Loading...
The URL can be used to link to this page
Your browser does not support the video tag.
Home
My WebLink
About
Permit 0067-M - Shucks
CITY OF TUKWILA IC Building Division 6200 Southcenter Boulevard Tukwila, Washington 98188 (206) 433 - /F1.9 BUILDING PERMIT Control #_ 88 -066 -M PERMIT # 664 7- Ai Work to be done HVAC Site Address 16901 SOUTHCENTER PARKWAY Suite # Tenant Building Use Assessors Account # Property Owner _ - _ Akiko Shimatsu Phone Address 427 S.W 154th #5 Seattle. Wa Phone • • Contractor S.I. REFRIGERATION. LNG. #SIREF* *16106 Address FOR BUILDING PERMIT ONLY APPROVED FOR ISSUANCE BY S Ft. Sq. Office ce Storrehoage/ use Wa Retail Other, Occ. Load 1st F1. _ 2nd FT. 3rd F1. Total - Fire Protection: ❑ Sprinklers ❑ Detectors Zoning_L —,q Type of Construction Special Conditions 1) i 41 # 244 -7495 Zip 981FFi # 872 -0444 Zip 98032 DATE: Fees sq. ft. sq. ft. sq. ft. sq. ft. 1st F1. $ 2nd Fl. $ other $ other $ Total Valuation of Construction $ 50,000.00 Bldg. Permit Fee Receipt #5//7 $ Plan Check Fee Receipt #5)/7 $ Demolition Receipt #` $ Surcharges Receipt # $ Other PENALTY* Receipt # .511 7 $ 132.00 Other Receipt #� $ WE COMPLETED WITHOUT A PERMIT 132.00 33.00 $ 297,.00 FUR SIGN PERMIT ONLY ❑ Permanent [] Temporary 0 Single Face ❑ Double Face [] Wall Mounted J Free Standing ❑ Other Building face Setbacks: Front Side Side Rear Total square footage of sign Square Footage of each sign face Special Conditions THIS PERMIT BECUMES NULL ANU VUIO IF WORK OR CONSTRUCTION AUTHORIZED l5 NOT COMMENCED WITHIN 180 OAYS, OR IF CONSrRUCiIUN UR 00RK 15 5uSPENUED OR ABANDUNkU FUR A PERIOD OF 180 DAYS AT ANY TIME AFTER WORK IS COMMENCED. I HEREBY CERTIFY THAT 1 HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE AND CORRECT. ALL PROVISIONS OF LAWS ANU ORDINANCES GOVERNING THIS TYPE OF WORK WILL BE COMPLIED WITH WHETHER SPECIFIED HEREIN OR NOT. THE GRANTING Of A PERMIT ODES NOT PRESUME TO GIVE AUTHORITY TO VIOLATE UR C'. EL TH VISIONS OF ANY OTHER STATE OR LOCAL LAW REGULATING cC7ONSTRUCTTIOON OR THE PERFORMANCE OF CONSTRUCTION. Signed` r ►�.� Date !- O2 F. LICENSED CONTRACTORS DECLARATION Contractor (signature)__ OWNER - BUILDER DECLARATION ( ) 1, as owner of the property, or my employees, with rages es their sole compensation, will do the work, and the structure is not Intended or offered for sale. ( 1 1, as owner of the property, an exclusively contracting with licensed contractor's to construct the project. Owner (signature) Date_ CITY OF TUKWILA ( f Building Division 6200 Southcenter Boulevard Tukwila, Washington. 98188 (206) 433 - /> BUILDING PERMIT Work to be done HVAC Site Address 16901 SOUTHCENTER PARKWAY Building Use Property Owner Address Contractor S.I. REFRIGERATION. INC_ #SIREF* *16106_ Address 200 ?1 ROTH_ AUF_ SO KFNT, WA PERMIT # C6 S -7• -, 1 Control # 88 -066 -M Suite # Tenant SO Ij HCFNTFR RFTATI /SHTICKS Assessors Account # 4!/. Akiko Shimatsu Phone # 244 -7495 427 SA. 154th #5 Seattle. Wa Zip 9R166 Phone # 872 -0444 Zip 98032 FOR BUILDING PERMIT ONLY APPROVED FOR ISSUANCE BY S Ft. Sq. • Office Storage/ Warehouse Retail Other Occ. Load 1st FT." 2nd FT. 3rd Fl. octal — - Fire Protection: [] Sprinklers ❑ Detectors Zoning- a Type of Construction Special Conditions • Fees DATE: / • ,; . sq. ft. @ sq. ft. @ sq. ft. @ sq. ft. @ 1st F1. $ 2nd F1. $ other $ other $ Total Valuation of Construction $ 50,000.00 Bldg. Permit Fee Plan Check Fee Demolition OtherPENA Other PENALTY* Other Receipt #5//7 $ Receipt #'j /7 $ Receipt # $ Receipt #_ $ Receipt #7./7 $ 132.00 Receipt # $ 112 nO 33.00 MILCOMPLETED WITHOUT A PERMIT $ 297.00 FUR SIGN PERMIT ONLY ❑ Permanent [] Temporary ❑ Single Face ❑ Double Face [] Wall Mounted ❑ Free Standing ❑ Other Building face Setbacks: Front Side Side Rear Square Footage of each sign face Special Conditions Total square footage of sign THIS PERMIT dECUMES NULL ANO VOID IF WORK OR CONSTRUCTION AUTHORIZED IS NOT COMMENCED WITHIN 180 DAYS, OR IF CONSTRUCTION OR HUNK IS •,,.S.EYJE7 iR ABANDUNCU FuH A ()Oita OF 180 DAYS AT ANY TIME AFTER WORK IS COMMENCED. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE AND CORRECT. ALL PROVISIONS OF LAWS ANU ORDINANCES GOVERNING THIS TYPE OF WORK WILL 8E COMPLIED WITH WHETHER SPECIFIED HEREIN OR NOT. THE GRANTING OF A PERMIT DUES NOT PRESUME TO GIVE AUTHORITY TO VIOLATE UR C EL THH/j ,1R VISIONS OF ANY OTHER STATE OR LOCAL LAW REGULATING CONSTRUCTION OR THE PERFORMANCE OF CONSTRUCTION. rl- ,?- 85 Date ' __. . LICENSED CONTRACTORS DECLARATION 1 hereby affirm that 1 am 11cPlised udder pr viS nS of the Business and Professions Cods, and my license is in full force and effect. Date Q`z- Y Contractor lsignaturel_,_ OWNER - BUILDER DECLARATION l 1 1, as owner of the property, or my employees. with wades as their sole compensation, will do the work. and the structure is not • Offered for sale. ( ) I, as owner of the property, am exclusively contracting with licensed contractor's to construct the project. Owner (signature) Date '^'.nded cr CITY OF TUKWILA • Building Division 6200 Southcenter•Boulevard Tukwila, Washington 98188 (206) 433 -1849 . Type of Inspection /9b! /) C. Site Address /!{9P40/ --,5 G, /4.70e, Requestor Special Instructions INSPECTtPN RECORD PERMIT, # aca- 7 -l/T Date 7-11/ - -d'eP Date Wanted 4 —/� ^eP ? Project $A. i'9r%i; ,'4% Phone # • Inspection Results /Comments: Inspector %d wl �. .?/ o4/i/ Date..;9- /h -v8. CITY OF TUKWILA. Building 01v1sion 8200.Southcenter Boulevard Tukwila, Washlneton 98188 (206) 433 -1849 Type of Inspection fit/40_/ Site Address /6e, / S4)e—t4(3,0,1 Requestor Special Instructions INSPECT)N RECORD PERMIT # Co 6 Date 9- 2 Pk- F10,1J. euin,) SIC fE P Date Wanted 91-1 - a.m. p.m. Project w So G'. . 44bia►- i 4c, / S4urk Phone # Q 7.2 - k 7 Inspection Results /Comments: J 041,4 : 1 Inspector Gd2?'� Date /�/ CITY OF TUKWILA. Building Division Tukwila,,tWashingtonul98188 (206) 433 -1849 Type of Inspection /?"9- Site Address / 4,1p,*,/— ���- / u;J :Requestor Special Instructions .._......_...r_. _...,. _......._..... ....,..— ........,......,.�..,,. u. �w�s.., wnc+. aumxr�itt�e 'vt�hY�v.`H'4i7.Vibdfik^.IYS• 5+d3'f.�6"iZftYP3^t,. INSPECT9N RECORD PERMIT ,# 47ei -%%d 7 -, - Yc V Date Date Wanted? -,t -V& Project 54 Phone # .my �+.w. inspection Results /Comments: %i/9u i.,� �'� lJk 61/4.1 4//ul /4); J 9 al/9,15.rh%lk Irrzpector 7""a"-t_ Date 9-..2 - A7 •THE FOLLOWING. COMMENT ,PPLY TO AND BECOME PART ki,THE APPROVED PLANS UNDER TUKWILA BUILDING PERMIT 'NUMBER 11012.4,2-41„ 1. No changes will be made to plans unless approved by Architect and Tukwila Building Department. 2. Plumbing permit to be obtained through King County Health Department and plumbing will be inspected by that agency (including all gas piping). 3. Electrical work to be inspected by State Electrical Inspectors and all required electrical permits obtained through, that agency. 4. All mechanical work to be under separate permit. 5. All permits to be posted at Job site prior to • start of any construction. 6. Any new ceiling grid and light fixture installation to meet lateral bracing requirements for Seismic Zone Z. 7. Partition walls attached to ceiling grid must be laterally braced if over eight (8) feet in length. 17. All construction to be done in conformance with approved plans and requirements of the Uniform Building Code (1985 Edition), Uniform Mechanical Code (1985 Edition), Washington State Energy Code (1986 Edition), and Washington State Regulations for Barrier Free Facility (1986 Edition). ,,./16:06 ENGINEERS NORTHWEST 522 -6698 ENGI(.ZERS- NORTHWES ;INIC. PS. 6869 WOODLAWN AVE, N.E. - SUITE 205 - SEATTLE, WA 98115 • (206)525.7560 Joe No.: Jolt NAME .4.--)4t4.1-4 Mau h4 r,i earl 28.5 Z=16 • JUL 06 ' 88 09: 59 EDWARD SC & ASSOC EDWARD S. SIDER & ASSOCIATES „..,..t--404.,• ' • CeodreR 'Persia. /34/74. 71.:,14, /L 4 1 424. • a 47S' .19J'b..lt"4. 0,44# ► /. -CDPEr _" " 'peso Ftir Cat 1�C Building Witt ,� ' C.andi.ti!pn• e . Fl,00x*.! . cur '* )' '+ (vivi x' )" Crr;►�'*Awx �'�- t!W `4►•'X - 14 . 1 • f RECEIV JUL 6 19 R. W. HUFF CONST. CO. 8ubjr LI mw + ,��`� Ckd • 'o.te .•• ,6 •# Ot♦tt♦ P. 1/1 Job No ' Shoot Of MARK Tr ' ARE ■ ; R; NAIVE U- VAlvE. w ... ikMAi3CS - ..! 44 ..._2.„...__. _... . ,Pad; -. .. ' . z134___ wR-. /.-- _0•40SZeo ::;' .:i3 iiT- '.. rffli icAiCG / .6 /o6 : A - lI d: a9/., ... rgr.•urd, u. tC• s A wz al � ¢o _ X08 � �� •- 19 :.., . Gs:/4.1$1. .0 qr !to ~a G.., .�X (a.- r�� � �.. LAVA/ • Z 902 . ..7-. -6,-0' SA • di " ' _ - gs ..., ._ ...: ....1r.G0.._.. ..j. . • .... !t ;..za__ _.... /1 : 0 4.4_ __ .: A i . ;... • . .. i.....: : t • • :t Sx. 44. :OA ,.•.(o.491RS /•0 ac: 4o : ,'(,4.S84ti9t7? }.'f,( %2 Zoo • /278.7:-14'..4.61•1 *:Z3./,S.t /l0834itZOO 1 _......, 097.5 I - ..o: /orb... 7'07.1*-4: *i'''. • �.. I.,, . ..;_.,.. :- ... . �. Average trasuraittance . of •gzose roof/Ma1.t /gaming /fl ar. area Total soot, gems wall i'floor'area • , JUL 06 '88 09: 35 EDWARD SIDER & ASSOC EDWARD S. SIDER & ASSOCIATE( Macimi d Eo iho •- -d+fl7` 0e,dre -R- -- -} :7/lG -3�%4 • sub) Pro4Ci Wt. L • „to P. 2/4 DVEEIGY C 0311PLIANIZE • I ( • /9d . w4. • srAr0 • fy AEj A eht•I p 14 -x 4•L AJI! A' /a :n i �1az 1 :.cc r ve cia]. a� 1ding with„ : �_.r.cci�at3.t3�a a `:z�1 • Job No i .r- r- 1•-1• r r - ..i .�._ _�__;...: • • 1 �_._.�-- -�.- rw..- }- -.+.• .rj«...t.• r.i....• -r -N•� •, f i • 7 • - -4 • • • Ir .I:.. ing► /for. area 1 1 131111111111111111111 imum • :_.;_ . 1......;_ _- .r- r- 1•-1• r r - ..i .�._ _�__;...: • • 1 �_._.�-- -�.- rw..- }- -.+.• .rj«...t.• r.i....• -r -N•� •, f i • 7 • - -4 • • • Ir .I:.. ing► /for. area 1 1 • JUL 06 '88 09 :37 EDWARD SIDER & ASSOC EDWARD S. SIDER & ASSOCIATES P. 4/4 Mechanical Erwhers - 6QUrhCE.urEK RE7ili� .64124. . • u. ;. KAcug / oRK6i11 :.- .- __....._..._........ —. ero�rot $ub�. Job No. 7:77 . M. 614. sh.a .-7-4qtr Building Element Designation leg. WALL -3) --- �1/I74�•_ .Z. Description (include framing type, 212e, spacing, insulation, eq. 2x4s • 16" o.c. with R -11 batts) 67006. ® .i &" e, &. w/ .A-.9 /3.477 SKETCH :ate 1. 2. 3. 4. 5. 6. 7. 1. 7P4 ii1,i137e.... • 0 Skdgfilm Thickness 1t Trsa ing Cavity (inches) per inch R -value Rmvalue 11 Framing Friction d,/g' (ratio solid •Tea to.grosa ases) Total R -value [�� . 1/R i• U -value r5�,/� 1� . multiply U- value; x lrctio )111- irco h O.O/ 40:1G0, Average. U- value (stun of products) Q.'OS, TRAN �tuf YCD -IOM -1 18- EB60D7 Installation Operation Maintenance aintenance Models:. YCD036A YCH048A YCD048A YCH060A YCD060A YCH075A YCD075A YCH090A YCD090A Gas/Electric Rooftop Library Product Section Product Model Literature Type Sequence Date File No. Supersedes Service Literature Unitary Rooftop AC —Lt. Comm, SZ YCD Installation—Operation—Maintenance 1 August 1987 SV -UN -RT YCD -IOM -1 8/87 New ALL phases of this installation must comply with the NATIONAL, STATE & LOCAL CODES.''' In the absence of local codes the instaNstion must conform with • • American National Standard—Z223.1 (1984)— National Fuel Gas Cods. Since The Trine Company has a policy of continuous.... product Improvement, it reserves the right to'changge specifications and design without notice. The Installation and servicing of the equipment referred to In this booklet should be done by qualified, experienced technicians: ©American Standard Inc. 1987 Important INERAL INFORMATION Read the entire manual before beginning installation procedures. A iNI G ',BODILY INJURY C74N R SULT� FROM' OLTAGEs,ELE`CTRIC�`ALICO PONENTS, AST MOVING AN DRIVES A[kID COMBIlSTIBLE GAS iFOR PROTECTION FROM . `THESE INHERFN1: HAZARDS. DURINGaINSTALL�ATION ;AND" `''$ERVIGI4'07HE`ELECTRICAL SUP'PLY'MUST:BE DISCON, NECTED ANO THE MAIN GAS {VALVE MUST BETURNEI OFF • IF OPERA`TINE'� CIiECKSiMUS',0# iPERFORMED WITI:kiTHE ' UNI,p;OPERATII G, IT- IS THEAECHNICIANS RESPDNSI `„ 0,8 1LITY1C •TgRECOGNZEtT,HESE'4HAZARDS AND PROCEED ;SAFELI';; ?'?�,AWARNING D0 NOTE CONNEGTt'GAS PIPING 70',THE, 'NIT UNTIL "A LINE PRESSURE; TEST+HAS`BEEN COMPLETED DAMAGB TO 1 HE GAS VAL�/E MAY RESULTtIN`AN IJN�SAFE 'CONDITION MTHIS`IJNIT SHOULD NEVVER;BE E�(POSEDTO, GAS,aLINE PRESSURE INzEXCESSF 1d INC , ES,WATER;f ;IBA. ARNING :ALL POWER LEGS MAY NOtBE,BROKEN BY;J, CO�N/T/ACTORS; SEE WIRING }DIAGRAM ON UNIT,CONTROL }BOXiCOVEi r�Yt \ .i }t.{ }A iiF ;L, ��K [� } p � AG� �� THIS UNIT AS�SHi PED FROM THI T,03USE. NATO q�. , v 4 . ! , , „ k ; , 0 „.,,}��, BEFOREr STARTING T E COI1fjPRESSO I1 iEATl E RSt-t OUk't D YygE1r*N FkiRSGD}��''�C FOR EVAPORATOR COIL FILTERS f�THE,CHANI<�; FIVE HQIJRS IaR ito�}s....a. Read this manual carefully before attempting to install, oper- ate or perform maintenance on this unit. Installation and main- tenance must be performed by qualified service technicians except where noted. (Note:1 "Warnings” and "Cautions" appear at appropriate places in this manual. Your personal safety and the proper oper- ation of this machine require that you follow them carefully. The Trane Company assumes no liability for installations or ser- vicing performed by unqualified personnel. Model YC heating /cooling units are designed for outdoor mount- ing with a vertical condenser discharge. They can be located either at ground level or on a roof, in accordance with local codes or the National Fuel Gas Code (ANSI- Z223.1- 1984). Since these units are designed exclusively for outdoor opera- tion, additional flue venting systems are not required. Each unit contains an operating charge of Refrigerant -22 as shipped. Inspection 1. Check for damage after unit is unloaded. Report promptly, to the carrier, any damage found to unit. Do not drop unit, 2. Check unit nameplate to determine if unit is correct for appli- cation intended. Power supply must be adequate for the unit and all accessories. 3. Check to be sure the refrigerant charge has been retained during shipment. Access to %" flare pressure taps may be gained by removing compressor compartment access panel. HORIZONTAL UNIT COMPONENT LOCATION BLOWER HOUSING DRUM & TUBE HEAT EXCHANGER CONDENSER FAN MOTOR CONDENSER COIL EVAPORATOR FAN MOTOR FLUE PIPE GAS VALVE COMBUSTION BLOWER MOTOR FUSES LOW VOLTA( TERMINAL BLOCK COMPRESSOI Figure 1 CDIMENSIONAL DATA k. TOP PANEL /— CONDENSER FAN EVAPORATOR SECT. ACCESS PANEL— E GAS HEATING Is' SECTION PANEL— CONTROL *COMPRESSOR,..,/ ACCESS PANEL �sM NPT GAS I N LET— NOTE: RECOMMENDED CLEARANCES -48" FRONT 38" SIDES & 18" REAR. CONDENSER COIL 2MDIA. HOLE (UNIT POWER WIRES) DIA.HOLE (UNIT CONTROL WIRES) UNIT SIZES K L M N P R S 3, 4, 5 321/4" (TONNS) ) A B C 0 E F G H J 3, 4, 5 331/4" 48'/%6" 83'/" 381/4" 51/4" 8%6" . Se /ie" • 11/4" 21" 8'6 & 7'6 35" 48%6" 87'/,." 41' ,4." 51%e" 612" 8%," 11" 21/4" 'THIS PERSPECTIVE APPLIES TO HORIZONTAL & DOWNFLOW CAB /NETS L M — N.� ,..-P DOWNFLOW UNIT TOP VIEW SHOWING DUCT OPENINGS IN THE BASE 3/4" NOMINAL PVC (SDR21) CONDENSATE LOCATION (HORIZONTAL ONLY) 3" NOMINAL PVC (SDR21) CONDENSATE LOCATION (DOWNFLOW ONLY) UNIT SIZES (TONS) K L M N P R S 3, 4, 5 321/4" 13'ii," 22 %4" 111/4" 21" 31/4" 391/4" 81/4 & 7' 351/4" 15'',." 221/4" 12 "/,4 ". 31/4" 31" 421/4" COND N R AIR �.x T V--i. ►-W HORIZONTAL UNIT REAR VIEW SHOWING DUCT OPENINGS FOR HORIZONTAL AIR FLOW UNIT SIZES (TONS) 4, 5 ' 14" 17/,." 151/4" ' 4%" ' 6'/." . 251/4" 81/4 & 71/4 16" 16'%." 201/4" 21/4" ' 61" ' 27" '" UNIT SIZES II' ' (TON) 11.' BB CC DD EE FF. (TON) A 8 C D D• E E• F G H J K L MN 18" P R S 3, 4, 5 77%" 43%e" 1" 141" 19%" 181/2" 19 " /e" 81%.' 1%" 391" 2" 2" 11" 33" 771" 39" 48" 431" 8'% & 7% 811/2" 46%e" 1" 18 1/2" 21/" 181/2" 21%," 9'4" 11" 421" _ 2" 2" 11" 38%." _ 811" 42" 52" 461" • Dimensions when round ductwork is used. Figure 2 WHEN ROUND FIELD DUCT IS USED, THESE HOLES MUST BE USED. CURB DIMENSIONS ROOF OPENING REQ'D. UNIT SIZES (TON) AA BB CC DD EE FF. GG HH JJ •KK 3, 4, 5 38 %" 12'/4" 32%" 14 %" 411/4" 207/0" 411/4" 20%" 18" .18" 6% & 71/2 411" 13%" 35%" 18 %" 441/4" 22%" . 441/4" 22%" 18" 18" B/� AAA • ROUND DUCT FLANGE FLEXIBLE DUCT HH'. SIDE RAIL WHEN ROUND FIELD DUCT IS USED, THESE HOLES MUST BE USED. NOTE 1 -THIS PANEL IS NOT USED. WHEN ROUND DUCTWORK IS USED, INSTALLATION LOCATIONS AND RECOMMENDATIONS Unit Support If unit is to be roof mounted, check building codes for weight distribution requirements. Refer to accessory roof curb mount- ing instructions. Check unit nameplate for supply voltage required. Determine if adequate electrical power is available. Refer to specification sheet. Furnace may be installed on Class A, B or C roofing material. Location And Clearances Installation of the unit should conform to local building codes or, in the absence of local codes, to the National Fuel Gas Code, ANSI Z223.1 -1984, and the National Electrical Code, Cana- dian installations must conform to CSA and local codes. Select a location that will permit unobstructed airflow into the condenser coil and away from the fan discharge and permit unobstructed combustion airflow Into the burner compartment. Suggested airflow clearances and service clearances are given in Figure 4. The absolute minimum clearance around any side of the unit is 18 inches. Placing And Rigging Rig the unit using either belt or cable slings. The sling eyelet must be placed through the lifting holes in the base rail of the unit. The point where the slings meet the lifting eyelet should be at least 6 feet above the unit. Use spreader bars to prevent excessive pressure on the top of the unit during lifting. Figure 3 shows the unit center of gravity and rigging recommendations. Figure 3 CAILE OR CHAIN Unit Mounting Mounting On Roof Curb The unit should be mounted on a roof curb. When Installing the unit on the roof curb, follow the installation instructions accompanying the Trane roof curb kit. On new roofs, the curb should be welded directly to the roof deck. For existing con- struction, nailers must be installed under the curb if welding is not possible. Be sure to attach the downflow ductwork to the curb before setting the unit into place. See Figure 2:. When installing the unit, it must be set level to ensure proper condensate flow from the unit drain pan. Slab Mount For ground level installation, construct a level slab not less than 4- inches thick and extending a minimum of 4 inches beyond the sides of the cabinet in all directions as shown in Figure 4. Provide a gravel apron at least 12 inches on the sides at which air enters the condenser coil. A gravel apron is not required if some other means is used to prevent the growth of vegetation next to the coil. See Figure 4. UNIT SIZE (TONS) CORNER - WEIGHTS (LBS.) ® CENTER OF GRAVITY A B C D LENGTH WIDTH 3 187 143 117 153 36" 21" 4 190 145 118 155 36" 21" 5 195 149 121 159 36" 21" 8A 220 170 147 190 38" 23" 7'% 226 175 151 195 38" 23" D Corner weights are averaged values. LIFTING BEAM Ai SE TOP CRA.�.TE CRATE SPREADER D EYELET .&BOLT .!. S iN BASE 4 RIGGING DETAILS Figure 4 36" 601' SLAB GROUND MOUNTED .UNIT RECOMMENDED CLEARANCES •-- DUCTWORK Attaching Downflow Ductwork to Roof Curb — Supply and return air flanges are provided on the roof curb for easy duct installation. All ductwork mast be run and attached to the curb before the unit is set into place. See Figure 2 for duct connections. — Guidelines for ductwork construction: — Connections to the unit should be made with three -inch canvas connectors to minimize noise and vibration transmission. — Elbows with turning vanes or splitters are recommended to minimize air noise and resistance. — The first elbow in the ductwork leaving the unit should be no closer than two feet from the unit, to minimize noise and resistance. Attaching Horizontal Ductwork to Unit — All conditioned air ductwork should be insulated to minimize heating and cooling duct losses. Use a minimum of 2" of insulation with a vapor barrier. The outside ductwork must be weatherproofed between the unit and the building. — When attaching ductwork to a horizontal unit, provide a flex- ible water tight connection to prevent noise transmission from the unit to the ducts. The flexible connection must be indoors and modeled out of heavy canvas. Note: Do not draw the canvas taut between the solid ducts. See Figure 1 for duct connections. CONDENSATE DRAIN PIPING A % -inch male (SDR21) PVC condensate drain connection is provided on the side of the unit opposite the evaporator sec- tion access panel on downflow units, On horizontal units the condensate drain connection is located on the corner of the unit next to the evaporator section access panel. See Figure 1. Provide a trap and fill it with water before starting the unit to avoid air from being drawn through. Follow local codes and standard piping practices when running the drain line. Pitch the line downward, away from the unit, and avoid long horizontal runs. See Figure 5. Figure 5 3/a PVC FITTINGS fNots: Do not use reducing fittings in the drain lines. The con- densate drain must be: — Made of 3+ " pipe size. — Pitched 'Y "per foot to provide free drainage to convenient drain system, — Trapped — Must not be connected to closed drain system. 4- 1 f- -UNIT CONDENSATE DRAIN liNMALE PVC FROM UNIT Mom. SDR21) PIPING VAS PIPING INSTALLATtl Note: In the absence of local codes, the installation must conform with American National Standard-Z223.1- National Fuel Gas Code (1984). The available gas supply must agree with the required gas sup- ply marked on the unit nameplate. Minimum permissible gas supply pressure for purpose of input adjustment must be at least 3.5 in. w.c. (inches water column) for natural gas and 8 in. w.c. for LP gas. (Manifold pressure is set at (negative) -.2 in. w.c. in factory for Natural and LP.) Pipe Delivery Schedule 1. Obtain from gas company the heating value and specific gravity of gas delivered. 2. Determine exact length of pipe needed. 3. Read BTUH input nameplate on furnace. 4. Use the multiplier opposite specific gravity of gas (Table 1) and insert in the following formula: CFH - Furnace Input in BTUH - Gas Heat Content in BTU /Cu. Ft. x Multiplier Table 1 Multipliers to be Used When Specific Gravity Multiplier .50 1.10 the Specific Gravity of the Gas is Other than 0.60 .55 1.04 11/2 .60 1.00 172 .65 .962 This will give your factor for columns 2 through 6 In Table 2. 5. Using Table 2, select nearest pipe length to yours. 6. Follow this line horizontally across to the exact CFH found in step 4 or the next highest figure. 7. Read vertically to top of this column for required pipe diameter. If this is an LPG application, consult your LPG supplier for pipe sizes and deliveries. Table 2 Capacity of Pipe of Different Diameters and Lengths in Cu. Ft. Per Hr. with Pressure Drop of 0.3" and Specific Gravity of 0.60 Note: Gas Pressure Set -Up Precautions 1j rdww, r.1t ` r j" '. 4 Af:s &-fiiH . ?� a •'l)li�i ff.�S „ „Y.f t(F 1 T. VY• ' %i'1!. Y 4 The furnace must be isolated from the gas supply piping sys- tem by closing its individual manual shut off valve during any pressure testing of the gas supply piping system at test pres- sures equal to, or Tess than 1/2 psig (3.48 kPa). Gas Supply Line Pressure Before connecting the unit to the gas supply line, be sure to determine both gas pressure and gas BTU rating. In addition, check all unit connections and supply piping for leaks. If the gas supply pressure is excessive (above 14 inches water column, or 1/2 psig), install a pressure regulator either at the sup- ply source, or in the branch circuit serving the unit. Once the regulator is installed, set it to provide a pressure of 7 inches water column with the unit operating and no greater than 14 inches water column with the unit not firing. Note: Gas pressure in excess of 14 inches water column (% psig) may damage the regulator, while no regulation can result in pressures lower than 4 inches water column at the unit inlet. If the supply line pressure is below the minimum supply pres- sure indicated on the unit nameplate, contact the gas supply company. Use the following steps to complete the installation of the unit gas piping (see Figure 6): 1. Install a tapped, Style A (1/6 -inch NPT tap) shut -off gas cock at the end of the gas supply line near the unit. Be sure the tapped gas cock is downstream of the pressure regulator, if used. Note: The shut -off gas cock must be installed outside of the unit, and should meet the specifications of all applicable national and local codes. 2. Install a ground union joint downstream of the shut -off cock. This joint must also be installed outside of the unit. 3. Install a drip leg (at least six inches in depth) next to the union as shown in Figure 6. This drip leg is required to collect any sediment that may be deposited in the line. 4. Before connecting the piping circuit to the unit, bleed the air from the supply line. Then cap or plug the line and test the pressure at the tapped shut -off cock. The pressure read- ing should not exceed 14 inches water column. 5. Connect the gas piping to the unit. Check the completed piping for Teaks using a soap and water solution, or equivalent. Figure 6 SCHEMATIC DIAGRAM OF GAS PIPING TO UNIT '/e" N.P.T. PLUGGED ACCESS FOR TEST GAUGE CONNECTION FROM GAS SUPPLY 7 DEALER INSTALLED GROUND UNION DRIP LEG FIELD SUPPLIED MAIN GAS VALVE, MUST BE INSTALLED BY DEALER OUTSIDE UNIT. � TO MAIN CONTROL, VALVE Manifold Pressure The unit manifold pressure regulator (located on the gas valve) is factory installed and adjusted to provide the rated unit heat- ing capacity. The required manifold pressure is stamped on the unit nameplate. Check the manifold pressure at the unit gas valve. Do not exceed the recommended pressure shown on the unit nameplate. FILTER INSTALLATION Filters Access to the filters is made by removing the evaporator fan access panel. Each downflow unit ships with one -inch filters, as determined by unit size. On downflow units to remove unit filters for replacement or cleaning, pull out the sheet metal strip found at each filter bracket assembly. To modify the unit filter racks to accept two -inch filters, the L- shaped angles (which are held in place with screws and formed tabs) on the racks must be rotated. Remove the screws, turn the angles 90 degrees, and reinstall the screws. Refer to Table 3 for filter requirements. Note: Filters are not provided with 4 and 5 ton horizontal units, they must be field supplied and installed. A filter pull rod is provided in horizontal units. It is located in the filter rack, and used to remove filters for cleaning or replace- ment. To use, simply remove the rod from the locating holes and use to pull filters from unit, The rod should be reinstalled after servicing the filters. Note: Do not operate unit without these filters in place. Determining Evaporator Fan Adjustment Use the following procedure to determine the proper adjust- ment of the evaporator fan for a specific 'application: 1. Determine total system external static pressure (in inches water column) with accessories installed. To accomplish this: a. Obtain the design airflow rate and the design external static pressure drop through the distribution system. Your Trane sales representative or the design engineer can pro- vide you with these values. Figure TO INCREASECFF4 1, LOOSEN ALLEN SCREW AND TURN SHEAVE CLOCKWISE, TO DECREASE. CFM 1. (.00SEN[ALLEN SCREW AND TURN SHEAVE COUNTERCLOCK- WISE. b. Use Table 5 to add static pressure drop of the accesso- ries installed on the unit. c. Add the total accessory static pressure drop from Step 1 b) to the design external static pressure. The sum of these two values is the total system external static pressure. 2. Use Table 6 or 7 to find the external static pressure (in inches water column) that most closely approximates total system external static pressure. Then locate the appropriate airflow rate (in cfm) for your unit. The value obtained represents the brake horsepower for the evaporator fan motor. Table 3 -Fitter Requirements NOM MODEL TONS CFM 980 YC•036 3 1200 1440 1280 YC•048 4 1800 1920 1600 YC•060 6 2000 2400 2000 YC•076 8.2 . 2500 3000 2400 YC'090 7.5 3000 3600 P -DROP FILTER 1 IN. STD 0.01 0.02 0.03 0.03 0.04 0.06 0.04 0.06 0.09 0.06 0.07 0.10 0.06 0.10 0.15 DESC. NO LNG WIDTH AREA VEL 2 20 26 8,94 138 2 20 25 6.94 173 2 20 25 6.94 207 2 20 25 8.94 184 2 20 25 6.94 230 2 20 26 8.94 276 2 20 25 8.94 230 2 20 25 6.94 288 2 20 26 6.94 348 3 18 25 8.33 288 3 16 26 8.33 300 3 16 25 8.33 360 3 16 25 8.33 288 3 16 26 8.33 360 3 16 25 8.33 432 *Table applies to both downflow and horizontal. • • Filters not provided with 4 and 5 ton horizontal unite. MOTOR l SHEAVE MOTOR • MOUNT I NG • PL ATE ADJUSTMENT • SLOT # BOLT LOCKING•BOLT BELT T0' INCREASE BELT•TENSION 1. LOOSEN ADJUSTMENT BOLT. mi ns: iii -'iiL= • ' ecrilmorin- BLOWER WHEEL Table 5: Static Pressure Drogahrough Accessories (Inches Water Colul Economizer with Filters® OA /RA Dampers MODEL® CFM 1" 100 %OA 100 %RA YC -036A 1000 1200 1440 0.01 0.02 0.03 0.05 0.06 0.07 0.01 0.01 0.01 YC -048A 1300 0.03 0.06 0.01 1600 0.04 0.08 0.02 2000 0.06 0.10 0.03 1600 0.04 0.08 0.02 YC -060A 2000 0.06 0.10 0.03 2400 0.09 0.12 0.06 2000 0.06 0.10 0.01 YC -075A 2500 0.07 0.13 0.02 3000 0.10 0.15 0.03 2400 0.06 0.12 0.02 YC -090A 3000 0.10 0.15 0.03 3600 0.15 0.20 0.03 (1) Table applies to both horizontal & downllow models 4> Filters not supplied with 4 & 5 ton horizontal models Table 6 • Evaporator Fan Performance YCD036A, YC -048A, YC -060A MODEL External Static Pressure (Inches of Water) & Motor Power (Bhp) ® Standard Motor Oversized Motor High Speed Low Speed BHP ESP BHP ESP BHP .33 .47 .29 - - .33 .44 .29 1.60 .63 .34 .36 .30 1.12 .64 .35 .26 .30 .96 .64 CFM ESP 950 .52 1000 .50 1100 .46 YCD036A -L, H D 1200 .40 • 1300 .32 1400 .22 1500 .10 .37 .14 .31 .80 .65 .40 - - .64 - .44 - - .48 - 1250 .67 1300 .66 1400 .65 YCD048A -L, H 1500 .63 YCH048A -L, H 1600 .60 1700 .57 1800 .53 1900 .47 2000 .39 1600 .71 1700 .66 1800 .61 YCD060A -L 1900 .56 YCH060A -L 2000 .53 2100 .44 2200 .34 2300 .26 2400 .16 .53 .63 .36 1.45 .70 .53 .62 .36 1.42 .70 .53 .57 .37 1.34 .70 .54 .47 .37 1.24 .71 .55 .35 .38 1.12 .73 .57 .20 .38 1.02 .76 .60 - - .88 .80 .64 - - .73 .84 .68 - - .56 .90 .54 .64 .44 1.33 .85 .55 .60 .48 1.27 .89 .59 .55 .50 1.21 .92 .62 .45 .51 1.12 .96 .64 .32 .52 1.03 .99 .67 .17 .53 .93 1.02 .70 - - .80 1.03 .72 - - .67 1.06 .75 - - .52 1.07 1600 .70 1700 .65 .54 .63 .44 1.32 .85 .55 .59 .48 1.26 .89 1800 .59 YCD060A -H 1900 .54 YCH060A -H 2000 .50 2100 .40 2200 .30 2300 .21 2400 .11 •1. YCD038A•H and YCD04BA -H Single Speed only. Use high speed column. 3, Data includes pressure drop duo to wet coil and filters. Fan motor heat INN. 3.6 x Fan Bhp .59 .53 .50 1.19 .92 .62 .43 .51 1.10 .96 .64 .30 .52 1.00 .99 .67 .15 .53 .89 1.02 .70 - - .76 1.03 .72 - .62 1.06 .75 - - .47 1.07 9 10 rho tLECTRICAL WIRING .!' Electrical Connections — Electrical wiring and grounding must be installed in accord- ance with local codes or, in the absence of local codes, with the National Electrical Code ANSI /NFPA70 1987. Electrical Power — It is important that proper electrical power is available for the unit. Voltage must not vary more than 10% of that stamped on the nameplate. Disconnect Switch — Provide an approved weather -proof disconnect either on side of unit or within close proximity. Fusing The branch circuit feeding the unit must be fused as shown on unit rating plate. Power Wiring —The power supply lines must be run in weathertight conduit to the disconnect, and into the bottom of the unit control box. Provide strain relief for all conduit with suitable connectors. — Provide flexible conduit supports whenever vibration trans- mission may cause a noise problem within the building structure. — Be sure all connections are made tight and no naked wires are exposed. (See Figure 8.) Note: — For branch circuit wiring (main power supply to unit discon- nect), the minimum wire size for the length of run can be determined from Table 10 using the circuit ampacity found on the unit nameplate. From the unit disconnect to unit, the smallest wire size allowable in table may be used, as the dis- connect must be in sight of the unit. — Wire size based on 75 °C rated wire insulation. — For more than 3 conductors in a raceway or cable, see the N.E.C. for derating the ampacity of each conductor. Table 10 SUPPLY CIRC. AMPACITY Maximum Length (Ft.) COPPER WIRE SIZE —AWG 30 20 SUPPLY WIRE LENGTH —FEET 18 50 100 150 200 260 300 20 10 8 6 4 4 4 25 10 8 6 4 4 3 30 8 6 4 4 3 2 35 8 6 4 3 2 1 40 8 6 4 3 2 1 45 8 4 3 2 1 1/0 50 6 4 3 2 1 1/0 60 6 4 2 1 1/0 2/0 70 4 3 2 1/0 2/0 3/0 80 4 3 1 1/0 2/0 3/0 90 3 2 1/0 2/0 3/0 4/0 100 3 2 1/0 2/0 3/0 4/0 110 2 1 2/0 3/0 4/0 250 125 _ 1 1 2/0 3/0 4/0 250 Grounding Note: — Unit must be grounded for igniter to operate properly. Gas pipe to unit is not an adequate ground. Ground the unit inter- nally as provided. See wiring diagram for location. PARTIAL CONTROL BOX FACTORY JUMPER (REMOVE FOR ECONOMIZER OPERATION) II iI II II II • 1 11 11 I II II I II I L LOW VOLTAGE --•1 (I II L__ NEC CLASS-2 I IL 11 Figure 8 I I I 1 I I--GR0UND I I L.L3 L..L2POWER �— SUPPLY NOTE•2•WIRESFOR 10 ROOM THERMOSTAT FIELD WIRING DIAGRAM Control Wiring (Class 1I) —Low voltage control wiring should not be run in conduit with power wiring, unless Class 1 wire of proper voltage rating is used, Route thermostat cable or equivalent single leads of No. 18 AWG. colored wire from thermostat subbase ter- minals through ' /B inch bushing. See Page 2 for control entry location. Make connections as shown on unit wiring diagram and in Figure 8. Refer to Table 11, — Do not short thermostat wires since this may blow fuge in control transformer. — Recommended wire sizes and lengths for installing the unit thermostat are provided in Table 11. The total resistance of these low voltage wires must not exceed 1 ohm. Any resist- ance in excess of 1 ohm may cause the control to malfunc- tion because of the excessive voltage drop. Table 11— Thermostat Wire Size And Maximum Length Wire Size Maximum Length (Ft.) 22 30 20 50 18 75 16 125 14 200 Thermostat Heat Anticipator —The thermostat heat anticipators should be set to equal the amperage draw of the W1 /W2 thermostat circuit. After completion of wiring check all electrical connections, including factory wiring within the unit, and make sure all connections are tight, replace and secure all electrical box covers and access doors before leaving unit or turning on power to circuit supplying unit. • —.After all electrical wiring is complete, SET THE THERMOSTAT SYSTEM SWITCH IN THE OFF POSITION SO COMPRES- SOR WILL NOT RUN, and apply power by closing the sys- tem main disconnect switch. This will activate the compres- sor sump heat. Do not change the Thermostat System Switch until power has been applied Tong enough to evaporate any liquid R -22 in the compressor (30 minutes for each pound of R -22 in the system as shown on the nameplate). Follow- ing this procedure will prevent compressor damage at the initial startup. START -UP Pre -Start Quick Check List • Is unit properly located and level with proper clearance. (See Figure 4.) • Is the duct work correctly sized, run, taped, insulated and weather proofed with proper unit arrangement. (See Duct- work Installation.) • Is the gas piping correctly sized, run, trapped and purged of air. (See Gas Piping.) • Is condensate line properly sized, run, trapped and pitched. • Is filter of the correct size and number, clean and in place. • Is the wiring properly sized and run according to the unit wiring diagram. (See Tablell.) • Are all wiring connections tight including those in unit and compressor electrical boxes. • Has the unit been properly grounded and fused with the recommended fuse size. (See Wiring Data.) • Is the thermostat level, correctly wired, in a good location and set for the proper heat anticipation. • Have the air conditioning systems been checked at the serv- ice ports for charge and leak tested if necessary. • Does the condenser fan and indoor blower turn free without rubbing and are they tight on the shafts. • Has the indoor blower speed been determined and the proper speed been set. (See Air Flow Performance Data.) • Has all work been done in accordance with applicable local and national codes, • Are all covers and access panels in place to prevent air loss and safety hazards. Starting The Unit In The Heating Mode • Note: See section on "Operating Sequence" for a descrip- tion of heating operating sequence. • Check to make sure all grilles and registers are open and all unit access doors are closed before start-up. • Purge the gas supply line of air by opening the union ahead of the unit. When the odor of gas is detected, retighten union and wait 5 minutes before proceeding. • Set wall thermostat to its lowest position and place the fan switch in "Auto" or "On" position. • Open the main gas valve(s) and turn on unit main power supply. • Reset the heating temperature lever on the room thermostat at a value above room temperature. The combustion blower motor and ignitor should energize. The main burners should light within 52 seconds. Initial start may be delayed some- what if unit is not purged and air is trapped in gas line. Blue smoke produced by the heat exchanger during the initial burner firing is caused by a thin film of oil on the surface of the heat exchanger. This oil will burn off quickly. (Note: 12 Cycle the thermostat OFF and ON a few times at a rate of no more than once every 30 seconds. Check control operation and burner operating conditions through the sight glass in the burner assembly cover. Manifold Pressure Connect a manometer to the pressure tap at the outlet side of the unit gas valve. Read the manifold pressure with the main burners firing. The manifold pressure reading indicated should agree with the value listed on the unit nameplate. If the manifold pressure reading does not match the value indi- cated on the unit nameplate, the unit pressure regulator must be adjusted as follows: — Remove the cover screw on the gas regulator (located on the front side of the unit gas valve). —Turn the adjusting screw clockwise to increase manifold pres- sure, or counterclockwise to decrease manifold pressure. 413144400,46+ I Adjust the evaporator fan motor rpm (at the motor sheave) to a speed which most closely approximates the rpm value found in Table 7 or 8. To insure proper unit operation, the resulting airflow rate must be within t 20 percent of the nominal air- flow rate. After adjusting the evaporator fan, check heat exchanger tem- perature rise during furnace operation to insure that it falls within the range specified on the unit nameplate. If the temperature rise noted is outside of the specified limits, adjust the fan motor rpm to cause the temperature rise of the heat exchanger to fall within the required range. Set the thermostat to the desired setpoint. The unit will auto- matically function in the heating mode. Heating Shut -Down Place system selector switch at "Off" or place heating selec- tor lever at a setting below room temperature. '-- START -UP. Starting The Unit In The Cooling Mode i :151-ram, rm^1. C i, "" *jMtAits.itI • iZ f•a;fiYi, '.f, ,4'.44 x.;* j ,, &544£ atFrtTi•i . N1�att - M� i?m ' :5 r�. r, �, t; ya! �h; d�, �i: �t,- 1' �i; 1`. �? a7<; ie� ::if,'•°.r'4a:;r°�^G�cf §44'ria c �'7 -F ��/,, � �j .i Y t$ gs . h . ga,g,:s;i?y'ii:•t';' . , �%�r•:' r", : �,'?rT '>F�r'7t;'�t.''�,i�.' . '•vt.z'a7. ::?' , `l �' ?fiwyy � r 9 � + : '=T'."i;t �s•�r,ql1' %� 'r ..y9pk ., i" i' q ' ' f,,. 'i 7t F��"T.7+t v"2". t tNefi Note: See section on "Operating Sequence" for a descrip- tion of cooling operating sequence. —To start the unit in the cooling mode, set the thermostat sys- tem switch to COOL and move the thermostat COOL indi- cator to a setting below room temperature. The condenser fan motor, compressor and evaporator fan motor will oper- ate automatically. Verify that the unit airflow rate is adjusted according to the information provided in the "Determining Evaporator Fan Adjustment" section of this manual. Operating Pressures After the unit has operated in the cooling mode for a short period of time, install pressure gauges on the gauge ports of the dis- charge and suction line valves. Check the suction and discharge pressures and compare them to the normal operating pressures provided in the unit's Service Facts. Note: Do not use the pressures from Service Facts to deter- mine the unit refrigerant charge. The correct charge is shown on the unit nameplate. To charge the system accurately, use superheat charging or weigh the charge. Voltage With the compressor operating, check the line voltage at the unit, The voltage should be within the range shown on the unit nameplate. If low voltage is encountered, check the size and length of the supply line from the main disconnect to the unit. The line may be undersized for the length of the run. Cooling Shut Down • Place system selector switch in "Off" position or reset ther- mostat at a setting above room temperature. • Do not de- energize main power disconnect except when unit is to be serviced, Power is required to keep air conditioning compressor crankcase warm and boll off refrigerant in the oil, Factory Installed Economizer Start -Up To position economizer for operation complete the following steps: — Remove the evaporator access panel from unit. — Remove the bottom two side screws from the unit on both sides of unit. (See Figure 9.) — Pull the economizer assembly out into operating position as shown in Figure 10. — Replace the four screws removed earlier into the side panels of the economizer assembly. —Align the holes in the economizer assembly and the unit side corner support. Then secure the economizer to the unit using the screws provided in the shipping package. - Remove barometric relief partition from the evaporator sec- tion and install in location shown in Figure 11, —Remove screw that secures the relief damper blade, make sure the blade swings freely. (Not*: I Economizer is pre -wired from factory. Figure 9 Figure 10 MOUNTING SCREWS (3) 13. BAROMETRIC RELIEF OPENING —With RTV sealer provided, seal ALL''perimeter joints on economizer assembly. — Replace the evaporator access panel onto the unit. Economizer Operation — Note: See section on "Operating Sequence" for a descrip- tion of the economizer operating sequence. Operation General Cooling Sequence For a more exact sequence of operation refer to the unit's Service Facts. D Thermostat cool switch 1 closes, completing a circuit to ter- minals Y1 and G. ® Y1 circuit energizes the compressor con- tractor (CC) through the evaporator defrost control (EDC). (CC) contacts close energizing the compressor and outdoor fan motor. ® The indoor fan motor (I.D.M.) is energized through the (G) terminal and contacts of the fan delay relay (F.D.R.), (closed after a one second delay). O The (F) relay energizes indoor fan motor (IDM) through IF) contract. Note: I On unit shut down the indoor fan motor will run for an additional 90 seconds (approx.). e0 If the unit is equipped with an economizer and a two stage cooling thermostat is used, compressor oper- ation can be achieved by a call for second -stage cooling (Y2) which through the economizer actuator motor ass'y (ECA) would energize the compressor contactor (CC), during econo- mizer operation. Note: Troubleshooting Chart— Probable Cause General Heatinoequence Note: For a more exact sequence of operation refer to the unit's Service Facts. © Thermostat heat switch 1 closes, completing a circuit to terminal W1. 0 W1 circuit energizes the heat relay (H) whose three (3) contacts energize the combustion fan motor (CFM), ignition control module (IGN) and makes ready a circuit to the fan delay relay (F.D.R.). © The combustion fan provides the necessary air for proper burner operation with the burner com- partment door installed (port holes are provided for instruments and visual check of flame). ® The ignition control module (IGN) energizes the hot surface ignitor (IP) for 45 seconds prior to energizing the gas valve circuit and simultaneously, the fan delay relay (F.D.R.). (F.D.R. contacts close after a one second delay, and re -open or shut down after a 90 second delay.) ® The hot surface ignitor probe (IP) also serves as a flame sensor, and will lock the gas valve circuit off if flame is not established within seven (7) seconds after power is applied to the gas valve (GV). Note: J The ignition control (IGN) will provide a total of three (3) separate attempts (cycles) to establish flame automatically. If after three (3) attempts, no flame is established the system will lock out the gas valve circuit. The ignition control sequence can be re -set by interrupting the 24 -volt circuit to the ignition control module (IGN). Limit Controls Limits (TC01 and TCO2) protect against overheating if the indoor fan motor (IDM) fails to operate. These controls will interrupt operation of the unit by de- energizing the ignition control mod- ule (IGN) if overheating occurs. • System Faults , r , REFRIGERANT CIRCUIT Heed Pressure T o o High —r P B P P S P Heed Pressure Too Low S P -i . P Suction Pressure Too High _ 8� P P P S Suction Pressure Too Low _ — P P P 8 P Uquid Rettig. Floodb.ck P P PS 8 P P ID. Coll Frosting 8 P P ' 8 P P Compressor Runs Inadequate or No Cooing /Htg. 8 S S P 8 P f P P ELECTRICAL No Operation P P P 8 P P P P Compressor!, 0.D. Fan Won't Start S 8 � S P 8 8 8 Compressor WIM Not Start But 0.D. Fan Runs 8 P S S P 0.D. Fan Won't Start 8 P P 8 Compressor Hums But Won't Stet 8 8 P 8 Compressor Short Cycles r P 8 S 8 P SP P 8 8 8 P P I.D. Blower Won't Start 8 P 8 P P Comp. Runs Continuously inu 8 P S S 8 P — Combustion Blower Won't Start S P P 8 8 8 8 P HEATING No Ignition, No Hot Surface P P PP p p No Ignition, Hot Surface Present P P P P P P No Second Stage P P P P P Htg• Short Cycles P P P P S P P P • IGNITION CONTROL MUST BE SECURELY GROUNDED. e e..ormlry Cause. / Primary C.o... 14 The high limit (TC01) is located in the td:'� right corner of the gas valve /burner compartment on both downflow and horizontal units. This automatic reset control protects against abnormally high leaving air temperature. The fan failure limit (TCO2) is located in the top left corner of the gas valve /burner compartment on downflow units. On horizontal units (TCO2) is located in the evaporator blower com- partment, mounted on th ck -off panel above the blower housing. This automatic control protects against abnormally high heat build up, which could be caused by extended cycling on the high limit (TC01) or if the indoor fan motor (IDM) fails to operate. The limit control (TCO2) has a set of normally open contacts that will close to energize the indoor fan circuit. FINAL INSTALLATION CHECKLIST Checklist • Has unit been powered for five hours prior to starting to allow compressor crankcase to come up to temperature. • Does unit run and operate as described in section on "Oper- ating Sequence" in response to room thermostat. • Are condenser fan and indoor blower operating correctly, with proper rotation and without undue noise. • is the compressor operating correctly and has the system been checked with a charging chart. • Has voltage and running current been checked to determine if it is within limits. • Has the thermostat been checked for calibration and the air discharge grilles adjusted to balance system. Routine Maintenance • Has the ductwork been checked for air Teaks and condensation. • Has the furnace manifold pressure been checked and adjusted if necessary. • Has the indoor airflow been checked and adjusted if necessary. • Has the heating air temperature rise been checked. • Has the unit been checked for tubing and sheet metal rattles and are there any unusual noises to be checked. • Are all covers and panels in place and properly fastened. • Has the owner or maintenance personnel been given this manual, warranty, and been instructed on proper operation and maintenance. MAINTENANCE By Owner You can do some of the periodic maintenance functions for your YC unit yourself; this includes replacing (disposable) or clean- ing (permanent) the air filters, cleaning unit cabinet, clearing the condenser coil, and conducting a general unit inspection on a regular basis. +.y 1c741 Air Filters It is very important to keep the central duct system air filters clean. Be sure to inspect them at least once each month when the system is in constant operation. (In new homes, check the filters every week for the first 4 weeks.) If you have disposable -type filters, replace them with new filters of the same type and size. Do not attempt to clean disposable filters. Permanent -type filters can be cleaned by washing them with a mild detergent and water. Make sure that the filters are thoroughly dry before reinstalling them in the unit (or duct system). 15 Note: It may be necessary to replace permanent filters annu- ally if washing falls to clean the filter, or if the filter shows signs of deterioration. Be sure to use the same type and size as was originally installed. Condenser Coil Unfiltered air circulates through the unit's condenser coil and can cause the coil's surface to become clogged with dust, dirt, etc. To clean the coil, vertically (i.e., with the fins) stroke the coil surface with a soft- bristled brush. Be sure to keep all vegetation away from the condenser coil area. Maintenance Performed By Serviceman - Cooling Season To keep your unit operating safely and efficiently, The Trane Company recommends that a qualified serviceman check over the entire system at (east once each year, and any other time that you feel one is needed. Your serviceman may examine these areas of your YC unit: 1. filters (for possible cleaning) 2. motors (condenser evaporator motors are permanently lubricated) 3. gaskets (for possible replacement) 4. refrigeration coNs (for pos leaning). 5. safety controls (for mechanical cleaning) 6. electrical components and wiring (for possible replacement connection tightness) 7. condensate drain (for possible cleaning) 8. Inspect the unit duct connections to see that they are phys- ically sound and sealed to the unit casing. 9.. Inspect the unit mounting support to see that it is sound.. 10. Inspect the unit to see that there is no obvious unit deterioration 11, Oil the combustion blower motor with SAE20 oil. Maintenance .Performed By Serviceman —Heating Season Complete the unit inspections and service routines described below at the beginning of each heating season. 0..Visually insp ne unit to ensure that the airflow required for combustion and condenser coil is not obstructed from the unit. ❑..Visually inspect the flue stack to insure the exhaust path is clear and free of obstructions. ❑ Inspect the control panel wiring to verify that all electrical connections are tight, and that wire insulation is intact. ❑ Check the operation of the gas ignition system: To do this, turn off the gas supply with the unit operating to verify that the gas valve closes, and that a reignition cycle is initiated by the unit. ❑ Visually inspect all of the unit's flue product passageways or excessive deposit buildup and corrosion. If buildup or cor- rosion is apparent, contact a qualified serviceman to per- form the necessary ' repairs. ❑ Visually check the main bumer flames. They should be bright blue flames extending up into the heat exchanger sections. Never store anything flammable or combustible . around or near the "unit. Warranty and Liability for Commercial Unitary Equipment Rated Under 20 Tons and Related Accessories LIMITED WARRANTIES Products Covered —This warranty is extended by The Trane Company, A Division of American Standard Inc. (Trane), and applies to the following Trane products: • All packaged and split system air conditioners and heat pumps having a rated capacity of less than 20 tons. • All packaged combination gas /electric air conditioners having a rated capacity of less than 20 tons • All packaged combination gas /electric air conditioners having a rated capacity of 11/2 through 5 tons single -phase electric power and used for commercial applications. (As used in this warranty, a commercial application is any application where the end purchaser uses the product for other than personal, family or household purposes.) • All accessories for the above products which are sold by Trane and applied in accordance with Trane specifications. BASIC WARRANTY —Trane warrants for a period of twelve (12) months from initial start-up or eighteen (18) months from date of shipment, whichever is sooner, that the products covered by this warranty (1) are free from defects in material and manufacture, and (2) have the capacities and ratings set forth in Trane's catalogs and bulletins. EXTENDED FOUR -YEAR WARRANTY ON COMPRESSORS —Trane warrants for a period of four (4) years commencing twelve (12) months from date of installation or eighteen (18) months from date of shipment, whichever is sooner, that the compressor in any product covered by this warranty (1) is free from defects in material and manufacture, and (2) has the capacities and ratings set forth in Trane's catalogs and bulletins. EXTENDED FOUR -YEAR WARRANTY ON HEAT EXCHANGERS —Trane warrants for a period of four (4) years commencing twelve (12) months from the date of installation or eighteen (18) months from date of shipment, whichever is sooner, that the gas -fired heat exchanger in any products covered by this warranty (1) is free from defects in material and manufacture, and (2) has the capacities and ratings set forth in Trane's catalogs and bulletins. EXCLUSIONS AND LIMITATIONS — Trane's obligations and liabilities under this warranty are limited to furnishing F.O.B. factory or warehouse at Trane designated shipping point, freight allowed to Buyer's city (or port of export for shipments outside the conterminous United States) a replacement product or, at the option of Trane, parts for the repair of the product not conforming to this warranty and which have been returned to Trane. Trane's warranty is conditional on the Customer providing written notice to Trane within thirty (30) days of the discovery of the defect. No product shall be returned to Trane without Trane's written permission. No liability whatever shall attach to Trane until said products have been fully paid for and then said liability shall be limited to the purchase price of the equipment shown to be defective. This warranty does not apply to any compressor or gas -fired heat exchanger which has been repaired or altered in such manner as, in the judgment of Trane, affects its stability or reliability. This warranty does not cover (11 any heat exchanger which has been fired with an improper type of fuel (2) a heat exchanger which is installed in a beauty parlor, dry cleaning establishment, degreasing plant or in any corrosive atmosphere; or (3) any heat exchanger which is not shown to be defective by Trane's inspection. This warranty does not cover damage due to accident, abuse, improper use, external causes, freezing, corrosion, erosion or deterioration. Local transportation, related service labor, air filters, diagnosis calls, refrigerant and related items are not covered. THE WARRANTY AND LIABILITY SET FORTH HEREIN ARE IN LIEU OF ALL OTHER WARRANTIES AND LIABILITIES, WHETHER IN CONTRACT OR IN NEGLIGENCE, EXPRESS OR IMPLIED, IN LAW OR IN FACT, INCLUDING IMPLIED WARRANTIES OF MERCHANTABILITY AND FITNESS FOR A PARTICULAR PURPOSE AND ANY IMPLIED WARRANTIES OTHERWISE ARISING FROM COURSE OF DEALING OR TRADE. IN NO EVENT SHALL TRANE BE LIABLE FOR ANY INCIDENTAL. OR CONSEQUENTIAL DAMAGES, Trane makes certain further warranty protection available on an optional, extra - cost basis. Any further warranty must be in writing. LIMITED WARRANT LIMITED WARRANTY COMBINATION GAS - ELECTRIC AIR CONDITIONER YC.Models (less than 20 tons) for Residential use *. Single -phase electric power. (Parts Only) This warranty is extended by The Trane Company, Dealer Products Group, to the original purchaser and to any succeeding owner and applies to products purchased and retained for use within the U.S.A. If any part of your Combination Gas - Electric Air Conditioner fails because of a manufacturing defect within one year from the date of original purchase, Trane will furnish without charge the required replacement part. Any local transportation, related service labor, diagnosis calls, air filters, refrigerant and related items are not included. In addition, if the sealed motor - compressor fails because of a manufacturing defect within the second through fifth year from the date of original purchase, Trane will furnish without charge a replacement compressor. Any local transportation, related service labor, diagnosis calls, refrigerant and related items are not included. In addition, if the steel heat exchangerfails because of a manufacturing defect within the second through tenth year from the date of original purchase, Trane will furnish without charge a replacement heat exchanger. Any local transportation, related service labor and diagnosis calls are not included. This warranty does not cover failure of your Combination Gas - Electric Air Conditioner if it is damaged while in your possession or if the failure is caused by unreasonable use. In no event shall Trane be liable for incidental or consequential damages. In no event shall any implied warranty of merchantability or fitness for use exceed the term of the limited warranty stated above. Some states do not allow limitations on how long an implied warranty lasts, so the above limitation may not apply to you. Some states do not allow the exclusion or limitation of incidental or consequential damages, so the above limitation or exclusion may not apply to you. This warranty gives you specific legal rights, and you may also . have other rights which vary from state to state. Parts will be provided by our factory organization or an authorized service organization in your area. All you need do is look us up in the yellow pages or write to the address given below. If you wish further help or information concerning this warranty, contact; Manager — Product Servile The Trane Company Dealer Products Group Troup Highway Tyler, Texas 75711 Limited Warranties The Trane Company, Dealer Products Group; Troup Highway, Tyler, Texas 75711 - Warrantor * This is a use other than commercial. A commercial use is any application where the end purchaser uses the product for other than personal, family or household purposes. PW -162 -4286 DATA SUBJECT TO CHANGE WITHOUT NOTICE c CITY Of TUKWILA Building Division 6200 Southcenter Boulevard MECHANICAL PERMIT APPLICATION Tukwila, Washington ARIBA (206)- 433 -1849 CONTROL# 6.-7(1 Site Address IVICA SOV C 4' _t s \'-,Woof Suite# Floor# ---- Project Name /Tenant ,. ' ' vA s r�,a �`„ Saukt1 Valuation of work `8401000' Assessors Account # Property Owner 1406eyfi Sc.‘np$ei(k Address Appl i cant sa. `iv.c . Address 2.002 ( SOW-0,Q( s6, tAJA Architect /Engineer LONW:C_ Iimtel`c,r it Phone Zip Phone (TI,- okfci 4 Zip 9g032... Phone 32-S- - 27S-3 Zip 9 '(ZZ Address 130 I &Ke5\de. Contractor Address Describe work to be done 'IiASkal., Le . r A0N S�.dpS o c. License# Sr EP*rlbl b Phone $3? -0444 \afi\ Zip 93b32 ``n 4 c"r C°v\AN ► j SI s4e wl 4.54 Indicate the type of equipment to be installed, rating /size of equipment, and number of each: TYPE RATING /SIZE 2— 4.5 4rov1 a s i c tz, . wt etov.ovv, Y 2-- S �-ov�. aS!dtCC._ 1 -- LO,oOkit b -L •— i-k NUMBER 2 ,?'a.a� z ,v,2 .eo 4.01 \Neu -Ver 1/7.00 Two (2) sets of plans must be submitted meeting the application requirements of Section 302(b) and (c), 1985 Uniform Mechanical Code. Roof -top equipment work requires submission of building elevations. I HEREBY CERTIFY THAT I HAVE READ AND EXAMINED THIS APPLICATION AND KNOW THE SAME TO BE TRUE AND CtRRECT AND THAT I HAVE THE PROPERTY OWNER'S AUTHORIZATION TO DO THIS WORK. Date d'- / — �2 Applicant /Authorized Agent (signature) (print name) / " Fl --crIcit ron -,-,( lease print) Sckw\ SEP 11988 Phone CIT1- 6g�� OFFICE USE ONLY FEES: Basic Permit Fee (000/322.100) $ / Unit Fee (000/322.100) Plan Check Fee (000/345.830) Other ( / ) Receipt! S'7' 7 Date Paid- 2--J Receipt# Date Paid Receipt# Date Paidw —� Receipt# Date Paid TOTAL 10540 (OWES: $ 1445,0 pprove' or ssuance •ANn/411 Approved (Initials)