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Permit M01-209 - COSTCO
MO1-209 Costco 1 160 Saxon Dr ... _: JA �:�;:�.`r_•1::'r CS o:'.'�ii:<'.i ».fir. =:: City of Tukwila ,.� Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188 Permit No: M01 -209 Type: B -MECH Category: NRES Address: 1160 SAXON DR Location: Parcel #: 252304 -9063 Contractor License No: TENANT COSTCO WHOLESALE Phone: 1160 SAXON DR, TUKWILA WA 98188 OWNER SADE PAUL +ELEANOR 585 POINT SAN PEDRO RD, SAN RAFAEL CA 9490] CONTACT BOB BAUDVIK Phone: 206 -268 -7412 7272 FIRST AV S, SEATTLE WA 98108 * *** *A * k * * *A * k ** * * k ** ** * * ** k* A** A A'k kAA* k *'A k * * *A A A* Permit Description: REFRIGERATION PIPING OF NEW PRODUCE WALK -IN AND CASES. UMC Edition: 1997 Valuation: Total Permit Fee: *****, kA**,* k.*** A' k**************' A**'********* k**A' kk'kAk *A'k * * * *k * * *k *A*Akk ***A•A Permit Center 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 gov'erning- this work will be complied with, whether specified herein or not The g'anting 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 of work. I am authorized to sign for and obtai :.,th this bui l • in p rmi t. Signature:_ Print Name: MECHANICAL PERMIT V Date: _ _ ►LL- O9 -b1 (206) 431 -3670 Status: ISSUED Issued: 11/09/2001 Expires: 05/08/2002 30,000.00 61.06 ' r VA1-AzIANIT 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. ACTIVITY NUMBER: M01 -209 DATE: 11 -6 -01 PROJECT NAME: Costco SITE ADDRESS: 1160 Saxon Dr. SUITE # Original Plan Submittal Response to Incomplete Letter # Response to Correction Letter # Revision # After Permit is Issued DEPARTMENTS: Buildi 'vision 7 AV('ii- OI Public Works DETERMINATION OF COMPLETENESS: (Tues., Thurs.) Complete I1 Incomplete Comments: TUES /THURS ROUTING: Please Route REVIEWER'S INITIALS: PERMIT COORD COPY PLAN REVIEW /ROUTING SLIP Structural Review Required APPROVALS OR CORRECTIONS: (4 weeks) CORRECTION DETERMINATION: Approved n Approved with Conditions \PRROUTE.DOC 5/99 Fire Prevention Fl Planning Division /1Vc 11 Structural II Permit Coordinator n REVIEWER'S INITIALS: DUE DATE: 11-8-01 Not Applicable No further Review Required DUE DATE 12 -6 -01 Not Approved (attach comments) I I n DATE: Approved n Approved with Conditions Not Approved (attach comments) n REVIEWER'S INITIALS: DATE: DUE DATE DATE: r t PLAN REVIEW /ROUTING SLIP ACTIVITY NUMBER: M01 -209 DATE: 11 -6 -01 PROJECT NAME: Costco SITE ADDRESS: 1160 Saxon Dr. SUITE # y Original Plan Submittal Response to Incomplete Letter # Response to Correction. Letter # Revision # After Permit Is Issued DEPARTMENTS: Building Division Public Works n DETERMINATION OF COMPLETENESS: (Tues., Thurs.) DUE DATE: 11-8-01 Complete , I Not Applicable n � Comments: it —up elept. WO A 4- b.! rGwttuI_ri. Ot- a■ ems 4- 'lo " MA 4 TUES /THURS ROUTING: Please Route n REVIEWER'S INITIALS: CORRECTION DETERMINATION: \PRROUTE.DOC 5/99 Structural Review Required Fire Prevention I I Planning Division Structural APPROVALS OR CORRECTIONS: (4 weeks) n Permit Coordinator Approved [1 Approved 'h Co_nditions �j� Not Approved (attac \ REVIEWER'S INITIALS: \ `�1� DATE: It ri] No further Review R •quirt• DATE: 11 DUE DATE 12 -6 -01 ents) ri DUE DATE Approved ri Approved with Conditions [1 Not Approved (attach comments) [1 REVIEWER'S INITIALS: DATE: PERMIT NO.: MO / O MECHANICAL PERMIT APPLICATIONS INSPECTIONS ❑ 00002 Pre - construction ❑ 00050 WSEC Residential ❑ 00060 WA Ventilation/Indoor AQC ❑ 00610 Chimney Installation/All Types ❑ 00700 Framing ❑ 01080 Woodstove ❑ 01090 Smoke Detector Shut Off 01100 Rough -in Mechanical ❑ 01101 Mechanical Equipment/Controls ❑ 01102 Mechanical Pip/Duct,Insul ❑ 01105 Underground Mech Rough -in ❑ 1115 Motor Inspection 1400 Fire Final 01800 Final Mechanical 04015 Special -Smoke Control System CONDITIONS 0001 No changes to plans unless approved by Bldg Div ❑ 0014 Readily accessible access to roof mounted equipment 0016 Exposed insulation backing material 0019 All construction to be done in conformance w /approved plans 0002 Plumbing permits shall be obtained through King Co 0027 Validity of Permit 0003 Electrical permits obtained through L & I 0036 Manufacturers installation instructions required on site ❑ "BTU maximum allowed per 1997 WA State Energy Code" ❑ 0041 Ventilation is required for all new rooms & spaces 0005 All permits, insp records & approved plans available ❑ "Fuel burning appliances ❑ "Appliances, which generate...." ❑ "Water heater shall be anchored...." Additional Conditions: TENANT NAME: 005t --O FEES Basic Fee (Y/N) Supplemental Fee (Y/N) Plan Check Fee (Y/N) Furnace/Burner to 100,000 BTU (qty) Over 100,000 BTU (qty) Floor Furnace (qty) Suspended/Wall/Floor - mounted Heater (qty) Appliance Vent (qty) Heating/Refrig/Cooling Unit/System (qty) Boiler /Compressor to 3 HP /100,000 BTU (qty) to 15 HP /500,000 BTU (qty) to 30 HP /1,000,000 BTU (qty) to 50 HP /1,750,000 BTU (qty) over 50 HP /1,750,000 BTU (qty) Air Handling Unit to 10,000 cfm (qty) over 10,000 cfm (qty) Evaporative Cooler (qty) Ventilation Fan (qty) Ventilation System (qty) Hood (qty) Incinerator— Domestic (qty) Incinerator — Comm /Ind (qty) Other Mechanical Equipment (qty) Other Mechanical Fee (enter $$) Add'l Fees — Work w/o Permit (Y/N) Insp Outside Normal Hours (hrs) Reinspections (hrs) Miscellaneous Inspections (hrs) Add'I Plan Review (hrs) Plan Reviewer: Permit Tech: Date: I o_ Date: ( ACTIVITY NUMBER: M01 -209 DATE: 11 -6 -01 PROJECT NAME: Costco SITE ADDRESS: 1160 Saxon Dr. SUITE # Original_ Plan Submittal Response to Incomplete Letter # Response to Correction Letter # Revision # After Permit Is Issued DEPARTMENTS: Building Division Public Works DETERMINATION OF COMPLETENESS: (Tues., Thurs.) Complete Comments: TUES /THURS ROUTING: Please Route PLAN REVIEW /ROUTING SLIP n n n REVIEWER'S INITIALS: Structural Structural Review Required APPROVALS OR CORRECTIONS: (4 weeks) Approved ❑ A rov with Conditio REVIEWER'S INITIALS: C 5 \PRROUTE.DOC 5/99 Fire Prevention n Incomplete n Not Applicable n n Planning Division Permit Coordinator DUE DATE: 11-8-01 No further Review Required DUE DATE 12 -6 -01 n n n DATE: Not Approved (attach comments) n DATE: ? 11(11 01 CORRECTION DETERMINATION: DUE DATE Approved n Approved with Conditions Not Approved (attach comments) REVIEWER'S INITIALS: DATE: Project Name/Tenant: e a s 7 0_6* r Valugof chanica) Equipment: Site Address :./ f l 0 S l> e A‹0, , /z ' Tax Parcel u o � Property Owner: ^s 7— N� � � City/StateIZip:s, , -.4 , C ¢S,- Phone: ( ) Street Address: City State/Zip: Fax #: ( ) Contractor: , / .C57/4 Ai N ° , /� J Phone: (`� 6 ) ,� G 9 Street Addresss: `72, - 2 2- 4 5, ' / C S� City State/Dm 3-4-'7 / ktlg' Fax #: („ ) 7� / -j�� Z7 Contact Person: cPJ� /� /� Phone: � Zgg .74_ Street Address: 7X/ /vi City State/Zip: Fax #: •5,)/ b ) / 3, t ``'-``��, 8 C , 'w� .a r� w' � <i 'ib`� t Y!a .4 1 c' ,Y>t 1��v '''S Y taDINC(O.WN iAIJTHORt , T� ,,,ar f _ f ; �r' „� *t,, rt. �.,v , !)` u „ 'f[4. {�d t 's a, yt ++ ,tt . f ,fin Ib r r, qatfe+ " . 4 rr:§ r �: �� .:i +t�� � �3n. .� � }.r �:d..�i5;1� Signature: ----' Date: /�. 0 6... 6 r , Print name: >� ! c,)1/-- v Phone: )Z b / g .. Fax #: i )76-3., ?? Address: 7 Z� 7 2 - /V s City/StateIZip:s, , -.4 , C ¢S,- CITY OF T' ►IKWILA Permit Center 6300 Southcenter Boulevard, Suite 100 Tukwila; WA 98188 (206) 431 -3670 Mechanical Permit Application Application and plans must be complete in order to be accepted for plan review. Applications will not be accepted through the mail or facsimile. • a.ti A ?:uti . 'Y ;� r ..w ^,. �i rota+ ;a: -t�, n 'r, .•a.w�.. a� u - l .. .i �y, r gym,•.: .1 -a � a•,: I r� Ca, p � I fi'.n�r.7k �; �r.r!!�. ;�•.. p:�hA "v7!,�ra' Y�' " ^_I :.-.iW�t�:"!.f a;'S ty L `•'jr::il:!: ��y i „err,' 11! �Ei�L�i��t1V1ITtEV�E� !1!a`%1PF!RO�i �tEQUES7EDf ''(TO(bE�kj'I�fO(JT,, 81P /GA11Tj,:k�,� w,ti 4 • Description of work to b done (please be specific): G // xiA./dI C-',' (7275- Current copy of Washington State Department of Labor and Industries Valid Contractor's License. If not available at the time of application, a copy of this license will be required before the permit is issued OR submit Form H-4, "Affidavit in Lieu of Contractor Registration ". Building Owner /Authorized Agent: If the applicant is other than the owner, registered architect/engineer, or contractor licensed by the State of Washington, a notarized letter from the property owner authorizing the agent to submit this permit application and obtain the permit will be required as part of this submittal. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE UNDER PENALTY OF PERJURY BY THE LAWS OF THE STATE OF WASHINGTON, AND I AM AUTHORIZED TO APPLY FOR THIS PERMIT. Expiration of Plan Review - Applications for which no permit is issued within 180 days following the date of application shall expire by limitation. The building official may extend the time for action by the applicant for a period not exceeding 180 days upon written request by the applicant as defined in Section 114.4 of the Uniform Mechanical Code (current edition). No application shall be extended more than once. Date application accepted: 11/2/99 • meth perndl.doc Date application expires: Ap / y taken by: (initials) pli C/ /U� ✓ Submittal Requirements Floor plan and system layout Roof plan required to identify individual equipment and the location of each installation (Uniform Mechanical Code 504 (e)) Details and elevations (for roof mounted equipment) and proposed screening Heat Loss Calculations or Washington State Energy Code Form #H -7 H.V.A.C. over 2,000 CFM (approximately 5 ton and larger) must be provided with smoke detection shut- off and will be routed to the Fire Prevention division for additional comments (Uniform Mechanical Code 1009). Specifications must be provided to show that replacement equipment complies with the efficiency ratings and other applicable requirements of the Washington State Nonresidential Energy Code. Structural engineer's analysis is required for new and the replacement of existing roof equipment weighing 400 pounds and greater (Uniform Building Code 1632.1). Structural documentation shall be stamped by a Washington State licensed Structural Engineer. Mechanical Permits COMMERCIAL: Two complete sets of drawings and attachments required with application submittal NOTE: Water heaters and vents are included in the Uniform Mechanical Code — please include any water heaters or vents being installed or replaced. RESIDENTIAL: Two complete sets of attachments required with application submittal 11/2/99 edscpmtdoc Submittal Requirements New Single Family Residence Heat loss calculations or Form H -6. Equipment specifications. Change - out or replacement of existing mechanical equipment Narrative of work to be done, including modification to duct work. Installation of Gas. Fireplace NOTE: Water heaters and vents are included in the Uniform Mechanical Code — please include any water heaters or vents being installed or replaced. Narrative with specification of equipment and chimney type. If using existing chimney, provide a letter by a certified chimney sweep stating that the chimney is in safe condition. • ^ Address: 1160 SAXON DR Permit No: M01-209 Suite: •Tenant: COSTCO WHOLESALE Status: ISSUED , Type: B-MECH Applied: 11/06/2001 Parcel #: 252304-9063 Issued: 11/09/2001 ********** Permit Conditions: 1. Plumbing permits shall be obtained through the Seattle-King County Department of Publ lc, Health. Plumbing w i l l be inspected by that agency, including al 1 gas piping (296-4722) . ri , . Electrical perMits" sha 1 1 , be obtained through the Washington State Di vi sr Labor and .Industries and al 1 e ectri ca I work will. 13&- i nspected by that agency (248-6630) No changis7W l's, to the plans unless approved by the lEngineerand the Tukwila 'Sul lding Division. Al 1 perlii)t.i inspection records, and approved .plans shall be ava e a 'le „Jo site pr o , tI b • t : r; to the start of any con- - ,strudei on . These documents are to be maintained and avai 1 • lableriuntiA final inspection approval is granted. • A111-: to be done in conformance with approved tqatis and requirements of the Uniform Building Code (1997, , Edition) as ,amended Uniform Mechanical Code (1997 Ed i t i on) , and Washington State Energy Code (1997 E d i t i o n ) . . • Val idity Permit. The :issuance of a 'permit or approval of plansi-speci fi cat tons,' and computations shall not be con- Serued to he a perm it for;' or an approval of, any violation ofv anY, .of the provisions of the bul ding code or of any other ordInance,of,:the jurisdiction. No permi t presuming to § authority to violate or cancel the, provisions of this cede shall be val • Ma6ufacturersi, installation instructions required on site . forthabui 1 d ing inspectors rev iew. 8. ***F:IRE DEPARTMENT CONDITIONS*** 9. A1] work shall meet the 1997, UFC article ,63 on refrigeration- . THESE PLANS WERE REVIWED BY CHIEF 5 3 . IF YOU HAVE ANY 'QUESTION, PLEASE CALL THE TU E PREVENTION ,BUREAU AT (206)575-4407. hereby , certify "that I have read these. c'ondi t ions and will comply with 'them as out 1 ined All provisions of law and ordinances govern ing •th s work wi 1 1 be comtflie4'. .specified herein or not. 1 of this permit does not presume to give authority to violate or cancel the provisions of any other work or local laws regulating construction or the performance of work. Signature: Print Name: CITY OF TUKWILA Date: _ .2%;;;:;i ...',&1,;'",:sitYLe-i':,11;7,A.I',Z1,, wa t CO u. uj .14C ' WA -• TRANSMIT .11j 111; :dc •• „ • • . ..,•.•• • , • • 0 • s • 3 0 TRANSMIT Number: R0101441 Amount: 61.06 11/09/01 12:43 Payment Method: CHECK Notation: HUSSMAN Init: KAS •() -, 01-- wild Permit No: M01-209 Type: 8-MECH MECHANICAL PERMIT c Parcel No: 252304-9063 wg .Site Address: 1160 SAXON DR . z, Cu (0 1 F, 0 , Total Fees: 61.06 This Paymentl 61.06 Total ALL Pmts: 61 06 Balance: .00 ***A.**A****.***t*******A. k ****A *.******A.**k*****A* k**A ***A A A******A Account Code Description Amount 000/345.830 PLAN CHECK - ,NONRES 12.21 000/322.100 MECHANICAL - NONRES 48.85 • „ • ‘, • . T01\L bi -,01••■•... • • •..?-i4 •••. i 1 • L:11. • ;■,. PsQject: i C cari-co wleyn Sa.)e-- Typ lo Mdress: 11 (/) co 5a ('n br• Da ca : / 1- 8 /01 Special instructions: Date w ed: t It Z /pi COP Reques er: OUCI Phone: • . U te 2 INSPECTION RECORD Retain a copy with permit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 PERMIT NO. (206)431-3670 Approved per applicable codes. E Corrections required prior to approval. COMMENTS: • 1 — CI ItnlAcIY,e r -, rvNi Cm,y, Inspect° Date: fl $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: Pro .1 , e Type lnspe 1 ...„, ,ibof i 7' - 05 r A (IP Addre s__: Ii ill cti 404 r D te ca ed: / n gicti ,5bectal instructions: d: a2 I . Date 1 7 01 *tv• 1 / p .m. ues r: two' K 1- Phone: tj INSPECTION RECORD Retain a copy with permit tpSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 PERMIT NO. (206)431-3670 Corrections required prior to approval. Date: 1 / El $47.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be aid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection. COMMENTS: P4 ;N Ci remia • re'r t) ivea Receipt No: Date: •; !. • ' •• •..•. ; COMMENTS: Fi / ra �� t � S f��'�r�n i'�- �1:t�S j 1 1� I-y C� lU l�'y1 �r Da te led: 1I � Special instructions: Fro d.kc.e■ r--� c T 7 ) VY1 tT 4( r; - t y C, tiro 1,21 Or S Srr) (1�. C-1- , ,t ��r� 1 - t? �, v'ctu,� 7,- n 1• t Coo C 1-P r i SC c vi ['l ray, S-i- f t C4-1 r `( ? i 1 ‘ i L.-e : k 5 e�- %t\.? Q r1raL&)' yY1t.C)%�1,itl'n n \ (1 ('! (....k. Lei ( ) l tJA_\( kr �'L \ C) I L . Pr pt...c. Fi / ra kpe jype of Inspectio ress: Rob �r Da te led: 1I � Special instructions: Fro d.kc.e■ r--� Date wonted/ � !/ // V Re \JO in C.• e. 9 INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd, #100, Tukwila, WA 98188 Approved per applicable codes. INSPECTION RECORD Retain a copy with permit Mop -i37 PERMIT NO. (206)431 -3670 Corrections required prior to approval. Inspectort ' Date: ) (4.? $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: • City of Tukwila Fire Department Thomas P Keefe, Fire Chief Project Name c_.UST"G.C) Address I l LC) CA D4 Retain current inspection schedule Needs shift inspection TUKWILA FIRE DEPARTMENT FINAL APPROVAL FORM Approved without correction notice Approved with correction notice issued Sprinklers: Fire Alarm: Hood & Duct: Halon: Monitor: Pre -Fire: Permits: Auth ed Signature INALAPP.FRM 5/ Rev. 2/19/98 Steven M. Mullet, Mayor Permit No. � 1, 2. Suite # 1/ 11/C 3 I Date T.F.D. Form F.P. 85 Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: 206 -575 -4404 • Fax: 206 -575 -4439 To whom it may concern The existing units at the US bank Tukwila branch are 155,000 BTU's of input each. Since we are replacing them with a Smaller unit, we propose that no load calculation documentation is necessary. For the cooling portion of the system, the existing outdoor unit is not being changed per the owners request; therefore, we must maintain the airflow for the 7.5ton unit. Since we are not replacing the rooftop unit, we propose that no load calculation information is necessary for the cooling side of this application. Thank you, Kris Johanson Encompass Engineering w W V U N p NWi N LLt J. I. Q . Di' Di W; O z Vi c: N . G I_ p o , =W t cv 1= z : cc 0 Ai CITY OF TUKWII,q NOV 2 1 2001 PERMIT CENTER ff k2/ 27y CAUTION A THIS PRODUCT MUST BE INSTALLED IN STRICT COMPLIANCE WITH THE ENCLOSED INSTALLATION INSTRUCTIONS AND ANY APPLI- CABLE LOCAL, STATE, AND NATIONAL CODES INCLUDING BUT NOT LIMITED TO, BUILD- ING, ELECTRICAL AND MECHANICAL CODES. WARNING A IMPROPER INSTALLATION MAY CREATE A CONDITION WHERE THE OPERATION OF THE PRODUCT COULD CAUSE PERSONAL INJURY OR PROPERTY DAMAGE. FOR YOUR SAFETY Do not store or use gasoline or other flammable vapors and liquids in the vicinity of this or any other appliance. t k 1MARNING: Improper Installation, adjustment, al- Oteration, service or maintenance can cause injury or party damage. Refer to this manual. For as- ce or additional Information, consult a quail- f Installer, service agency or the gas supplier. • YORK® INSTALLATION INSTRUCTION UPFLOW MODELS: P3HUE3ON13006 (Upflow /Horizontal) 130 MBH OUTPUT HORIZONTAL (RIGHT) CITY O TUKWILA NOV 2 1 2001 PERMIT CENTER HORIZONTAL (LEFT) FOR YOUR SAFETY WHAT TO DO IF YOU SMELL GAS • Do not try to light any appliance. • Open windows. • Do not touch any electrical switch; do not use any phone in your building. • Extinguish any open flame. • Immediately call your gas supplier from a neighbor's phone. Follow the gas suppligr' instructions. k), • If you cannot reach your gas supplier, call the fire department. MULTI - POSITION GAS -FIRED FURNACES COMMERCIAL BELT DRIVE Supersedes: 650.74 -N2Y (1098) 650.74 -N2Y (1298) 035 - 14410 -000 S Yi3• aV 4t t, m :>l:.``:+7r. .tii:d3".kws- A,s1S1 �vrxtii�N �4�t3.✓.kt i'�CF \IF��I�eS :•, 650.74 -N2Y TABLE OF CONTENTS GENERAL INFORMATION Description 2 Inspection 2 Notes, Cautions & Warnings 2 Limitations and Locations 2 -3 Clearances 3 Nomenclature 3 Dimensions 5 Ratings & Physical Data 5 Blower Performance 15 Unit Wiring Diagram 16 UNIT INSTALLATION Combustion Air & Vent System 3 -4 Venting System 6 Ductwork 6 Filters (Upflow/Horizontai) 6 Upflow Application 6 &7 Horizontal Application 7 Gas Piping 8 Electrical Connections 8 - 9 Safety Controls 9 Start-Up & Adjustments 9 Ignition System Checkout/Adjustment 9 -10 Adjustment of Manifold Gas Pressure 10 - 11 Checking Gas Input 10 Adjustment of Temperature Rise 11 Adjustment of Fan Off Settings 11 Accessory Connections 11 OPERATION & MAINTENANCE Sequence of Operation 12 Maintenance 12 Air Filter 12 Lubrication 13 Blower 13 Burners 13 Heat Exchangers 13 Troubleshooting 13 GENERAL INFORMATION DESCRIPTION This Category I furnace is designed for installation in a residen- tial or commercial application. A Category 1 furnace has a fan assisted combustion system equipped with an integral me- chanical means to draw products of combustion through the combustion chamber and heat exchanger. It may be installed in a basement, garage, equipment room, alcove, attic or any other indoor location where all required clearances to combus- tibles and other restrictions are met. It Is designed for natural gas -fired operation, but may be converted to propane (LP). High altitude and propane (LP) changes or conversions re- quired in order for the appliance to satisfactorily meet the application must be made by an authorized distributor: in Canada, a certified conversion station or other qualified agency, using factory specified and/or approved parts. This furnace may be used only as a Category 1 unit. The furnace must be installed so that all electrical components are protected from water. INSPECTION As soon as a unit is received, it should be inspected for possible damage during transit. If the damage is evident, the extent of the damage should be noted on the carrier's freight bill. A separate request for inspection by the carrier's agent should be made in writing. Also, before installation, the unit should be checked for screws or bolts which may have loosened in transit. 2 A CAUTION: Remove blower shipping support only after unit has been positioned for installation or dam- age may occur. NOTES, CAUTIONS & WARNINGS The installer should pay particular attention to the words: NOTE, CAUTION and WARNING. NOTES are intended to clarify or make the installation easier. CAUTIONS are given to prevent equipment damage. WARNINGS are given to alert the installer that personal injury and/or equipment or property damage may occur if installation procedures are not handled property. A A A A A A A WARNING: The furnace area must not be used as a broom closet or for any other storage purposes, as a fire hazard may be created. Never store items such as the following on, near or in contact with the furnace. 1. Spray or aerosol cans, rags, brooms, dust mops, vacuum cleaners or other cleaning tools. 2. Soap powders, bleaches, waxes or other cleaning compounds; plastic items or containers,• gasoline, kerosene, cigarette lighter fluid, dry-cleaning fluids or other volatile fluid. 3. Paint thinners and other painting compounds. 4. Paper bags, boxes or other paper products. WARNING: Never operate the furnace with the blower door removed. To do so could result in serious personal injury and/or equipment damage. WARNING: Each furnace in this series is a Category i furnace, suitable for common venting with other gas -fired appliances as allowed by the National Fuel Gas Code, NFPA 54 /ANSI 2223.1- latest edition. WARNING: This appliance is not to be used for temporary heating of buildings or structures under construction. WARNING: Do not install this furnace in a corrosive or contaminated atmosphere. WARNING: Do not install this furnace in a mobile home or recreational vehicle. WARNING: Furnaces shall not be installed directly on carpeting, the or other combustible material other than wood flooring. LIMITATIONS AND LOCATION This furnace should be installed in accordance with all na- tionaViocal building/safety codes and requirements, or in the absence of local codes, with the National Fuel Gas Code, ANSI 2223.1 - (latest edition) or, in Canada, CAN/CGA B149.1 or .2 - (latest edition), and other applicable codes. Use only the type of gas approved for this furnace; refer to the furnace rating plate. WARNING: Only use natural gas in furnaces de- signed for natural gas. Only use propane (LP) gas for A furnaces that have been properly converted to use propane (LP) gas. Do not use this furnace with bu- tane. Using wrong gas could create a hazard, result- ing in damage, injury or death. For installations above 2,000 feet, reduce input 4% for each 1,000 feet above sea level. Canadian installations must be derated 10% for elevations from 2,000 ft. to 4,500 ft. See Form 650.74 -N1.1 V for information to properly derate furnace. In the U.S. only, furnace shall not be connected to a chimney flue serving a separate appliance designed to bum solid fuel. Check the rating plate and power supply to be sure that electrical characteristics match. All models use nominal 115/230 vac, 1 0, 60 Hz. power supply. Unitary Products Group m t v;,, :� „rdr:.:i;�Yd: fl+ u^• 1r` i}:�(tilt«lLi�uVn:fi6{t�- .1��3 � l>� "�{�i.1.'i APPUCATION I TOP FRONT REAR LEFT R SI pE S ID CT gig FLUE OOR/ FLTTOM BOT CLOSET ALCOVE AT TIC LINE CONTA I1PFI AW 1 HAAI7ANTAI MtfFI S - I 1pFI A,pPI ICATION UPFLOW 1 6 0 ` 0 0 6 1 COMBUSTIBLE COMBUSTIBLE YES YES YES YES YES YES NO NO UPFLOW RA/FNT B 1 ' 3 0 0 0 APPLICATION I TOP FRONT REAR I SUAIPPLY RETURN AIR R FLOOlV ;LOOS/ OTT M ' CLOSET ALCOVE ATTIC LINE CONTACT HORIZONTAL 0 6 0 1 0 6 COMBUSTIBLE NO YES YES YES(See Note) HORIZONTAL. _ 0 3 0 1 0 1 COMBUSTIBLE NO YES YES YES(See Note ) A furnace installed in a residential garage must be located so that all burners and burner ignition devices are located no less than 18' above the garage floor, and located or protected to prevent damage by vehicles. The size of the unit should be based on an acceptable heat loss calculation for the structure. ACCA, Manual J or other approved methods may be used. The furnace should be located using these guidelines: 1. Where a minimum amount of vent piping and elbows will be required. 2. As centralized with the air distribution as possible. 3. Where adequate combustion air will be available. 4. In an area where ventilation facilities provide for safe limits of ambient temperature under normal operating conditions. 5. Where it will not interfere with proper air circulation in the confined space. 6. Where the vent will not be blocked or restricted. 7. Where sufficient space is provided to allow proper service access. Minimum recommended service clearances are as follows: • Twenty -four (24) inches between the front of the furnace and an adjacent wall or another appliance, when access is required for servicing and cleaning. • Eighteen (18) inches at the side where access is required for passage to the front when servicing or for inspection or replacement of flue/vent connections. 8. Where it will not interfere with the cleaning, servicing or removal of other appliances. 9. Where the following minimum clearances (In inches) to combustibles can be maintained: Refer to Table 1, below. NOMENCLATURE E3H11E-3QN133116 l Voltage Code 06 = 115/230 -1-60 Heating Fuel (MBH Output) Heating Fuel N = Natural CFM (x100) Cabinet Width - E = 32 -1/2 Product Identifier HU = Horizontal / Upflow Product Generation Product Category P is Furnace TABLE 1 - UNIT CLEARANCES TO COMBUSTIBLES 650.74 -N2Y UNIT INSTALLATION COMBUSTION AIR All Installations must comply with Section 5.3, Air for Combus- tion and Ventilation of the National Fuel Gas Code, ANSI Z223.1 or Sections 7.2, 7.3 or 7.4 of CAN /CGA BI49.1 or .2 Installation Code - latest editions. An unconfined space Is not less than 50 cubic feet per 1000 Btu/hr input rating for all appliances installed in that area. Rooms communicating directly with the space containing the appliances are considered part of the unconfined space, if openings are not furnished with doors. A confined space is an area with less than 50 cubic feet per 1000 Btu/hr input rating for all appliances installed in that area. The following must be considered to obtain proper air for combustion and ventilation in confined spaces. Air Source from Inside the Building - Two permanent openings, one within 12 inches of the top of the confined space and one within 12 inches of the bottom, shall each have a free area of not less than one square inch per 1,000 Btuh of total Input rating of all appliances located in the space. The openings shall communicate freely with interior areas having adequate Infiltration from the outside. NOTE: At least 100 square Inches free area shall be used for each opening. Air Source from Outdoors - 1. Two permanent openings, one within 12 inches of the top of the confined space and one within 12 inches of the bottom, shall communicate directly, or by means of ducts, with the outdoors or to such crawl or attic spaces that freely communicate with the outdoors. a. Vertical Ducts - Each opening must have a free area of not less than one square inch per 4,000 Btuh of total input of all appliances located in the space. EXAMPLE: Total Input of All Appliances 4000 — Square Inches Free Area b. Horizontal Ducts - Each opening must have a free area of not less than one square inch per 2,000 Btuh of total input of all appliances located in the space. NOTE: Ducts must have the same cross - sectional area as the free area in the opening to which they are connected. The mini- mum dimension of rectangular ducts shall be three inches. 2. One permanent opening, commencing within 12 inches of the top of the enclosure shall be permitted where the equipment has clearances of at least 1 inch from the sides and back and 6 inches from the front of the appliance. The opening shall communicate through a vertical or horizontal . NOTE ; Line contact only permitted between lines formed by the Intersection of the rear panel and side panel (top in horizontal position) of the furnace Jacket and building Joists, studs or framing. Unitary Products Group 3 Y stc `+'r}i$itS3swi'is'Ftl•�i• ::,: u'tkrs5€i'tA ' 4 ' Wood or Metal Louvers or Grilles Wood 20-25%' Metal 60 -70 %' Screens" 1/4 In. mesh or larger 100% 650.74 -N2Y duct to the outdoors, or spaces (crawl or attic) that freely communicate with the outdoors and shall have a minimum free area of: a. 1 sq. in. per 3000 Btu per hr of the total input rating of all equipment located in the enclosure. b. Not less than the sum of the areas of all vent connec- tors in the confined space. 3. Louvers, Grilles and Screens a. In calculating free area, consideration must be given to the blocking effects of louvers, grilles and screens. b. If the free area of a specific louver or grille is not known, refer to Table 2 to estimate free area. TABLE 2 - ESTIMATED FREE AREA 4 • Do not use less than 1/4 In. mesh •• Free area or louvers and griNes varies widely; installer should follow louver or grille manufacturer's Instructions. NOTE: If mechanically operated louvers are used, a means to prevent main burner ignition and operation must be pro- vided should louvers close during startup or operation. Special Combustion and Ventilation Considerations Operation of a mechanical exhaust, such as an exhaust fan, kitchen ventilation system, clothes dryer or fireplace may cre- ate conditions requiring special attention to avoid unsatisfac- tory operation of gas appliances. Specially Engineered Installations The above requirements shall be permitted to be waived where special engineering, approved by the authority having jurisdic- tion, provides an adequate supply of air for combustion, venti- lation and dilution of flue gases. Combustion Air Quality The recommended source of combustion air is to use the outdoor air supply. Excessive exposure to contaminated com- bustion air will result in safety and performance related prob- lems. However, the use of indoor air in most applications is acceptable, except as follows: 1. ff the furnace is installed in a confined space it is recommended that the necessary combustion air come from the outdoors by way of attic, crawl space, air duct or direct opening. 2. if outdoor combustion air is used, there must be no expo- sure to the installations or substances listed in "3" below. 3. The following types of installations may require OUT- DOOR AIR for combustion, due to chemical exposure. a) Commercial buildings b) Buildings with indoor pools c) Furnaces installed in laundry rooms d) Furnaces installed in hobby or craft rooms e) Furnaces installed near chemical storage areas Exposure to the following substances In the combustion air supply may also require OUTDOOR AIR for combustion. f) Permanent wave solutions g) Chorinated waxes and cleaners h) Chorine based swimming pool chemicals I) Water softening chemicals 9 De -icing salts or chemicals k) Carbon tetrachloride I) Halogen type refrigerants m) Cleaning solvents (such as perchloroethylene) n) Printing inks, paint removers, varnishes, etc. o) Hydrochloric acids p) Cements and glues q) Antistatic fabric softeners for clothes dryers r) Masonry acid washing chemicals VENTING WARNING A It is the responsibility of the installer to verify proper vent system operation. CATEGORY I VERTICAL VENTING Category I venting consists of vertically venting one or more appliances in B -vent or masonry chimney (as allowed), using single wall metal pipe or B -vent connectors. Type B vent system extends in a general vertical direction and does not contain offsets exceeding 45 degrees, except that a vent system having not more than one 60- degree offset is permitted. NOTE: This appliance may be common vented with another gas appliance as allowed by the following codes and standards. The furnace rating plate lists the maximum vent gas temperature. This temperature must be used used to select appropriate venting materials and clearances. A typical example is shown below. "CATEGORY 1/450° F. MAX. VENT TEMP." All installations must be vented in accordance with the National Fuel Gas Code, NFPA 54 /ANSI Z223.1 - latest edition. For reference, the National Fuel Gas Code Handbook, available from NFPA (item JP- 54HB96) is recommended. The appliance must also be vented in compliance with all local utility and code requirements. In Canada, the furnace must be vented in accordance with the National Standard of Canada, CAN /CGA- B149.1 and .2 - latest editions. WARNING: A furnace shall not be connected to a chimney flue serving a separate appliance designed to burn solid fuel. A WARNING: This furnace requires the use of a special 4" to 5" vent adapter. It is provided with the furnace and must be installed. HORIZONTAL SIDEWALL VENTING For applications where vertical venting is not possible, the only approved method of horizontal venting is through the use of an auxiliary power venter. Approved power venters are Fields Controls Model SWG -4Y or Tjernlund Model GPAK -JT. Follow all application and installation details provided by the manufac- turer of the power venter. VENT SAFETY CHECK PROCEDURE A WARNING: If this furnace is replacing a common - vented furnace, it may be necessary to resize the existing vent line and chimney to prevent oversizing problems for the new combination of units. Refer to the National Fuel Gas Code, ANSI Z223.1 or CAN /CGA B149.1 or .2 Installation Code - latest editions. The following steps shall be followed with each appliance connected to the venting system placed in operation, while any other appliances connected to the common venting system are not in operation. Unitary Products Group :. Ux; tw�rs1.`: 4cr, si;: i^ so`. S. X. �r,1r:fa,3i'�'!xt+iur.af.%ati�na . ^''dl, 'kv;�Atd�a�'. �i:Y+uirlYrifY 6,1C • aii'ktai ,; .c . 1 taK S3ye , r /4 Model Input MBH Output MOH AFUE' Alr Temp Rise °F Max. Outlet Temp. °F Blower Total Unit Amps 0230 vac Max. Over- Current Protect. 0230 vac Min. Wire Size (AWG) 0 75 Ft. One Way 0230 vac Oper. Wgt. (Lbs) HP Size P3HUE3ON13006 160 130 78 25 - 55 150 1 -1/2 12 x 15 10.5 15 12 248 t. DIMENSIONS — 31 ---+M 0 to - 32.1/4 FRONT Unitary Products Group r� - ---31 J 3/4 43.1@ Vent Connection (vent size • see note) 4 ✓ \ O -3/4 --- 19- 1/8 --►+ TOP IMAGE (FRONT) 4 x- 19.1/4 --.« Nent Connection) i t ----f See Nob POWER WIRING 13-314 ®/ 7/8' HOLE_ 91/4 1 :Is w-- 2-1/2 GAS INLET ACCESS ® I / � _i/2 1.1/4" X2. 112" WIRING 7/8" K.O. 2 I OPTIONAL SIDE 1 RETURN CUT -OUT \ (EITHER SIDE) Po- 28.1/2 - -et TABLE 3 - RATINGS & PHYSICAL/ELECTRICAL DATA 28-1/2 26 -1/2 All dimensions are in inches and are approximate. I 4 IN--- 35.112 ® 19 BOTTOM IMAGE (FRONT) �r-- -1/4 — 30 -1/4 ►t 23.112 ---N LEFT SIDE TSTAT WIRING 7/8" K.G. RIGHT SIDE NOTE: Vent must be increased to 5" using adapter provided. NOTES: 1. AFUE numbers are determined in accordance with DOE test procedures. 2. Wire size and overcurrent protection must comply with the National Electrical Code (NFPA -70- latest edition) • For altitudes above 2,000 ft., reduce capacity 4% for each 1,000 ft. above sea level. Refer to Form 650.74-Ni .1 V • Wire size based on copper conductors, 60° C, 3% voltage drop. 650.74 -N2Y '4-� -- 2 -1/4 5 .. t t:,; .iV:.":: {;.LW'itiiM�' :w'.: iii•.".' eri��S: L: Iia:{? V��:: k::'.` li; ��. t,. tS. 3' sribii4':�i'tc.'•.".u•.;.i':�`i 650.74 -N2Y 1. Seal any unused openings in the common venting system. 2. Inspect venting system for proper size and horizontal pitch, as required in the National Fuel Gas Code ANSI Z223.1 or the CAN/CGA B149 Installation Codes and these in- structions. Determine that there is no blockage or restric- tion, leakage, corrosion or other deficiencies which could cause an unsafe condition. 3. Insofar as is 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 of the building. Turn on clothes dryers and any other appliances not connected to the common venting system. Turn on any clothes dryers and any appliance not connected to the venting system. Turn on any exhaust fans, such as range hoods and bathroom exhausts so they will operate at maximum speed. Do not operate a summer exhaust fan. Close fireplace dampers. 4. Follow the lighting instructions. Place the appliance being operated in operation. Adjust thermostat so appliance will operate continuously. 5. Test for draft hood equipped appliance spillage at the draft hood relief opening after 5 minutes of main burner opera- tion. Use the flame of a match or candle. 6. After it has been determined that each appliance connected to the venting system property vents when tested as outlined above, return doors, windows, exhaust fans, fireplace damp- ers and any other gas - burning appliance to their previously conditions of use. 7. If improper venting is observed during any of the above tests, the venting system must be corrected. 8. Any corrections or resizing of the common venting system must be in accordance with the National Fuel Gas Code, ANSI Z223.1 or Section 7, Venting Systems and Air Supply for Appliances, CAN/CGA B149.1 or .2 Installation Code - latest editions. If the common vent system must be resized, it should be resized to approach the minimum size as deter- mined using the appropriate tables in Appendix G of the above codes or the venting tables supplied with the furnace. DUCTWORK The duct system's design and installation must: 1. Handle an air volume appropriate for the served space and within the operating parameters of the furnace specifications. 2. Be installed in accordance with standards of NFPA (National Fire Protection Association) as outlined in NFPA pamphlets 90A and 90B ( - latest editions). 3. Create a closed duct system. The supply system must be connected to the furnace outlet and the return duct system must be connected to the furnace inlet. Both supply and return duct systems must terminate outside the space containing the furnace. 4. Generally complete a path for heated or cooled air to circulate through the air conditioning and heating equip- ment and to and from the conditioned space. A CAUTION: The cooling coil must be installed in the supply air duct downstream of the furnace. When the furnace is used in conjunction with a cooling coil, the furnace must be installed parallel with, or on the upstream side of the cooling unit to avoid condensation in the primary heat exchanger. 6 When a parallel flow arrangement is used, the dampers or other means used to control air flow must be adequate to prevent chilled air from entering the furnace, and if manually operated, must be equipped with means to prevent operating of either unit unless the damper is in the full heat or cool position. Supply Plenum Connection On a I installations without a coil, a removable access panel is recommended in the outlet duct such that smoke or reflected light would be observable inside the casing to indicate the presence of leaks in the heat exchanger. This access cover shall be attached in such a manner as to prevent leaks. Return Duct Connection Return air must enter the cabinet through the bottom only, or a bottom and one side. Single or Dual side return only is not allowed. Return air may not be connected Into the rear panel of the unit. See the specific type application installation for details. Be sure to see the "Filters" section of this instruction. FILTER INSTALLATION All applications require the use of a filter. All filters must be field supplied and located outside the furnace cabinet in either a filter rack, duct system or filter grille. NOTE: Air velocity through throw -away type filters may not exceed 300 feet per minute. All velocities over this require the use of high velocity filters. A UPFLOW APPLICATION Attach the supply plenum to the furnace outlet duct connection flanges. This is typi- cally through the use of "S" cleat material when a metal plenum is used. The use of an approved flexible duct connector is rec- ommended on all installations. This con- nection should be sealed to prevent air leakage. If a matching cooling coil is used, it may be placed directly on the furnace outlet and sealed to prevent leakage. Follow the coil instructions for installing the supply plenum. CAUTION: Remove blower shipping support only after unit has been positioned for installation or dam- age may occur. CAUTION: All installations must have a filter installed. The return duct may be attached to the furnace by "S- cleat ", bend tabs or other approved methods. Be sure to seal the duct to the furnace to prevent air leakage. Where the return duct system is not complete, the return connection must run full size to a location outside the utility room or basement. For further details, consult Section 5.3 (Air for Combustion and Ventilation) of the National Fuel Gas Code, ANSI Z223.1, or CAN /CGA B149.1 or .2, Installation Code - latest editions. Unitary Products Group Alt:14 '.1g3,1, 4iA.rt.4v''`dic,£g ;ai' 9'.61 i'kr), Y`k `. FRONT OF FURNACE CORNER MARKINGS FIGURE 5 - SIDE RETURN CUTOUT MARKINGS Bottom Return Bottom return applications normally pull return air through a base platform or return air plenum. Be sure the return platform structure is suitable to support the weight of the furnace. Refer to Figure 1 for unit weights and dimensions. Be sure to seal the furnace to plenum connection to prevent air leakage. NOTE: If an external mounted filter rack is being used, see the instructions provided with that accessory for installation. HORIZONTAL APPLICATION The furnace may be installed horizontally with the supply airflow toward the left or right by laying the unit on the left or right side panel. WARNING: Do not install the unit on the rear panel. After determining the best orientation, lay the unit on top of the shipping carton to protect the finish. The appropriate electrical knock -outs for power wiring, control wiring and gas piping should be removed at this time. Return air may enter the furnace through either one side and a bottom or through bottom only, depending on the type of application. Return air may not be connected Into the rear panel of the unit. See the specific type application installation for details. Be sure to see the "Filters" section of this instruction. ATTIC INSTALLATION This appliance is design certified for line contact for furnaces installed horizontally. The intersection of the furnace top and sides form a line. This line may be in contact with combustible material. However, refer to "Venting" and 'Clearances" in this manual for additional information. Unitary Products Group LINE CONTACT ONLY PERMISSIBLE BETWEEN LINES FORMED BY THE INTERSECTION OF FURNACE TOP AND TWO SIDES AND BUILDING JOISTS, STUDS OR FRAMING RETURN AIR FIGURE 6 - TYPICAL ATTIC INSTALLATION Secure a platform constructed of plywood or other building material to the floor joists. Sheet metal, 12" in front of the furnace combustion air openings is recommended. Refer to Figure 6 for details. A WARNING: When a furnace is installed in an attic or other insulated space, keep all insulating materials at least 12" away from furnace and burner combustion air openings. NOTE: See crawl space installation for suspending the furnace in attic installations. CRAWL SPACE INSTALLATION The furnace can be hung from floor hoists or installed on suitable blocks or pad. Blocks or pad installations shall provide adequate height to ensure the unit will not be subject to water damage. When suspending the furnace from rafters or floor joists using rod, pipe or straps, refer to Physical Data (Page 5) for furnace weights to determine suitable means of suspension. Angle supports should be placed at the supply air end and near the blower deck. Refer to Figure 7. Do not support at return air end of unit. Units may also be suspended by using straps or other material at the same location. All four suspension points must be level to ensure quiet furnace operation. ANGLE IRON BRACKET 6' MIN BETWEEN ROO i FURNACE VENT (MAINTAIN REQUIRED CLEARANCES TO COMBUSTIBLES) SHEET METAL IN FRONT OF FURNACE COMBUSTION AIR OPENINGS IS RECOMMENDED 1' MAX BETWEEN ROD t FURNACE FIGURE 7 - TYPICAL FURNACE INSTALLATION USING SUSPENSION MATERIALS 650.74442Y 7 ti' tit,4'.LK(�' kg , ,'µ'd5 4N +c1S"xi'«:ii4:''k'z£'+1<«�'. <t�h'itt h"f.`:�"14da wlJ53n �� INLET GAS PRESSURE RANGE Natural Gas Propane (LP) Minimum 4.5 In. W.C. 11 In. W.C. Maxbnum 13.8 In W.C. 13.8 In. W.C. 650.74 -N2Y GAS PIPING NOTE: An accessible manual shutoff valve must be installed upstream of the furnace gas controls and within 6 feet of the furnace. FIGURE 10 - GAS PIPING e A e 8 EXTERNAL MANUAL SHUTOFF VALVE GROUND JOINT UNION MAY SE INSTALLED INSIDE OR OUTSIDE UNiT TO GAS SUPPLY / ' GAS VALVE TO GAS SUPPLY DROP LEG furnace and its individual shutoff valve 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 (3.48 kPa). The furnace must be isolated from the gas supply piping system by closing its individual external manual shutoff valve during any pressure testing of the gas supply piping system at test pressures equal to or less than 1/2 psig (3.48 kPa). CAUTION: Never apply a pipe wrench to the body of the combination automatic gas valve. A wrench must be placed on the projection or wrench boss of the valve when Installing piping to it. Gas piping may be connected from either side of the furnace. Sizing and installation of the supply gas line should comply with the local utility requirements. The gas supply should be a separate line, installed in accord- ance with the National Fuel Gas Code, ANSI Z223.1, or CAN/CGA B149.1 or .2 Installation Codes - (latest editions). Some utility companies, or local codes, require pipe sizes larger than the minimum sizes listed. Using the properly sized wrought iron, approved flexible or steel pipe, make gas con- nections to the unit. Installation of a drop leg and ground union is required (See Figure 10). WARNING: Compounds used on threaded joints of gas g 9 as i in must be resistant to the action of joints petroleum gases. NOTE: A 1/8 NPT plug is included in the inlet side of the gas valve for measuring incoming gas pressure. WARNING: Alter all gas piping connections are com- pleted, leak test all joints, fittings and furnace connec- tions with rich soap and water solution, commercial available bubble type leak detection fluid, or other approved means. WARNING: Do not use an open flame or other source of ignition for leak testing. ELECTRICAL POWER CONNECTION Field wiring to the unit must conform to and be grounded in accordance with the provisions of the National Electrical Code ANSI/NFPA No. 70 - latest edition, Canadian Electric Code C22.1 Part 1 - (latest edition) and/or local codes. Electrical wires which are field installed shall conform with the tempera- ture limitation for 63 °F /35 °C rise wire when installed in accord- ance with instructions. Specific electrical data is given on the furnace rating plate. Provide a power supply(s) separate from all other circuits. Install overcurrent protection and disconnect switch per lo- cal /national electrical codes. The switch should be reasonably close to the unit for convenience in servicing. With the discon- nect switch(s) in the OFF position, check all wiring against the unit wiring label. Also, see the wiring diagram in this instruction. Use copper conductors only. NOTE: The furnace's control system depends on correct polarity of the power supply. Connect the power supply as shown on the unit wiring label on the inside of the blower compartment door and as detailed below. " 115 V SINGLE POWER SUPPLY 1 -1/2 HP MOTOR ONLY GRD — L N FIGURE 11A FIGURE 11B GAD N y GRD N Li--- • i L2 - - -• • GREEN • WHITE RED L1 - - - BLACK BLUE NOTE: Internal motor wiring must be changed to 115 v 115/230 POWER SUPPLY USING 3 WIRES 115 V CONTROL 230 V MOTOR GREEN WHITE BLACK L2-- - -. FIGURE 11C FIGURE 11 - ELECTRICAL WIRING BLUE RED GREEN • • SEPARATE 115 V 8 230 V POWER SUPPLIES 115 V CONTROL 230 V MOTOR WHITE BLACK BLUE -� RED } 115 V CONTROL CIRCUIT 230 V MOTOR CIRCUIT Unitary Products Group .., v a« ti. r" u<; ��i;; .'.w ±.�ir`�:::asi2s;s_r,'s�: k;�k',tf;:c� ?s FURNACE CONTROL CIRCUIT The control circuit requires 115 volt power supply. The black lead must be connected to the hot conductor of the power supply. See Figures 11A, B, & C. BLOWER MOTOR CIRCUIT The motor circuit requires 230 volt power supply as shipped. This circuit may be changed to 115 volts (standard 1 -1/2 hp motor only) by revising the internal motor connections. Refer to wiring diagram on the motor. All field power wiring connections are shown In Figures 11A, B, & C. Remove the screw retaining the wiring box. Route the power wiring through the unit side panel with a conduit connector or other proper connection. Make wiring connections as shown in Figures 11A, B, or C. Replace the wiring box and screw. An alternate wiring method is to use a field provided 4 x 4 box and cover on the outside of the furnace. Route the furnace leads into the box using a protective bushing where the wires pass through the furnace panel. NOTE: The power connection leads and wiring box on upflow units may be relocated to the left side of the furnace. Remove the screws and cut wire tie holding excess wiring. Reposition on the left side of the fur- nace and fasten using holes provided. ELECTRICAL CONTROL CONNECTIONS Install the field - supplied thermostat. The thermostat instruc- tions for wiring are packed with the thermostat. With the thermostat set in the OFF position and the main electrical source disconnected, complete the low - voltage wiring from the thermostat to the terminal board on the low- voltage transformer. Connect Class 2 control wiring as shown in Figure 13. Apply strain relief to thermostat wires passing through the cabinet. FIGURE 13 - TYPICAL HEATING AND COOLING Set the heat anticipator In the room thermostat to .45 amps. Setting It lower will cause short cycles. Setting It higher will cause the room temperature to exceed the setpolnt. NOTE: Some electronic thermostats do not have adjustable heat anticipators. They may have other type cycle rate adjustments. Follow the thermostat manufacturer's Instructions. The 24 -volt, 40 VA transformer is sized for the furnace compo- nents only, and should not be connected to auxiliary devices such as humidifiers, air cleaners, etc. The transformer may provide power for an air conditioning unit contactor. SAFETY CONTROLS Blower Door Safety Switch This unit is equipped with an electrical interlock switch mounted in the blower compartment. This switch interrupts the 115 volt control power at the unit when the panel covering the blower compartment is removed. Unitary Products Group 650.74 -N2Y A WARNING: The blower motor power supply will not be deenergized when the blower door is removed. A WARNING: Blower and burner must never be oper- ated without the blower panel In place. Electrical supply to the unit is dependent upon the panel that covers the blower compartment being in place and prop- erly positioned A WARNING: Main power supply(s) to the unit must still be Interrupted at the main power disconnect switch(s) before any service or repair work is to be done to the unit. Do not rely upon the interlock switch as a main power disconnect. Rollout Switch Controls These controls are mounted on the burner assembly. If the temperature in the burner compartment exceeds its set point, the igniter control and the gas valve are de- energized. This is a manual reset control and must be reset before operation can continue. The operation of this control indicates a malfunction in the combustion air blower or a blocked vent pipe condition. Pressure Switch This furnace is supplied with a differential pressure switch which monitors the flow through the furnace and venting sys- tem. This switch de- energizes the ignition control module and the gas valve if any of the following conditions are present: 1. Blockage of internal flue gas passageways. 2. Blockage of vent piping. 3. Failure of combustion air blower /motor. Limit Controls Two high temperature limit controls are located on the furnace vestibule panel just to the left and right of the heat exchanger. This is an automatic reset control and provides over tempera- ture protection due to reduced airflow, such as a dirty filter. Control Circuit Fuse A 3 amp fuse is provided to protect the 24 volt transformer from overload caused by control circuit wiring errors. This is an ATO 3, automotive type fuse and is located in the unit wiring harness between the control transformer and the furnace control. START AND ADJUSTMENTS The initial start-up of the furnace requires the following addi- tional procedures. 1. When the gas supply is initially connected to the furnace, the gas piping may be full of air. In order to purge this air, it is recommended that the ground joint union be loosened until the odor of gas is detected. When gas is detected, immediately retighten the union and check for leaks. Allow five minutes for any gas to dissipate before continuing with the start-up procedure. 2. All electrical connections made in the field and in the factory should be checked for proper tightness. IGNITION SYSTEM CHECKOUT /ADJUSTMENT 1. Turn the gas supply ON at external valve and main gas valve. 2. Set the thermostat above room temperature to call for heat. 3. System start-up will occur as follows: a. The venter motor will start and come up to speed. Shortly after venter start-up, the hot surface igniter will glow for about 17 seconds. 9 Seconds for One Revolution Size of Test Dial 1/2 cubic foot 1 cubic foot 10 180 360 12 150 300 14 129 257 18 113 225 18 100 200 20 90 180 22 82 164 24 75 150 28 89 138 28 64 129 30 60 120 32 56 113 34 53 106 38 50 100 38 47 95 40 45 90 42 43 86 44 41 82 46 39 78 48 37 75 50 38 72 52 35 69 54 34 67 56 32 84 58 31 62 60 30 60 650.74 -N2Y b. After this warm -up cycle, the ignition module will ener- gize (open) the main gas valve for seven seconds. NOTE: Burner ignition may not be satisfactory on first start -up due to residual air in gas line, or until gas pressure (manifold) Is adjusted. 4. With the furnace in operation, paint the pipe joints and valve gasket lines with a rich soap and water solution. Bubbles indicate a gas leak. Take appropriate steps to stop the leaks. If the leak persists, replace the component. A WARNING: DO NOT omit this test! NEVER use a flame to check for gas leaks. CHECKING GAS INPUT 1. Turn off all other gas appliances connected to gas meter. 2. With the furnace turned on, measure the time needed for one revolution of the hand on the smallest dial on the meter. A typical domestic gas meter usually has a 1/2 or 1 cubic foot test dial. 3. Using the number of seconds for each revolution and the size of the test dial increment, find the cubic feet of gas consumed per hour from Table 5. NOTE: To find the Btuh input, multiply the number of cubic feet of gas consumed per hour by the BTU content of the gas in your particular locality. Contract your gas company for this information, as it varies widely from city to city. EXAMPLE: It is found by measurement that it takes 26 seconds for the hand to turn on the 1 cubic foot dial to make a revolution with only a 120,000 Btuh furnace running. Using this informa- tion, locate 26 seconds in the first column of Table 5 FIGURE 14 - GAS VALVES TOP - WHITE - RODGERS 36E24 BOTTOM - HONEYWELL VR8205 10 Wiring Terminals Ofitlet Pressure Tap Outfit Priam Tao TABLE 5 - GAS RATE (Cubic Feet Per Hour) Read across to the column headed "1 Cubic Foot where you will see that 138 cubic feet of gas per hour are consumed by the furnace at that rate. Multiply 138 by 850 (the BTU rating of the gas obtained from the local gas company). The result is 117,300 Btuh, which is close to the 120,000 Btuh rating of the furnace. If the actual input is not within t 2% of the furnace rating, with allowance being made for the permissible range of the regula- tor setting (0.3 inches W.C.), replace the orifice spuds with spuds of the proper size. A CAUTION: Be sure to relight any gas appliances that were turned off at the start of this input check. ADJUSTMENT OF MANIFOLD GAS PRESSURE 1. Turn gas off at main gas valve. Remove 1/8" plug/outlet pressure tap in the main gas valve body and Install proper manometer tube adapter fitting. Connect line from gas valve tap to manometer. 2. Refer to Figure 14 for location of pressure regulator adjust- ment cap and screw on main gas valve. NOTE: The screw -off cap for the pressure regulator must be removed entirely to gain access to the ad- justment screw. A WARNING: The cap must be replaced in order for the furnace to operate properly. 3. Turn gas and electrical supplies ON. Start furnace and observe manifold pressure on manifold. 4. Adjust manifold pressure by adjusting gas valve regulator screw. Natural Gas Propane (LP) 3.5" W.C. 10.0" W.C. Unitary Products Group If gas valve regulator is turned In, or clockwise, manifold pressure is increased. If screw is turned out, or counterwise, manifold pressure will decrease. A WARNING: The manifold pressure must be checked with the screw -off cap in place on the pressure regu- lator. WARNING: If manifold pressure is too high, an over - fire condition exists which could cause heat ex- changer failure. If the manifold pressure is too low, sooting and eventual clogging of the heat exchanger could occur. 5. Once the correct gas pressure to the burners has been established, turn the gas valve switch to OFF and turn the electrical supply switch OFF; then, remove the pressure tap at the gas valve and re- install the plug using a com- pound (on the threads) resistant to the action of LP gases. 6. Turn the electrical and gas supplies back on, and, with the burners in operation, check for gas leakage around the plug with a soap and water solution. A WARNING: Be sure that the gas valve pressure regu- lator cap Is replaced. ADJUSTMENT OF TEMPERATURE RISE The temperature rise, or temperature difference between the return air and the heated air from the furnace, must be within the range shown on the furnace rating plate and within the application limitations shown in Tables 3 or 4. After the tem- perature rise has been determined, the cfm can be calculated. After about 20 minutes of operation, determine the furnace temperature rise. Take readings of both the return air and the heated air In the ducts, about six feet from the furnace where they will not be affected by radiant heat. Increase the blower speed to decrease the temperature rise; decrease the blower speed to increase the rise. Blower speed adjustment is made as follows: 1. Remove the belt and loosen the set screw in the adjustable flange of the motor pulley. 2. Close the pulley to decrease the temperature rise; open the pulley to increase the rise. 3. Position the set screw with one of the flats on the pulley hub and tighten it. 4. Align the fixed flange of the motor pulley with the blower pulley. A CAUTION: Improper alignment will cause excessive noise, belt wear and bearing failure. 5. Replace the belt and adjust the tension with the motor adjusting bolt until the belt can be depressed 1" with a finger at a point halfway between the two pulleys. 8. Repeat this procedure until the desired temperature rise is obtained. ADJUSTMENT OF FAN - OFF CONTROL SETTINGS This furnace is equipped with a time -on / time -off heating fan control. The fan 'on" Is fixed at 30 seconds. The fan 'off' is field adjustable from 60 to 180 seconds. The fan 'off" is factory set to 90 seconds. The fan -off setting must be long enough to adequately cool the furnace, but not so long that cold air is blown into the heated space. Unitary Products Group 1 OFF = ON 2 FAN OFF DELAY ADJUSTMENT SWITCHES 650.74 -N2Y FIGURE 15 - BLOWER -OFF TIME ADJUSTMENT The fan -off timing may be adjusted by setting the option switches located (refer to Figure 15) on the control board as follows: To Delay Fan -Off By: 80 Sec. Set Switch 1 2 On On 90 Sec 120 Sec. 180 Sec. On Off Off Off On Off ACCESSORY CONNECTIONS The furnace control will allow power switching control of various accessories. See Figure 16 for connection details. Electronic Air Cleaner Connection Two 1/4" spade terminals (EAC and EAC N) for electronic air cleaner connections are located on the control board. The terminals provide 115 VAC (1.0 amp maximum) during circu- lating blower operation. Humidifier Connection Two 1/4' spade terminals (HUM and HUM N) for humidifier connections are located on the control board. The terminals provide 115 VAC (1.0 amp maximum) during heating system operation. 115 VOLT ELECTRONIC AIR CLEANER ' ►ueror j »5 VOLT HUMIDIFIER FIGURE 16 - ACCESSORY CONNECTIONS AVIONFIAMMIWIN 11 t;,4144-,' : aiwti 850.74 -N2Y OPERATION AND MAINTENANCE SEQUENCE OF OPERATION The following describes the sequence of operation of the furnace. Refer to the schematic wiring diagram (page 16) for component location. See Figure 17 for event schedule. CONTINUOUS BLOWER On cooling/heating thermostats with fan switch, when the fan switch is set in the "ON" position, a circuit is completed between terminals R and G of the thermostat. The blower motor is energized through the contactor and runs at the selected speed. INTERMITTENT BLOWER - COOLING On cooling/heating thermostats with fan switch, when the fan switch is set in the "auto" position and the thermostat calls for cooling, a circuit is completed between the R, Y and G termi- nals. The motor is energized through the contactor and runs at the selected speed. The fan off setting is fixed at 60 seconds for SEER enhancement. HEATING CYCLE A CAUTION: Label all wires prior to disconnecting when servicing control& Wiring errors can cause improper and dangerous operation. Verify proper op- eration after servicing. When the system switch is set on HEAT and the fan is set on AUTO, and the room thermostat calls for heat, a circuit is completed between terminals R and W of the thermostat. When the proper amount of combustion air is being provided, a pressure switch activates the ignition control The ignition control provides a 17- second warm -up period. The gas valve then opens for seven seconds. As gas starts to flow and ignition occurs, the flame sensor begins its sensing function. If a flame is detected within seven seconds after ignition, normal furnace operation continues until the thermostat circuit between R and W is opened. After flame is present for 30 seconds, the circulating blower is energized. When the thermostat circuit opens, the ignition control is deener- gized. With the ignition control deenergized, the gas flow stops and the burner flames are extinguished. The venter continues to operate for 15 seconds after the gas flow stops. The blower motor continues to operate for the amount of time set by the fan -off delay dip switches located on the control board. The heating cycle is then complete, and the unit is ready for the start of the next heating cycle. (seconds) THERMOSTAT INDUCER IGNITER MAIN VALVE H MIOIFIER ELECTRONIC AIR CLEANER CIRCULATING BLOWER 12 OFF OFF OFF OFF OFF OFF OFF I- 1 ON Thermostat Calling for Heot 17 22 I 52 Fon on Delay 30 Seconds OFF ' FIGURE 17- FURNACE EVENT CONTROL SCHEDULE OFF OFF OFF If flame is not detected within the seven second sensing period, the gas valve is deenergized. The control is equipped with a re -try option. This provides a 60 second wait following an unsuccessful ignition attempt (flame not detected). After the 60 second wait, the ignition sequence is restarted with an additional 10 seconds of igniter warm -up time. If this ignition attempt is unsuccessful, one more re-try will be made before lockout. A momentary loss of gas supply, flame blowout, or a shorted or open condition in the flame probe circuit will be sensed within 0.8 seconds. The gas valve will deenergize and the control will restart the ignition sequence after waiting 60 seconds. Recy- cles will begin and the burner will operate normally if the gas supply returns, or the fault condition is corrected prior to the last ignition attempt. Otherwise, the control will lockout. The control will repeat the ignition sequence for a total of four recycles if flame is lost within the first 10 seconds of establishment. If flame Is established for more than 10 seconds after ignition, the control will clear the ignition attempt (retry) counter. If flame is lost after 10 seconds, it will restart the ignition sequence. This can occur a maximum of five times. During burner operation, a momentary loss of power of 50 milliseconds or longer will drop out the main gas valve. When the power is restored, the gas valve will remain deenergized and a restart of the ignition sequence will begin immediately. Hot Surface Ignition System WARNING: Do not attempt to light this furnace by hand (with a match or any other means). There may be a potential shock hazard from the components of the hot surface ignition system. The furnace can only be lit automatically by its hot surface ignition system. MAINTENANCE Air Filters The filters should be checked periodically for dirt accumulation. Dirty filters greatly restrict the flow of air and overburden the system. Clean the filters at least every three months. On new construc- tion, check the filters every week for the first four weeks. Inspect the filters every three weeks after that, especially if the system is running constantly. WARNING: When replacing filters, DO NOT use a type with excessively high pressure drop. Some high efficiency filters available will cause the furnace to operate improperly and could result in a safety haz- ard. f 0 OFF 15 Sec Post , Purge ; i n Thernostot Satisfied —� OFF OFF OFF OFF ; 50,90,120,180 SEC. OFF Selectable Fon Off Delay Unitary Products Group Lubrication Blower and ventor motors in these furnaces are permanently lubricated and do not require periodic oiling. BLOWER CARE Even with good filters properly in place, blower wheels and motors will become dust laden after long months of operation. The entire blower assembly should be inspected annually. If the motor and wheel are heavily coated with dust, they can be brushed and cleaned with a vacuum cleaner. The procedure for removing the blower assembly for cleaning is as follows: 1. Tum off electrical power supply to the furnace at discon- nect switch(s). Remove access doors. 2. Remove the screws holding the control box to the blower. Swing the control box out of the way to allow removal of the blower. 3. Remove blower /motor assembly mounting screws and slide the blower assembly out of the slots in the deck. 4. When cleaning or servicing the blower assembly, DO NOT remove or change the balance clips on the blower wheel. A CAUTION: This blower motor assembly weighs 85 lbs. Have adequate support to prevent injury. 5. To reassemble, reverse the procedure, restore power to the furnace and verify operation. Burner Removal/Cleaning The main burners should be checked periodically for dirt accumulation. If cleaning is required, follow this procedure: 1. Tum off the electrical power to the unit and turn off gas supply at the shutoff valve. 2. Remove the blower and burner compartment access doors. 3. Unplug igniter from the wire hamess and remove the igniter/bracket assembly from the burner air shield. Handle the igniter carefully as it is fragile and easily broken. 4. Note the location and then disconnect the sensor and rollout switch wires Located on the top of the air shield and remove the shield. 5. Remove the two screws securing each burner to the burner assembly. Note the orientation of the bumer (flanged side down) before removing. Burners may be cleaned by rinsing in hot water or by using a vacuum cleaner. Cleaning the Heat Exchanger Lower Heat Exchanger Access 1. Turn off the electrical power to the unit and turn off gas supply at the shutoff valve. 2. Remove the blower and burner compartment access doors. Disconnect the gas supply piping at the union to permit removal of the entire burner and gas control assem- bly from the vestibule panel. Use the wrench boss on the gas valve when removing or installing this piping. Unitary Products Group 650.74 -N2Y 3. Unplug the Igniter from the wire harness. Disconnect sen- sor and rollout switch wires located on top of the air shield. Identify and note the location of all leads for ease of reinstallation. Also disconnect the wires at the side rollout switches (upflow only) and the gas valve wires. 4. Remove the screws holding the burner assembly to the vestibule panel and remove this assembly. Handle the assembly carefully since it contains the igniter which is fragile and easily broken. The lower portion of the heat exchanger will now be exposed. To clean the burner assembly, use a vacuum cleaner, or remove the bumers as outlined In burner cleaning, and clean in hot water. Upper Heat Exchanger Access 1. Perform steps 1 -4 above. 2. Disconnect vent piping from the vent motor assembly at the top panel on the furnace. 3. Unplug the ventor motor wires and ground wire. Remove the pressure switch tubing at the tap on the ventor motor housing. NOTE: It is recommended that replacement gaskets be available before removing ventor motor. 4. Remove six mounting screws that hold the ventor motor to the restrictor plate. The surface is gasketed and gasket can be reused if it Is carefully removed. It Is necessary to remove this assembly to gain access to the restrictor plate mounting holes. The assembly may be vacuumed if clean- ing is necessary. If any vent assembly parts are damaged, replace with an entire new assembly (except for gaskets). 5. Remove the perimeter screws attaching the restrictor plate assembly to the vestibule panel. The surface is also gas - keted. The assembly, including the flue baffle plate (rear) may be vacuumed or cleaned with hot water if necessary. 6. The upper portion of the heat exchanger is now accessible. With a long flexible wire brush, clean inside each tube at both the top and bottom. The brush must pass around the rear heat exchanger tubes. Vacuum loose scale and dirt from each tube. 7. Clean - Replace all components in reverse order. Regas- ket all surfaces which required a gasket. Reconnect all wiring. Reattach vent pipe and gas supply lines before restoring service to fumace. Restore electrical power, check gas supply piping for leaks, then verify furnace operation. TROUBLESHOOTING The following visual checks should be made before trou- bleshooting: 1. Check to see that the power to the furnace and the ignition control module is ON. 2. The manual shutoff valves in the gas line to the furnace must be open. 3. Make sure all wiring connections are secure. 4 Review the sequence of operation. Start the system by setting the thermostat above the room temperature. Observe the system's response. Then use the troubleshooting section in this manual to check the system's operation. 13 650.74•N2Y FURNACE CONTROL DIAGNOSTICS The furnace has built -in, self diagnostic capability. If a system problem occurs, a fault code is shown by a blinking LED. It is located behind a clear view port in the blower compartment door. DO NOT remove the furnace blower compartment panel OR turn off furnace power as either action will clear the control's memory of the fault. The control continuously monitors its own operation and the operation of the system. If a failure occurs, the LED will indicate the failure code. If the failure is internal to the control, the light will stay on continuously. In this case, the entire control should be replaced as the control is not field repairable. 50A50-241 IGNITION CONTROL (P/N 031- 01266 -000) Normal flame sense current is approximately. 2.0 microamps DC (pa) Low flame signal control lockout point is 0.15 microamps DC (pa) If the sensed failure is in the system (external to the control), the LED will flash In the following flash -pause sequences to indicate failure status. Flash sequence codes 2 thru 8 are as follows. LED will turn 'on' for 1/4 second and "off" for 1/4 second. This pattern will be repeated the number of times equal to the code. For example, six "on" flashes equals a number 6 fault code. All flash code sequences are broken by a 2 second "off" period. CONTINUOUS FLASHING (1 sec "on" -1 sec "off") This indicates that flame was sensed when there was not a call for heat. With this fault code the control will also turn on both the inducer motor and supply air blower. This fault would typically be caused by a gas valve that leaks through or is slow closing. 2 FLASH This indicates that the normally open pressure switch contacts are stuck in the closed position. The control confirms these contacts are open at the beginning of each heat cycle. This would indicate a faulty pressure switch or mis- wiring. 3 FLASH This indicates the normally open pressure switch contact did not close at the beginning of the heat cycle. This could be caused by a number of problems; faulty inducer, blocked vent pipe, broken pressure switch hose or faulty pressure switch. 4 FLASH • Thls indicates that a primary or aux. limit switch has opened its normally closed contacts. With this fault code the control will operate the supply air blower and inducer. This condition may be caused by: dirty filter, improperly sized duct system, incor- rect blower speed setting, incorrect firing rate or faulty blower motor. 5 FLASH This fault is indicated if the normally closed contacts in the rollout switch opens. The rollout control is manually reset. If it 14 has opened, check for proper combustion air, proper inducer operation, primary heat exchanger failure or burner problem. Be sure to reset the switch after correcting the failure condition. 6 FLASH hifi s dicates that after the unit was operating, the pressure switch opened 5 times during the call for heat. This could be caused by a number of problems; blocked vent or chimney, faulty inducer, cracked pressure switch hose. 7 FLASH This fault code indicates that flame could not be established. This no -light condition occurred 3 times during the call for heat before locking out. This may be caused by low gas pressure, faulty gas valve, faulty hot surface igniter or burner problem. 8 FLASH hips fault is indicated if the flame is lost 5 times during the heating cycle.This could be caused by low gas pressure or faulty gas valve. POWER SUPPLY POLARITY - 50A50-241 Control Only If the power supply pole ity is reversed, the following unit operation will occur. On a call for heat, the inducer will run, the HSI will glow and the gas valve will energize and the burners will ignite. The burners will immediately extinguish and the unit will recycle. This will occur 3 times and then the unit will lockout. A "7" flash code will be displayed. This code means the flame could not be established. This occurs be- cause the control cannot sense flame with the power supply polarity reversed. LED ON CONSTANTLY This indicated an internal fault in the furnace control discovered during its self -check procedure. Replace the control. 60 MINUTE AUTOMATIC RESET FROM LOCKOUT This control includes a "watchdog" type circuit that will reset from a lockout condition after 60 minutes. Operational faults 6, 7 & 8 will be reset. This provides protection to an unoccupied structure if a temporary conditions exists causing a unit mal- function. An example would be a low incoming gas supply pressure condition preventing unit operation. When the gas pressure was restored, at some point the "watchdog" would restart the unit and provide heat for the house. NOTE: The control will blink one time when initially powered. This is normal and not an indication of any malfunction. WARNING: Never jump pressure switch to allow fur- nace operation. To do so will allow furnace to operate under potentially hazardous conditions. A WARNING: Do not try to repair controls. Replace defective controls with UPG Source 1 Parts. WARNING: Never adjust pressure switch to allow furnace operation. Unitary Products Group MW MODEL MOTOR PULLEY EXTERNAL STATIC PRESSURE, INCHES W.C. 0.30 0.40 0.50 0.60 0.70 0.80 0.90 1.00 P3HUE30N13006 Closed + + + + 3383 3247 3056 2869 1 Open 3684 3553 3409 3290 3118 2918 2704 2532 2 Open 3481 3334 3196 3018 2848 2609 2347 2028 3 Open 3288 3130 2965 2789 2543 2314 1985 1458 4 Open 3001 2821 2647 2394 2090 1735 1076 785 BLOWER PERFORMANCE NOTES: • Airlfow is expressed In standard cubic feet per minute • Motor voltage at 230V • Return air through bottom opening • Includes filter pressure drop Unitary Products Group 850.74 -N2Y + Operation at these conditions will cause motor overload n Operation at these conditions may be above the furnace temperature rise range 15 • tts >.. ,gin I. SCHEMATIC DIAGRAM POIER sumo' POI1R IPPLY 3-WIRE SUPPLY 23D - I 13 / 1 � -BO I I 1151,230-1-150 + c/QT ) POWER SIFY 115-1 ao cN131) 4 L1 T v .2 � L2 ALI1 I L24 L24 T 4L1 N.a.SW R. T 111 r 11 1!! OIR SWITCH [KI TEE VOTES 1 MO 7 CURL IEAT/COn. { RELAY ELAr L r '1 EAC r — — —I L _ EAC I 0 L J HMIOIFIER 'ill _ _ RELAY. J - L 11MIDIFIE RJ r COOL 1 o 1 'EAT r � WWI LL RELAY IGNITER L I 1 - -BELAY 115VAC r — zL IRE SEE TMTES (1 I MO 7 (TUTOR IS COIVERTIBLE ID I15vAC) MOVE I N) NEAT IR MIT RED GAS VALVE RELAY - R DS3 110S2 MI ROTA r 1 — CIWTAR 610 ' CTD EAC • 115v pc/ cam O IT t•UVN 1WV SEC L LS2 1.S1 Il' L HEAT/CIDL THERMOSTAT I15VAC ELK LIFE • —0—. a OBER N.O.SW SEC 0 BUC , HX IISV PRI COI BLU RED I f I. ALL FIELD RIROS PER. CA) IY7IRNAL EEC. COX MC) *GM (RI CYMOIM RUC. CM MCI MOM 1 ▪ 111 TC) LOCAL Q CITY COBS. 14 �Y §I Y 14 CRETACTO! INC L'_ - - ' r -0 EAC r , —0 Ills UP FLOW FURNACE ' L L _ 0 0 DPTII O. FIELD WIRING DIAGRAMS SEE KITES I AN0 7 CONNECTION DIAGRAM o CCM o TEAT o PORE o PAID o LIRE o IRE P2/S2 O CIRC o LINE 0 TREE -0 EMI: O 'L2c FAC IN Id PI/S1 P7/S2 PYSI I.31 UT 1OS2 Rola Rasa oecoloI FIRTCACE CONTROL 0 O ®O P1/S1 I k. rs 74 ° S ky t 3 NOTES: 2. IF ANY OP THE REIETNN. WIRE AS SUPPLIED ITN TIC PRICE MAT RE I10LEED. IT MET t EMPLACED 111N Wtl110 INTERIM. NAVIN] A TE)/®IITIAE RATING CF AT LEAST 271 - F T IM'CI. 3. T1)•RTR6 SWAM FOR OEM CROETOR GET. •. All. REHACOENT COfRENIS MAT BE FgERLY MUM. 5. MGM OISMINCCTS RA EL POIRR SITUR. A. TOTES Ali INICENTLY PROTECTER. PAO MELON STARTAUN OPACITIES. T. •m0 owl Nola moat, NRPTIOUL) NVINJUI S 7n VAC POW/ RIPPLY (WV. CAR mom IS CONVERIIEE TO 115V •R IS FACTORY WIRED BRN LEGDO Tntme6T EWITDI WORMS A11 CLE M GO VALVE (Cr 2.1 l04TTR 12 PIN PLIt • DEET OW r1mma ❑RQi. • PIN PLUG • STET RI FURNACE CONIES 2 PIN PLUG I S[[NST AT ET SIYiACE IONITFR 2 PIN PLUS • SCOTT Al VENUE NOTDI HOMY LOUT DITCH MRILIARV LIMIT SWITDN Nou. OJT SWITCH LEFT SUE ELL OUT SYSTEM RIGHT SILK ELL RUT SWITCH TIP M QL Rif SWITCH TM LEFT TEL 1 ELK P3/S3 L PCI aNA� SENSO2 OLU ®� IR'T LS2 LSI Ofd ILP u IT Ant 0 cIAE PRISM VIT01 CDITACTQ cow CDiL 1 TRANSFEREE AREA 7•v CDWECTIRI REM THERIQSTAT FIELD COPECTION FACTO/ WIRING ANI EEVICES FIELD SMOG NO DEVICES L r , RELAY CONTACTS El L IGNITION CENTRO OMRO M1s• 4051 BLK Rata RDS2 BRN VALVE LK BLK - CAUTION - OEN ALL O0S01NRCTS REFIRE ERVICING THIS OUT BLK VM I SLRFSURFACE ELK 2 WET - IGNITER TEL NV RIO BLK ALTERNATE GAS VALVE 035 - 14405 -000A NOTICE: IF THE DOCUMENT IN THIS FRAME IS LESS CLEAR THAN THIS NOTICE IT IS DUE TO THE QUALITY OF THE DOCUMENT. UnI Model G2FD D m WWS - Palawan' Cannaetian A 8 C Line Size LIQUID VAPOR 02F0090536 32.112 24112 21.1!2 3/8' I T/8' T0'd 10101 SUBMITTAL DATA SHEET LIGHT COMMERCIAL 7 -1/2 TON UPFLOW COIL MODEL G2FD090835: JOB NAME: PURCHASER: ENGINEER: SUBMITTED TO: SUMMED BY: UNIT DESIGNATION: Un(tery Products Group TO /T0'd L881, SLS 90E S FOR: PRODUCT DATA Conlin Performance Tot Copeck MOH SenslbleCapaolry Mehl Tbtal AIr Supply CFM Air Pressure Drop Trmpersture of Alr Entering Evaporator Coll ............. I F DE/W8 Unit weight LSE IF 3/4" DIMENSIONS - INCHES • • P cr .-- SUCTION LINE ▪ r— LIQUID LINE NOTE: 02F009835 must onl be used In an upflow application LOCATION: ORDER NO: APPROVAL: DATE: SCHEDULE NO. ..-krrt.1% ks 77 1 : SAM Q FikM1 LA tt1.1 LEUULULI CONSTRUCTION: MODEL NO. • Rifted Copper Tubin • Special Lena Fin Deal n • Factory Installed non■b type TXV • Sweat Fittln a • Drain pan constructed Of smooth finish aluminium Model No Submittal Form No SECONDARY DRAIN PRIMARY DRAIN hi/►TCNINQ OUTDOOR UNIT BLOCK -OFF PLATE (TYPICAL ON SOTH SIDES) All Dimensions are In Inches. The ere subject to dnan without notice. Certified dimensine wil be provided upon request. OUAH N0 I 1 I Wl3d (S ) 13 038. 22092 -001 Rev. A (900) £O:TT T00E- TE -AON v :, nfin' ;??: �M;:: r' ti' Ii: w: i:.• Y... 4":: ti' iY. 1.ni�,G {!s..;J� }.,.! :fi, :x...i; tr 11/09/01 12:46 FAX 206 /63 3386 HUSS SEA PARTS ••., .• .• • ••••-•- •• • • • • • • • • • • • ' • - • • • • • .• • . ;* ••• . .r .. !■ •4 :• •••21'.t .. 41;!•:T..3.) ::: ,1;064;.,!:.-,,t t••• 4 -7 3 , 44',„.„• 14:47 " ::*••••• ••' • • '• • • - " • • • • • . • • ••••• . • • • ; . " :IL • • ••••• •.• ••• •t'•• • : • • e' -. '. • •.;:!.,••••••;••••••••• •••••'...;•••••••:: ••• ;......• : • •: • '••••• -: • • s' • : • • •••••••• ••••• . ...••••■ • ••• •••:' . • • .• • • • . •'•• • • •• • •• ••' • • • • • ' • •• •:". •••-•!••••• ••: • . ' • ••• •.• • ; . • :625 -052-000 0/97) tr • • ; • , • r • •, • • — • • ...I... • • , 7 • 1 • - - DEPARTMENT OF LABOR AND INDUSTRIES REGISTERED AS PeiVIDED BY LAW AS CONST CONT GENERAL :'•;`,4 .;;DATE ccarlussmc*x34az 12/01/2001 EFFECTTVENDATE04/09/1987 HUSSMANN CORPORATION ATTN: SANDRA DAVIS 7272 FIRST AVE S SEATTLE WA 98108 . .• . • Detach And Display Certificate . • . . . ,. .... . . . • . • • . . . . . .. , ' • • ... .... • • . • . • • •• ' . • ••, •"...t:... •• •`••: 1 ,T • Li- : -• • • • • '• ' ..:••• Z. i..;. !-• •, -: :. 1 2 : t . ' '? • . — . ',, :: :.• .....:., . :: . •:: ' , i4,10'..4 ' '''• '.'"•• .••• :: ..t , :' •••4; ' r' '7:;.i..:).1 ,;.;;. :• .' ,,... r• ...'•.*: . 7 4: ,: ••• , ...•7•1....„: ..! • $ .- '1; - " 4 . • '. , . • , • .• a .. „*. •■ .. • • .. V .. -4* 4 .' : ;.::.,•• ." ',..' 1:- • .-f :-...: • '• •': ••• ; • . •• •• .••.; rs• ZI 001 - .•••• 1 :4••• 2 •4: 4 z..:•: 3 :F• 1 1 , • • LICENSE DETAIL INFORMATION Form Current Filter: None - Registration# or License HUSSMC *134JZ Name HUSSMANN CORPORATION Address ATTN:SANDRA DAVIS Address 7272 FIRST AVE S City SEATTLE State WA Zip 98108 Phone Number 2067639050 Effective Date 4/9/87 Expiration Date 12/1/01 Registration Status ACTIVE Type CONSTRUCTION CONTRACTOR Entity CORPORATION Specialty Code GENERAL Other Specialties UBI Number 409012037 https:// wws2 .wa.gQv /lni/bbip /TF2Form.asp ?License= HUSSMC* 134JZ STATE OF WASHINGTON DEPARTMENT OF LABOR AND INDUSTRIES Specialty Compliance Services Division P. O. Box 44000 Olympia, WA 98504 -4000 THE RESULT OF YOUR INQUIRY FOR LICENSE NUMBER SELECTED IS: LICENSE DETAIL INFORMATION * * *VIEW CROSS REFERENCE FILE FOR THIS LICENSE* * * * * *VIEW PRINCIPAL OWNER(S) FOR THIS LICENSE* * * * * *VIEW CONTRACTOR BOND /SAVINGS INFORMATION * * * * * *CHECK INQUIRY FOR SUMMONS AND COMPLAINTS* * * * * * VIEW CONTRACTOR INSURANCE INFORMATION * * * New inquiry by CITY, NAME, PRINCIPAL OWNER NAME, NUMBER, UBI NUMBER or return to the L &I Construction Compliance Home Page Page 1 of 1 11 /9/01 • , • : Balance Due: $ 101. la Need Current Contractor Registration Card: Need to Enter Contractor Information in Sierra: Yes [11 No _ El No - • ao& 5 fol A Tlvl - tQ4 25 or Less Pome Spread AS :M - �54 450 Or Less Smoke Developed ASTM - y ?� Not Less Than 50C ° F Flnsh AB M -D19_9 Not Less Than B00° F Self Ign'itlo� HUSSMAN'N WALK -IN REF,ERATORS - SEATTLE Manufactured In Accordance u_BC. Sec_ 171 Underwriters Laborotoies Inc. Control No. 2777 Los Angeles Research Report No. 25147 PLYWOOD COVERED ON 5 SIDES WITH SHEET METAL TO MATCH EASE. PROVIDED BY INSTALLER. 13' -0' 1/2'x1/2' L- BRACKET PROVIDED BY INSTALLER_ PLAN VIEW kE) 1 1 P Sir. VARY SIDE VIEW 0 U_0,077 PAN TO SE FIELD �N PANEL FOR STORE COLUMN A5 REQUIRED. I(J r 1 ' -6. 20' -0' 41' -9 1 /8" (E) ROO,TOP C20 L L51N5_UNIT 'D' _ ? n Dir351oFG: r'x48'x51'H. (APPROX.) PEEIE1t: 900 Iffi. (APPROX.) (EXACT LOCATION D cTEM!. BY 011^6.) S,ALVANIZED STEEL BUMPER SIZES MEE MEAT [MI -KDE VeAT ARIA EXHAUST FAN 12 7/16"x12 7/16' OPENING FED-02 HOT CASE I141 -KDE FEAT ISLAND 1 (E) 6'a —APO °REP. 141 52. PT,I0'4 PJ 6,6 - 155A (EXISTING) (EXISTING) C2 -X5E DELI ISLAND (EXIST.) CEX /CPEX SAKERY ISLAND (EXISTING) N01 SELATO (EXISTING) 9' -T 1/2' 17' -9' 41' -9 1/8' 18' -0' (PIT DIMENSION EXT.) SUPFIED BY HU' MANN. 8'4' 5/0 NCI 6ELAT0 BAKERY 9'0' CEX 'vAKaZY NOTES STr' L 5411 n5 FURNISHED BY HU %MANN (U) USED AND INSTALLED BY RE'RIEr ATION (E) EXISTING (ER) EXISTIN5 MODIFIED INSTALLATION CONTRACTOR. BUMPERS TO EX BE INSTALLED IN FRONT AND /OR NEXT TO ( (N) NEW EW ALL R100ATED (N) NEW EASES. EXISTING COOLER /FREEZER HALL 2. SEE ARCHITECTURAL DRAWINGS FOR CURBS IN NEIN COOLER/FREE., WALL AND /OR AROUND REFRIGERATED BOXES. 3. NARROW SALES BOX COILS TO BE MOUNTED BLOWING TOWARDS REACH -IN DOORS. WITH A DISTANCE OF I' -4' BEHIND COILS. (EXISTING) 4. BAKERY FR c2ZEJ2 7HIE5HOLD HEATER: SEE ARCHI- (EXISTIN6) TSTURAL DRANIN55 DETAIL NO SSHEET A -9.2. 5. COLUMNS IN P.O.S. . BOXES TO BE WRAPPED WITH WHITE EMBOSSED STEEL. 6. ALLOW 2' -0 CLEARANCE ABOVE NOTED OUTSIDE COOLER HEIGHT FOR STRUCTURAL STEEL. 7. DIAMOND PLATE PANE SUPPLIED BY HU55MANN INSTALLED BY OTHERS. 41'-9 I /8' EQUIPMENT SCHEDULE 41' -9 I/O ' 41' -9 I/O " PRODUCE: COOLER 891 50. FT.x20'4 1 /4'H. (4) 6156 -540A WA WWI 210 2' -0' 4' � � (w (SAFE ID BY F 55,A18U 1 I I I I II I 12' ' RL D PRODUCE E4' RD f U AREA WOR �n . (2) 51426- 146A, �13 1/2 "x1.5'4° CLEAR gPAGE REQUIRED FOR SLIDI DOOR. 8 II 1/2' (E) MEAT COOLER 34'0'z40'0'z10'4 1 /4'14. 31' -8 1/2' (5) 9115 - 55.. 13 1/2'x15 CIR ACE REQUIRED FOR SLIDI: DOOR. 19' -0' (60'z64 1E) MEAT 1,191 50. FT. (E) DELI COOLER 16'0'x24'5'z10 1 /4'H. (2) ,47 -152 I 3 -Oe 68'5' IM1 -KDE. MEAT (NET'. COOLER 000055 60'4'x6'1 3/4'9 I6' -0" (E) DELI PRA. 400 50. FT. 12'4' 101-00 12'4' 02- X6E :D' -LI. (E) CHICKEN ROTI.441E' (BY OTHERS) 5. CLOSE'. OFF PAN, . DETAIL .'THIS SHEET: TYPICAL. (4) PLACES. Sr. . ARCHITECTURAL DRAWIFK FOR EXACT LOCATION: SEE NOTE NO.5. 35'-0 32'x63' VANEARD N DOOFEr (E) 11 L y T I (0) ICE GW_AM F 4'O : 2 4 (11 IR4- 210Y.5'c 12'4', 52 -X6E. DELI (E) ( E) 12'4' C2-XE_ DELI 12'4' 02 -X6E DEL (F1 GOI Of ipA Arpiree NON g 260] wI)ED Mot- Ao9 1E) ROCF-TOP CONDE SING. UNIT. 1000: 0PH14FM- M6 /M5M6M6M6 VEleHT: 2,500.5. COPY under and that t : ;e ?Ian Check approvals are sub}eC tc errors and omissions and appro.!, plans dons nct a - - - viahuon of any adapt- - -.i..c ecrc .Reca�7l o! ^n- (NO) PS copy of approved puns acknowledged. �fc a:cm. F -t� REVISIONS CITY 00 TIl `=',`- r� €L�4 NO CHANGES SHALL BE MADE TO EU1L[J ,''.:Li;Jtt. ! OF T -_ O Y.' , WITHOUT FF'^_T R - SCOPE OF '^`IAL U{i: /.4n Y!Y I..LICE AOOI113tN1. PINT RE,. Pc. REC IVED CIT E Y. O TUKWIL PERMR'CENTER PARTIAL FLOOR PLAN POINT OF : SAtLE/FNESH PR05RAH R -1 w � 1205 5 ISLAND CLOSE -OFF PANEL SCALE NONE CUSTOM REFRI6. SYSTEM ALARM WIRING ,-ANTHONT'DOOR I `JJivACE MOJNi R161D ET COMA., -304 GENT., ON P 0.5. MULLION NOTE N6 „a - �T / =I I MjiFANIGAL HODS= ,6,,Ex10 1;4`:1_ L (� HE T -A FLEX I _ BOK7' TO 3E MOJIr,ED ON MULL/0N5 WW1,71\ 5E11`1. 5k!i DOOR FRAFC TWOU. ENTIRE P.0.5. 30X. 4I' -9 1/5° -- MECHANICAL VENTILATION SWIT,1 FER UMG SECTION 1 101.5 AND 105.4. O 6)5TLM RE RIG. SYSTEM CONTROL PAN= ( TPICAL AT EACH CUSTOM REFRI6. SYSTEM) REVOLVING RED LI6:4T (BY E.G.) HOUNT IN HIGHLY VISIT LOTION VERIFY AND COORDINATE EXACT LOCATION WITH 0 f NER. PROVIDE 9I6N BELOW EA. LI6 iT INDICA,. RACK (LOW TEMP., F ©. 7.P.. ETC.) ALARM BELL PROVIDED BY HUSSMANN VERIFY AND COORDINATE EXACT LOCATION WITH OTHER. INSTALLED BY E.G. 41' -9 I /5” GX BAKERY 9'G' Gam( BAKERY 4)- 6156 -340. 12) 5H26,464 .. II (4) 9115 -556K� 63'5° IMI-KCE: MEAT' DELI 1 0'L ; 16'x K4H- 4'H. (y AGPb -I S$ DELI PREF. 400 SO. FT IRLD,3RDDUCE AREA OF WORK. 41' I /B' LEGEND O FEFRI6ERATION SYSTEM O ELECTRICAL GAL LOUT CD JUNCTION BOX © SOLENOID ® CPL TEMPERATURE PROBE • CONVENIENCE OUTLET • THERMOSTAT © T IPERATURE SENSOR ® DEFROST TERMINATION THERMOSTAT b AUTOMATIC DOOR SNITCH WIRED TO FAN CIRCUIT AND SOLENOID. FAN AND SOLENOID DE -EIEii 6IZE MEN DOOR 15 OPENED: 2 ICON VAPOR PROOF LIGHT. PROVIDED AND INSTALLED BY ELECTRICAL CONTRACTOR. O 5'z5' WATER TIGHT FLUORESCENT FIXTURE. PROVIDED AND INSTALLED BY ELECTRICAL CONTRACTOR. WATER TIGHT FLUORESCENT FIXTURE. PROVIDED AND INSTALLED BY ELECTRICAL CONTRACTOR. ® ERGONOMIC LINEAR WAD LAMP EL5 HO -101 A. INSTALLED BY REFRIGERATION ELECTRICAL SUB- CONTRACTOR. b'4' RD FRAIKE £ EGUAL. O MEAT COOL. . 0 34'0,40'0,10'4 I /41H. FEAT - APE NOT" I . ALL JUNCTION BOXES FOR REACH-IN DOOR LIGHTS TO BE LOCATE ON MULLIONS. SEE DETAIL THIS SHEET. OJEREAD BJECTRIC, CONDUIT TO BE RUN INSIDE CP TRU55 WORK AS Hl6H AS POSSIBLE AVOIDING SKY LI61415 AND 5 LIGHTING. 3. ISLAND GONV.IENGE OUTLETS - PROVIDED AND INSTALLED BY ELETRICAL CONTRACTOR. LOCATION DETAILS T 115 SHEET. e 4. PRODUCE COOL. SNITCH LIGHTING - PROVIDED AND INSTAL BY E =S CONTRACTOR 5. SURFACE MOUNT ALL CONDUIT FOR SEAT/ DE.I /PRODUCE REER16ERAT. WALK -IN BOX. ON THE EXTERIOR. ROOF OF THE WALK -IN SEES.. 5EALA ' ALL IIIz OP.ATIOJS WITH PFA6UM OR ck", SALES 5. z2 �. 9'O'z56'9`z9'O'H: I W/'. FACTOR FLOOR: tU 7454-20.. OT1.32 LOCATION NEAT PREP. /1,191 50. FT. 0 TAI' fee 41' -9 I/O " TYPICAL G2 ISLAND CO ,54IENCE O nuFr LOCATION AND MOUNTING. QUANTITY TWO, SANE LOCATION ___OPPOSITE SIDE 5c¢ ARROW. 57,414E55 STEEL -- PANE- M CUT -OUT FA . APE CHIGKENROTISSERIE (BY' OTHER ) I 1 5'0'.. HOT USE BY OTHERS) CI o I A you - 2.*1 OUTLET ,\S MUTED. PARTIAL FLOOR PLAN SCALE: e�tL omsl ROOF -TOP CONDTLSIN6 UNIT MODEL: OPH1,14- M6 /M6M6M6M6 PE., 2,500 LBS. 1Y101' 204q tit„4r TYPICAL MI ISLAND CONVENIENCE OUTLET LOCATION AND MOUNTING. QUANTITY TWO, SAME. LOCATION I OPPOSITE SIDE SE: ARROW. OTHER LOCATION REC CITY T UKWILA PERMRCENTEN ELECTRICAL aa 1205 R -2 E =I SERATOR5 RE R16ERArOR 120 G!RGUITS x d R= RI6ER4TOR l: TRIG 9-L,05T J WALK -IN5 LEGTIZIIDI COMPRESSORS SO S _ MISCEELLANEG O5a.F1F -!CN HOD, _=N,. W41,17( rOTA. _W_TH kk LTCLIR'G 4Ni1 -5.4T FMS 4W COSTANT J � L ILTS TOTAL LIn= G cF 2OBV C OILS �� V0.TA6E/ F. Fes' GRAIN PAN TOTAL Ate`' _ ' VOLTA./ B { E 3 PER COIL T 0,1_ 'o, _ J ` �W� 0 MOG1 HORSE- PO/ER M AXI I. Vp_TNfJ M 0.1,3, cIROII PHASE PWPAGItt wf I w �� ''..../ I•VIA-- pq9 � `' `EATE d �A. ON HEAT 4 . 41 L4' .5 P32 C.. CT. TA`E'5 10BV Th1 FrF4E _I N6s !2 E r L5 342D. TOT. HEATERS T AMPS bt DESCRIPTION :.RS4N C• �� MIN �]ll '® - ®� - - ®[e�--- -[• [• 3DA -OEDO (! ® [[] 0] C„ YW.K -IN L16HR5 (E) 13w/I i4J: r awrED 5A � _I TS f =! RIGKYg SATELLITE. l [� FF�26t (El DOOR HEATER 120V/1 M I __[e].----- -[e] C� I SYi Sx6KEE (FJ 46DJ/3 -- 1.0 2.0 2.B 2.8 ®C•' ' <.8 [-eeee� - - ®® -[• -[•] - - ® --- ®_ [•] [ ©] ® ® LOf/SNI6NLE OUTLET (E) Fl -D xaT L16HT5(W(J 12 ;/I 12w,1 20.0 HEAT TAPE B- 1wta3cB.T L,rxT TxTUI�i I � D BY FBRI6ERAT1 66.6cT 54. r• 5 A_5 B 1/4'H. 1/ ,, ®® .TOP LIXIOBC3t A ( E ) HLGY- VB4ig1 24V/1 12w/I 46P// IEDS t9.roN 95a w.TRU v.PW55r5TB1 camnL PA. A ... )R0. LIRLUR i0 PHt PLUS `XST3/B. SAS = I/. (c, -- �_N -C * -- Cti 1 5115-SS6KEE `X bF MF£E [ ®]� 2 (E) 46 I. 2.0 - 2. 2. 38 2.8 ®[ems-- [ [e] ® - ®__ S A S R=L>2 =2 4 , E l - F 'x O'n. MM b ROOF r� CONDEE WE/ ...-V3412.51 24V/1 120111 t � " sTE coNITAD_ PA. A. NIPEt IL15 5 TR0. GIPWIT TD SUPER P.DS sysTE( 5. 4S �S.SR =] 1/4 ( 30!/1 12 1.6 19.3 13.3 r I L (3) G 5.111£12 .1. c00. /] 1E 34 0'■■� . Ma(rdW.H (S 1 3T'YI 12:N 4 ®��[e� 12 B T.O 14 14. - -[e • [9 SALE FT¢ffit a1 (E) G15TON 32' NMB^a i4 M 5RA1E t DCATt FEATERi (� 0 S L5 F al MNTH'!NY O STO 33 36.4. 43 MOM PRA fE - 5 O. FLT [e]- [�_ cc�__Ca© BM E]N 12w/I �- b - ��C•' ��[•E ® ®� --�] - -�� ■ MALIGN L16Ht' a2 (8, SPIV Fib AFDA Sf VMGAfO WTO 33 12w/1 =SAT0.60 ANP5 EACH. N1H1B3t 14 LSFY 6,0,32 5,, .CO R I;1 1 6- '- "H. (J 5A. FT. 1J -( ®® __ 7,2 1 NOR fF_ATCtS " ' L FZSEZ% v2 iI] 3 SMSi COD1J' -t IE) [ ARDOO VAtiSPAD M r RI T IR OH lY 33 ' LUST01 13w/I ES'AT 0.65 MPS EACH. MllBE414: r r ,,,, : a = (E) = 12 01/1 14.2(El 48 DOORS MID ,_1 Q!E1 .E ;.0. 1 . 2 . 1 5 5 5'l 5.0 EiOWT Fr: Varr -AKIA 8' -0' (EJ / [7.6....o HEATCR sY5 55LO.O'ER S UES RR. T5M fJ /� I 111111 IU HOT CASE © [ • H3ATD PREP •4•H (E) 51 8 SAn ITC CA1F�Si'R Qi (E) [•]-- OCR] ©� 12;/1 6 - ��C•�-- [e]� -� 3.9 46w/3 (E/ REMOTE HWUTFD SATELLITE. • [ B CON311EHGE OUTLET (E ISLAND END CA=S 120/ /I ?A'0 19 NEAT Pte LIE HTS (E) 12 ;/I FurisSBIT. LIHrt F(xToR? myna, y 5r 1ac15e+ATIOn wT1R.TOR. _ C21 IMIIIIIIIIMMOIM1111111111M1 7 [®]EI�� . ®��Cem-- -® �[� [•]� -- - II L5A81000L1�/R�IDt (Fa P .D.D. 651LHYI101�A D 130J/i WD TALLID BY aa4 CONTROL WIR MM . - .�. - C• Cm70N=ENCMINIM- EIMMIZINIII[•11=I-- [•]I■-- - 1T I ' 0 xb< O'xi B 1/4'H. I/4 r.,) a [WIY��� �[e -- [e] - -_ I B SA.RS2� =2 1 ( E) 5 0x56 9x9 0 "H / \ i. Ce� .® 120!/1 12 1.6 19.2 12.3 14 4 34 .4 [e� OYRIPTION HOWL T 5 Q © V0.TA5E/ FR/SE 12P//1 12 ;/1 1201/1 I RM (4) WIF ID NTPLTOR SEE DETAIL RUN TO PRO( 119 a O'x56 •x9 5 1i (`' .■[e 2 504-204633 (FJ 12 ;/I 12 1.6 19.2 13.2 34 4 14.4 C ep (. 1M' 51. ISUF =•F P_US 55TH) (E) (1) 4.A. -15W (El ( 11 4D'r2KU (r7 li. (3) Cp4R: 'f_O� ER. RUS 5T5 B. C1 R3RI6�ATILN T -STAT SI".r]LJID. (Fa \X [ 5/D MSJ:T ( IMI KDE 9 O' 6B 0 D.9 5.1 GS O TER 5/D PFAT 1.4N9 IMI KL b 0 _ a . 0 . zb 0 3.0 \ - -Ce ® ®. S/D DELI (E) RN-. ,!„ '0' . 33 , 0 .9 2.4 C3 0 O 0 o 0 DEFROST 50-540117 (EI RI.. C SHR -IN Q2 /fl (W _ 1. T• 4 . V �®® • �® son i F OD :CE LOOLn B 1/3 (W 24 T•o'x2o MIN, � 2 &145 -210A (U) 115Vn B 13 8 12.8 �® ' . �*****] ® -� ' F..PR LOAD =RODUlF A © D (W RLD e.0. 20'0• _ . [ ] ', ... �0 9 x ; x10 6 ,, 1/2 (E) _III'. [ L ���[��11 [ ��� • Ce��[e]I ®® H C- Gt>JIILA_ HO. , ' (E) 4 6'4 31 01/4H. NNRL�] �G���- - ��Ce�O��® ®s[•� - -[e v �B -- (EI SAP. R. 515 TEN (E) I [e • 11f111'Pi RH /M p S 4E0! - 189.5 30 0 COMR7_ CIRCUIT. 200 LQZ SLR M ROY. SAT =)ITS CdNP�30R (N) 10 - - [ ®� 460/!5 19.5 S RHOTE.Harze, SATAIIre. [•i ■i• Cep - [D] SIC • , ■ - - -ce C•7 Ce7 [e�-- - =IMMIMENSIIMMEINIIIIK•IIMENIM=MMME ® ® ®Ce' ®[e��[• - -[•] -- ■ [� 0 fr GENERAL NOTcS L9L. C (. 3 . 5 ..E I O FbfO -Atf€. me [•] 1 - ISJ.AD (E1 62-XQ B : 0 •. 1 40'0' ll111111111 e -- ®NEME- -[e [e] [ [ - - ®II�� ® [0] e] fi 0'x2 DO 4'I' x10'4 1/, H. (E) [ ®�� (PIED I V�FY E XISTING -- LOADS) ®[ems ®[ems- - -[e -[e _ - •- _ _ e _ ,a .. . . ] ROCF -TW CCHD3bIR5 UNIT (E) - - CO [ _ _ ce - - -- -� ®[•� ®[ems [e��].M4 --[e] - -Ce] -�� me [®] 5/D f{IJ.TO (E) fGi 31, I o.0` 0 PD'Yr- i�LONDE511v UNIT (d -2 -LT(5, 0.3t 2..5 T2 -5 S [O] • ( j� Ce Ce [e • •)] -- --I••] - - -� [• �T CC[�e77E� •7 - C•� �- C• ■C•J • ® -- NI --[el [•7 CO' ® - [s IN b : ® � [• [• � rim 8 8 J - \ /I -- I • � I. U "ATd2LM5 MD M.T. P [M1STALLATl¢1 THAT tafOfdl TO ALL APPLICAELE CO, NM .INMYES. 2. NO M1IMINM RIM EL, . US2 TO CORE, ANT' H./.4/664 F 3. VERIFY '' R TOO IMTMLiwrTT 1 uP5 FOR Rte: nth CONTRACTOR EGOI PMENT 50-®IJLE (E) ExI5TIN5 4. SURFACE FRUIT ALL OCCULT IN FF.rAB. REPRIEERATED NALK-IN 90,6 AND SF, ALL PERFORATIONS NI, (34) EXIST?. MODIF. FE.. OR HISSKW AKRON. SENANT. () EXITIN5 RELO:ATED 5. COi•FLT ALL BLEMR COIL FAN MOTORS LOCATED IN NV.K -IN BO : T. (N) NEW (U) USD, 6. FUR . Am INSTAL COMMIT, NIM OUTLET, ETC., SCR RETRIRERATION CAS. A. CONNECT COMPLETE MS c4DY TO CPS¢ ATE, AS DIi,TE2 BY THE FEFRISERATION L 'A:. MLL AL.0 - Li ANY X0.0' DISCONNECTS, CLNiPGTCR, GONE 5` ELIF[CPIFICALLY9IFPLIED BY 1-1JSlIARU4. T. MN. TrE'. El-W.1UL. RAM AND DIAGRAM PRIOR TO STARTII N IF CLARIFICATION I5 lam: UPON CCM -ET. YF NIRRS, THIS CCNTRACTCR SHALL PE,. A SATISFACT -RY OTERAT1ONAL CONTROL SHLBNGE CI6Z NITH TfE R.RIBRATQI Al CIRCUITS RO CORRECT. RIRINS H■DR5. 8. 'MOUNT MD /OR CONNECT ALL Ti TATS, 5LL3401M AM OTS E.EOTRIUL CONTRLLS MSNISHED Br RSRI6ERATICN Alm /OR AIR COVITIONINS CONTRACTOR: LCNEL' OTC CCM... FURNISH➢ BY THEM OON RAGTCRS. R. FURNISH AND INSTALL ALL CBLUIT, NIT€, CtMETS, ETC.- FOR -IN BOXES ( B T O D'kR A INST L16 AND M1 OT--, IR[FI4L CO A' AM AND /OR 3 At FLRNIS® BY OTFii3Lri m INSTALL. BY THE __C4L CONTRACTOR. 10. Al OTOUIT FOR FEM.... CASES UH032 BUILD. ROOT 5 STEEL, 02 AS AIERO(d Br LOCAL COP. AM TIE N.E.L. 11. ALL H1/25.14 CA, HAM EITHER TTY) OR TIME E.TRICAL CIRCUITS CONSTANT ON ANTIMMAT HEAT. A. R. AM TO Sc RIR. TO NT O'EGATICN. LT'0.1W ANTI-51EAT AFE TO: N1RED TO A -GRUNT PA RED GUY T A 011 AIm GFr BT HMIDISTAT !'L1.9NiED IN SA$ .".A APPRO VED r ,, CM E LIST CIRCUITS AFE TO BE HIRED TO A COO. TAM- NIl CONTACTOR FOR SINSLL SNIT. ON-OPT NOU - 9 2 12. HIR1N6 - TI R3bTE ALPIdH -L Mm L1Nrt ME FLED 32, AND ■Br k 7. IISH. LUS 5Y (S) ARC U=rn_ B E31L LC OMP, 33 I5 A$ 1i�i E0 R/RNIS® BY H15SR W AND [NSTA� Br P�'lRIGY CONTRK.' 2O VAG1. TtE LIN4T NITH F.AS UNIT, AND IC AY iF tFCL - 4R , 51 DI ¢ G OMSiON ' 33 15 F1R41SEDAl✓flINi TALL® BY ELECTRICAL Cp .TeNLTGR (W :) XIFINB DETAIL9I 13. FYI D15COdELTS. OR MOTOR STARTLES ARE NOT SPeFLIE0 BY 1 i}ERI. '.. (SEES EELTRIGAL DETAILS INCLUDED NITR THIS .1 CF':IRMiINS: 14. E.ETRICAL LO rTOR' TO C.0 ELT A. 0011. Nm 1� 1 31. P A18 PR; � � . I 15T IE RS. MFRIN ., 5 A8NOI .. _ _ - LK -._ EVAPORATIVE CITY OF IVED A 15 as DISCCN(ECT SNITCH 14.15T EH COILS - 16. H.FLTRIGAL COI., TO RUN INSIDE'0.EAD TRUSS-MM. •. PI MCNIOE AS-E UILT PAIR SLFEDUL6 FOR ALL ELECTRICAL LOAM SFAW ON H/.MANNORAXI.. PERMIT CENTER NOTE: THIS EEGTRICAL 1RPOR4ATION.15 T1E F , OF 11155.1M1 R� 163ATI0N, HNC. IT 15 FOR TIE USE. OF SIX SEIKIN9 I RO BRIT- P IARS E BY U �NiA FOR HID. RATION, AMR CSPECIFICATIONS, ONDITION.AD I A IAT. 0.S F LA TO T E T E IR AND IT 15 TI TM tIM P ON '.FIXTURI C Ti 5 R3A® TO ELECTRICAL T AS F ICAL AND MECHANICAL - A L ENGIN.. IT IS HE R=OORR NSTA BILltt w.' OF LL. P ARCHITECT, 9IONS vim! CONTRALTOS B45IN i E VERIFY AND THAT 3NSTAL IL ACCURACY ALL TO EIEIFIG1O6 ATI N NTRALTOS AT COSTS, CONFORM THE } Nm IN31� THAT LAT[ONS TO ATIO6 AND ALL Afl:[UdLE CODES. ELECTRICAL SCHEDULE 1 205 a R -5 - 71 ® 0® g a 0 PLAN NO. let' KERNER SCALE: 1/D -O DATE: 12/03/60 REVISED: 10/24/01 SHAWN e. HIEEH1 HIEE 24 '0 9 D 02-X6E DELI D • G2-X6E DELI ▪ NMR: m morioonnoEinn® CCPSTCCO *06 SEA7LE/ANCFIORAGE/PORTLAND Hussmonn Corporation ,c 7 , s F s i rs c t : South mlimomeaVIIHOILESALE 116o SAXON DR , 0,m IVE S 98108-0267 TUKWILA, NA. Isisa THIS DOCUMENT CONTAINS PROPIETARY INFORMATION BELONGING TO COSTCD AND HUSSMANN CORPORATION OR ITS AFFILIATED COMPANIES, AND SHALL BE USED ONLY FOR THE PURPOSE FOR WHICH IT IS SUPPLIED IT SHALL NOT BE COPIED, REPRODUCED OR OTHERWISE USED, NOR SHALL SUCH INFORMATION BE FURNISHED, IN WHOLE OR IN PART TO OTHERS, WITHOUT THE PRIOR WRITTEN CONSENT CIF COSTCO AND HUSSMANN, SHALL BE RETURNED UPON REQUEST. z\ REVISIONS: 08/01/01 ATTA01. AMENR/11 BHEET N0,1 MR GliAN5E5, • I0/05/01 5EE ATT.. APPBM1M EBEET t10.2 CHAN., A 10/24/01 5EU ATT.. ALIMIDUM POET N0,5 MR 01 5 - 0 6 -CD FOR INFORMATION REGARDING THIS GAL, 701' 5ANrORP PT(ONE1 ( W) 103^ JOU NU, 0- + PIPE CRADLE LAYOUT J 5-2 MECHANICAL HOUSE 14 1/4 I MB:26m. I? SCALE NXXE NO174.. NOTE 1 5/8' ROX-TOP COOSEINS UN, 'D R/DM DINBNBIOE: 55,48,51 (APPROX.) rel., 900 03. (APPROX.) (SOOT LOCATION ..1,77,MINED BY TOSS.) A FLOOR HIGH POINT TO BE 6 BELOW FINISHED FLOOR. PIPING TO BE INSTALLED WITH A MINIMUM 1/5'/F•. PITCH IN DIRECTION OP FLOW. REFRIGERATION LINES IN PVC - t4 - r - b0 - Fria0 . 4 - 11 - 4 . 6 1,0 4433,35A 5/,,,/ L) 2.) REFRIGERATION CONTRACTOR TO INSTALL PVC PIPES AND FITTINGS TOGETHER WITH REFRIGERATION LINES. FOAM OPENING APT. REFRIGERATION LINES ARE INSTALLS: BY REFRIGERATION CONTRACTOR. ° PVC PIPE SIZE PER FLAN OR A5 IGUIFS (6 MIN. TTP.) b DIA. MAX. SNB ( TYP I GAL) 0_ REFRIGERATION LINE5 SCALE NONE 41•-4 1/8 GUT-IN NEW STUB ON 'AM' PROCESSING PLANT 'A' RACK. 1 4 . '5/P NCI 63.ATO . 0 1 CDC 4'0 CEX 2 41 1/8' EMI 16'0 144 (2.1 Avq, -152 12'4' RLP PRODUCE AREA OF NORK, LINE SIZE LEGEND E x 4 = 1/2' 1:1 1/8• x 5 E 1/8' x 1 ▪ i/b x q I 1/5 E /e x n = ID 1/8 x 13 = 1 5/8 1:1 1/8 x 11 . 2 1/8' NOTES 1.) PLACEMENT OF LARGE TISRMOMETER INSIDE COOLE95. ,TO BE INBTALLED REFRIGERATION CONTRACTOR. 2.) TEST OUTSIDE ALARM- MONITOR!. SYSTEM. 5.) Limp LINE BALL vAL5E5 PROVIDE AND INGTALLEp Er FIELD CONTRACTOR. 4.) KEEp REFRIGERATION PIPING RUNS AS HIGH AS POSSIBLE AVOIPIN6 SKY LIGHTS AND STORE LIGHTING. 5.) KEEP REFRIGERATION PIPING RUNS CLEAR OF MEZZANINE RoOF HATCH ACCESS. r T 24 . 4 1 5/P ami DELI 41 1/8 f 1 I/8' 1/t• 1 I/O . &4=, - 16 O.G. (TYE.) 1/2' 11,14 CLAP IN SHEET . TO HATCH COOLER PA.,. 2x2 16-3 FALSE COLUMN PIPE CHASE 0 REFRIGERATION SYST. (E OVERIDAP LIQUID LI. (N515 OVE3BeAD LIOUID LINE UNIT CONNECTION E LINE 5105 0455-051 -\, LINE 5120 CALLOUT • HAND VALVE • T-STAT 501500112 (4 PLAC.53) 5/5 1,1,1 50. FT. 7 ,1 BALES SPZER 4 2 410,56 WY , FAGTORY 51.005 ( 41 I/O 5/8 TYP. (4 LAC) - 1 68'5 !MI -KDE 1SAT Dal PREP. zPOO 12 I51-KDE MiAT 124" -00E DBLI 1214 5/5 0 ICE CREAM 11.4-210.3 C2 -X6E - CHICKS! ROTISSERIE 5/5 15/011-0,S) PARTIAL FLOOR PLAN SCAUE: ROOF-TOP CONDENSING UNIT MODEL: OPHI4PM-MG/MGMGHGM6 WEIGHT: 2,500 LBS. FALSE COLUMN PIPE CHASE, SEE DETAIL THIS SH.T. 00 NOV - 2001 XS NOTED BUILDING DIVISION cs PERMITCENTES LIQUID 51505 k F 0 0 5 5 1205 R-5 PIT INSU! FTION. Yz PIPE CRADLE LAYOUT 41' -9 I /8' (1) 6f+W -270A 1 5/8' RISER (2) 51126,16 13/8' RIB "AT COOLER 34' 0,40' 0,10' 4 I /4' H. 41' -9 I/8' (4) 5M15-556xth --1 5/8' RISER 15/6' RISER FEAT PREP. 1,991 50. FT. 31 DELI LOOI..92 16'0,24'5,10'4 14, (2) A,6 -152 I_/_ DELI PR, 400 607 - FT 12'4' 1M1- KDE."AT' HED ROD WRAPPED (X2) T U TIO LWU 5JC7I ON /L[RUID LINE. SAKE' COOLS —J 20050. _ .x10'4 200 SO. FT EXPANSION . H:6A -166A5 SCALE NONE n r EACH MANS TO POJELE [c YRArtTCJ. PVC PIPE - 50-.JL 40. UNISTRUT HANSERS- (AL PIPING £ REFRIGERATION E_ECTRICAL I5 TO FOLLOW PLUFBIN6 £ HEATINS LINES Mal POENi3L_). NOTE: 41' -9 1/8' O 1 10 21 24 ib Q O O Q 20 ®,-05 O NOTE f / — PINISEE FLOOR HIGH POINT TO ES 6° BELOW FINISHED FLOOR. PIPING TO BE INSTAL WITH A MINIMUM 1 /8' /FT. PITCH IN DIRECTION OF FLOW. REFRIGERATION LINES IN PVC RO -TOP CQm3SIN5 UNIT 'D' DI"SIC. 56 z48,51 (APPROX.) YEI6h, 90005. (APPiOX.) (EXACT LOCATION DET.IIN'SI BY O H56.) 1.1 6T'ERAi_ EOMRAGTE TO DO GUTTING, DI65IN6, SACK FI LLING, CONP'ACTIN6 AND FINISHING fl_OOR. 2.) R:SERATION CONTRACTOR TO INSTALL PVC PIPS AND FI - TIN65 706E7HER WITH REFRIGERATION LIFE - . FOAM OPBNIN6 AFT, REFRIGERATION LINES AE INSTALLED BY REFRIGERATION CONTRACTOR. b' DIA. MAX. STUB (TYPICAL) RJM TO RACK 3 REFRIGERATION LINES SCALE NO. 41' -9 1/8' GUT -IN NEN .STUB ON 'AM PROCESSING PLANT 'A' RACK... 9'0' CEX BAKERY 2 12'4' RLD PRODUCE e ' 4 ' RD AREA OF WORK: 15/8' RISER LINE SIZE LEGEND ® I/8" x 4 = 1/2' j I /8" x 5 = 5/8" 1/8 x 7 = 7/8" IP I/8" x 9 = I I/8" 1I I /8" x 11 = 13/8' E I /8" x 13 = 15/8" 2 I /8" x 17 = 2 1/8' (RISERS WITH EOUAL LINE. SIZE NOT REPRE5EN7F0) NOTES, 1.1 PLPEEMEN7 OF LARGE THERMOMETER 1N.I9EI COOLERS. TO BE INSTALLED BY RFRI6ERATION CONTRACTOR:. 2.) TEST OUTSIDE ALARM MONITORING SYSTEA, 3.) SUCTION, LINE BALL VALVES PROVIDED AND INSTALLED BY FIELD CONTRACTOR. 4.) KEEP REPRIVOIATION PIPING RUNS AS NISH A5 POSSIBLE AVOIDING SKY LIGHTS AN, STORE LIGHTING. 5.) KEEP REFRI RERATION PIPING RUNS CLEAR OF MEZZANINE ROOF HATCH ACCESS. T/8 - *MMNA 1 5/8- 1 3/8' RISER 2 1/8 240I0:44i! =2 I /b ' MI -KEP D3.I LEGEND 2x2 FRAMING 1 5 /b' IS c� - '2If7. ANION PIT" FALSE COLUMN PIPE CHASE 0 1 5/8' RISER 1 I/2' SGRSNS - 16' O.G. (TP.) 1/2 PLYPEPP CLAD IN SN T FETAL TO HATCH LOCA. PAN - O R EFRIGERATION SYSTEM (EXISTINS) O■�FEAD SUCTION LIFE .51) OVa"'FBAD 5UGTI0N LINE -0-- RISER UNIT CONNECTION 1 LINE SIZE CALL-OUT LINT SI. GALLOUT Rrr RI6ENATION 501.0ID 0 41' -9 1/8' I -K NEAT. -ICE CREAM FREER 9'0'x1 (1, mcm-21me 12'4' G2 -X. DELI 12'4' C2 -X6E 15/8' RISER CHICKEN ROTISSERIE 1 3 4IY OTHERS) ,,dr LA (BY 75 S 14.,,s I 5 /8'J }L I ' - /8' 1 5/8' 2 1/8' ROOF -TOP CONDENSING UNIT MODEL' OPHI4PM- M6 /M6M6M6M6 YEI6HT: 2;5po LBS. FALSE COLUMN PIPE CHASE, SEE DETAIL THIS SHEET. PARTIAL FLOOR PLAN.= SCALE: G"DFTUKW A ppgDVED NO'1 -9 291 ti NOTES BUILDING Jost CIT OFVTUKWILA PERMIT CENTER SUGTI ON LINES vs• =r -O" a k < < E as io 1205 R —b