR 301* NR NR 420* NR NR 562 NR NR 728 NR NR 1140 15 NR NR NR NR NR NR NR NR 124* NR NR 195* NR NR 278* NR NR 395* NR NR 533* NR NR 695 NR NR 1090 2° Q0 NR NR NR NR NR NR NR NR NR NR NR 180* NR NR 258* NR NR 370* NR NR 504* NR NR 660* NR NR 1040 g 4g, NR NR NR NR NR NR NR NR _ NR J NR NR NR NR NR NR NR NR 318* NR NR 458* NR NR 610* NR NR 970 Minimum I Area of c y Sgird re 12 19 28 38 50 63 78 95 132 i 49 88 137 198 269 352 445 550 792 Arcrof Money Square rches *SEE NOTE 27 1O137G 43 VENT TABLES Capacity of Masonry Chimney with Type B Double -Wall Connectors Serving Two or More Category I Appliance TABLE 7 Vent Connector Capacity Common Vent Capacit Vent Height H (ft) Vent Connector Diameter - D (inches) 3,, 1 4„ 1 5„ 1 6„ 1 7„ 1 8„ 1 9„ Vent Connector Appliance Input Rating Limits in Thousands of Btu Per Hour Height Rise NAT H R FAN NAT FAN NAT FAN NAT FAN NA FAN NAT' FAN NAT FAN NAT (ft) (ft) Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max 6 1 24 NR 21 39 62 40 52 106 67 65 194 101 87 274 141 104 370 201 124 479 253 8 2 26 43 28 41 79 52 53 133 85 67 230 124 89 324 173 107 436 232 127 562 330 NR 3 27 49 34 42 92 61 55 155 97 69 262 143 91 369 203 109 491 270 129 633 349 15 1 24 48 23 38 93 44 54 154 74 72 277 114 100 384 174 125 511 229 153 658 297 NR 2 25 55 31 39 105 55 56 174 89 74 299 134 103 419 192 128 558 260 156 718 339 NR 3 26 59 35 41 115 64 57 189 102 76 319 153 105 448 215 131 597 292 159 760 382 30 1 24 54 25 37 111 48 52 192 82 69 357 127 96 504 187 119 680 255 145 883 337 NR 2 25 60 32 38 122 58 54 208 95 72 376 145 99 531 209 122 715 287 149 928 378 831 3 26 64 36 40 131 66 56 221 107 74 392 163 101 554 233 125 746 317 152 968 418 50 1 23 52 26 36 116 49 51 209 82 67 405 133 92 582 198 115 798 271 1401049 362 2 24 59 31 37 127 58 53 225 96 70 421 152 95 604 222 118 827 304 1431085 400 3 26 64 37 39 135 66 55 237 108 72 435 170 98 624 247 121 854 334 1471118 439 Common Vent Capacit Vent Height H (ft) Minimum Internal Area of Chimney, Square Inches 12 1 19 1 28 1 38 1 50 1 63 Combined Appliance Input Rating in Thousands of Btu Per Hour FAN FAN NAT FAN FAN NAT FAN FAN NAT FAN FAN NAT FAN FAN NAT FAN FAN NAT +FAN +NAT IM +FAN +NAT = +FAN +NAT +NAT +FAN +NAT +NAT +FAN +NAT +NAT +FAN +NAT MN 188 6 NR 74 25 NR 119 4• NR 178 71 NR 257 103 NR 351 143 NR 458 8 NR :0 28 NR 130 53 NR 193 82 NR 279 119 NR 384 163 NR 501 218 10 NR :• 31 NR 138 56 NR 207 90 NR 299 131 NR 409 177 NR 538 236 15 NR 90 36 NR 152 67 NR 233 106 NR 334 152 NR 467 212 NR 611 283 20 NR 92 41 NR 159 75 NR 250 122 NR 368 172 NR 508 243 NR ..: 30 NR NR NR NR NR NR NR 270 137 NR 404 198 NR 564 278 NR 747 381 50 NR NR NR NR NR NR NR NR NR NR NR NR NR 620 328 NR 831 461 ■ 10137G 44 (. VENT TABLES Capacity of Masonry Chimney with Type B Double -Wall Connectors Serving Two or More Category I Appliances TABLE 8 Vent Connector Capacity Common Vent Capacity Vent Height H (ft) Type B Double -Wall Vent Connector Diameter - D (inches) 3" 1 4'r 1 5" I 6'r I 7" 1 8" Vont Connector Appliance Input Rating Limits in Thousands of Btu Per Hour Height Rise FAN H R FAN NAT FAN NAT FAN NATI FAN NAT FAN NAT FAN NAT (ft) (ft) Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max Min Max Max 6 1 NR NR 21 NR NR 39 NR NR 66 179 191 100 231 271 140 292 366 1 200 176 2 NR NR 28 NR NR 52 NR NR 84 186 227 123 239 321 172 301 432 231 28 3 NR NR 34 NR NR 61 134 153 97 193 58 142 247 365 202 309 491 269 15 1 NR NR 23 NR NR 43 129 151 73 199 271 112 268 376 171 349 502 225 129 2 NR NR 30 92 103 54 135 170 88 207 295 132 277 411 189 359 548 256 NR 3 NR NR 34 96 112 63 141 185 101 215 315 151 286 439 213 368 586 289 30 1 NR NR 24 86 108 47 126 187 80 193 347 124 259 492 183 338 665 250 NR 2 NR NR 31 91 119 57 132 203 93 201 366 142 269 518 205 348 699 282 398 3 NR NR 35 95 127 65 138 216 105 209 381 160 277 540 229 358 729 312 50 1 NR NR 25 85 113 48 124 204 80 188 392 130 252 567 194 328 778 265 2 NR NR 31 89 123 57 130 218 94 196 408 149 262 588 218 339 806 298 3 NR NR 35 94 131 65 136 231 106 205 422 167 271 607 243 349 831 328 Common Vent Capacity Vent Height H (ft) Minimum Internal Area of Masonry Chimney Flue (Square Inch) 12 1 19 1 28 1 38 1 50 1 63 Combined Appliance nput Rating in Thousands of Btu Per Hour FAN FAN NAT FAN FAN NAT FAN FAN NAT FAN FAN NAT FAN FAN NAT FAN FAN NAT +FAN +NAT +NAT +FAN +NAT +NAT +FAN +NAT +NAT +FAN +NAT +NAT +FAN +NAT +NAT +FAN +NAT NAT 6 NR 73 25 NR 118 45 NR 176 71 NR 255 102 NR 348 142 NR 455 1871 8 NR 79 28 NR 128 52 NR 190 81 NR 276 118 NR 380 162 NR 497 217 10 NR 83 31 NR 136 56 NR 205 89 NR 295 129 NR 405 175 NR 532 234 15 NR 88 36 NR 149 66 NR 230 105 NR. 335 150 NR 460 210 NR 602 280 20 NR 90 40 NR 157 74 NR 247 120 NR 362 170 NR 503 240 NR 661 321 30 NR NR NR NR NR NR NR 266 135 NR 398 195 NR 558 275 NR 739 377 50 NR NR NR NR NR NR NR NR NR NR NR NR NR 612 325 NR 821 456 101370 45 CITY OF TU ILA AUG 1 2 1999 PERMIT CENTER June 8, 2.000 City of Tukwila Steven M. Mullet, Mayor Department of Community Development Steve Lancaster, Director Yousof Mathno 13027 40th Ave S Tukwila Wa 98168 RE: Permit Status M99 -0160 13027 40th Ave S Dear Mr. Mathno: In reviewing our current permit files, it appears that your permit to install a gas furnace, issued on August 20, 1999, has not received a final inspection as of the date of this letter by the City of Tukwila Building Division. Per the Uniform Building Code and /or Uniform Mechanical Code, every permit issued by the building official under the provision of this code shall expire by limitation and become null and void if the building or work authorized by such permit is not commenced within 180 days from the date of such permit, or if the building or work authorized by such permit is suspended or abandoned at any time after the work is commenced for a period of 180 days. Based on the above, if a final inspection is not called for within ten (10) business days from the date of this letter, the Permit Center will close your file and the work completed to date will be considered non - complying and not in conformance with the Uniform Building Code and /or Mechanical Code. Please contact the Permit Center at (206) 433 -7165 if you wish to schedule a final inspection. Thank you for your cooperation in this matter. Sincerely, Bill Rambo Permit Technician Xc: Permit Pile No. M99 -0160 Duane Griffin, Building Official 6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188 • Phone: 206.431.3670 • Fax: 206 - 431.3665 PtEvra Go a�luno�inl^ �Py PLAN RVIW /ROUTING SLIP ACTIVITY NUMBER M99 -01.60 DATE 8 -12 -99 PROJECT NAME :YOUSOF MATHNO SFR X Original Plan Submittal Response to. Incomplete Letter Response to Correction Letter # Revision # After Permitis Issued DEPARTMENTS: Buil iivision A gv►9 -41n Public Works Fire Prevention r:ti Ala. f -ff-i9 Structural Planning Division Permit Coordinator 1 DETERMINATION OF COMPLETENESS: (Tues., Thurs.) DUE DATE: 8-17 -99 Complete Fi Incomplete n Not Applicable I I Comments: TUES /THURS ROUTING: Please Route ,e Structural Review Required n No further Review Required REVIEWER'S INITIALS: " DATE: APPROVALS OR CORRECTIONS: (ten days) DUE DATE 9-14 -99 Approved Approved with Conditions Not Approved (attach comments) REVIEWER'S INITIALS: DATE: CORRECTION DETERMINATION: DUE DATE Approved Approved with Conditions F-1 Not Approved (attach comments) n REVIEWER'S INITIALS: DATE: \PRROUTE•DOC 5/99 . . REGISTERED AS PROVIDED BY LAW AS . CONST CONT SPECIALTY REGIST .EXP. DATE CCAFCG ALDERESO43P1 10/01/1999 EFFECTIVE DATE - 10/21/1996 • • 'AthikilOOD ENERGY SERVICES', . APd° fig-16.1;1=11' A. -; 98046=0'003 Signature \Issued by DEPARTMENT OP LABOR AND INDUSTRIES • • ' • • ; ..: •;.: .„ . ;* . ,•• •