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Permit M97-0095 - SOUTHCENTER MALL - TALLS CAMERAS
City of Tukwila (_ Community Development / Public Works • 6300 Southcenter Boulevard, Suite 100 • Tukwila, Washington 98188. Permit No: M97 -0095 Type: B -MECH Category: NRES Address: 622 SOUTHCENTER MALL Location: Parcel #: 262304 -9004. Contractor License No: GREENHA055BU TENANT TALLS CAMERAS 622 SOUTHCENTER MALL, TUKWILA WA 98188 OWNER SOUTHCENTER JOINT VENTURE ATTN: JAMES J GUDIN, 25425 CENTER RIDGE RD, CLEVELAND OH 44145 CONTRACTOR GREENWOOD HEATING : & "A/C ..;:' Phone: 206 823 -4454 11630 SLATER. AVENUE .N. E. , KIRKLAND,. WA .98034 CONTACT MICHAEL GOVE Phone: 823 -4454 11630 SLATER AV NE, .KIRKLAND:WA 98034 ****** * * * * * * * * * * *4r* ** * *** * * * ** * * ** Eck * * * **** ******** * * * **k* * * * * * ** *fir * * ** ** ** Permit Descrip'tion:. REPLACE HEAT PUMP. UMC Edition: 1994 . MECHANICAL PERMIT Permit Can r uthorized S gnature ,Date Valuation: Total Permit Fee: (206) 431-3670 Status: ISSUED Issued: 07/11/1997 Expires: 01/07/1998 237.00 54.69 *******,********************************.*** * * * * * * * * * * * )(* * * * * * * * * * * * * * * * * ** I hereby'certify that I have read and'examined,this permit and know the same to,.be true and correct. All provisions of law and ordinances governing this work will /be complied with, whether specified herein or not. The granting of this permit does not presume to give authority to violate or cancel ,the provisions of any other :stat.e or local laws. regulating construction or the perform i'ce of work'. . I.. am authorized to sign for and obtain this building permi Signature: Date: 7 xl Print Name:_9a�__� 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. Project Name!Tenant: ^ 'r -s C f3'M Le_ L A" Description of work to be done: � V Pt - - 1 P Value o j onst tt ruction: , /.� J7. PE RMIT r FNT6= Site Address: Snx -477 a" Ce. Wit C— C 'A) City State /Zip: Tax Parcel Number: 2.0, 304- I Property Owner: ,..., o L-t-•T r C r - ti p i eft zot a= V E N Tut R a Street Address: kMoo r N' zs4ZS C u ' {1 A '5F5 G City State /Zip goes laud, !'Z5 2� Fax #: Phone: Contact Person: VI t G (-f fi vi: C_ ON 7 2/}� Street Address: Ci y State/Zip: Fax #: Contractor•,, G RE.e,vwevo 4. 4--T Al & -f-,4-/c 0 Metro Phone: $�3_ 4 ,/ S `( Street Address: 11 c) S * ire 44 — tv City StateIZip: r �, 7 Fax 1$ 2 � ^ 3 4 Architect: Phone: Street Address: City State /Zip: Fax #: Engineer: Phone: Street Address: City State /Zip: Fax #: , MISCELLANEOUS:PERMiT REVIEW ' AND ' APPROVAL REQUESTED: (TO BE. FILLED OUT BY APPLICANT) Description of work to be done: � V Pt - - 1 P Will there be storage of flammable /combustible hazardous material in the building? ❑ yes no Attach list of materials and stoma a location on separate 8 1/2 X 11 a er lndicatinEg & Material Safety Data Sheets Above Ground Tanks U Antennas /Satellite Dishes Bulkhead/Docks DI Commercial Reroof ❑ Demolition ❑ Fence ErMTachanical ❑ Manufactured Housing- Replacement only ❑ Parking Lots ❑ Retaining Walls ❑ Temporary Pedestrian Protection /Exit Systems ❑ Temporary Facilities ❑ Tree Cutting MONTHLY SERVICE BILLINGS TO: Phone: �. Name: Address: City /State /Zip: 0 Water 0 Sewer 0 Metro 0 Standby Miscellaneous Permit Application APPLICANT‘ MISCELLANEOUS PUBLIC :WORKS PERMITS ❑ Channelization /Striping ❑ Flood Control Zone ❑ Landscape Irrigation ❑ Storm Drainage ❑ Water Meter /Exempt # ❑ Water Meter /Permanent # ❑ Water Meter Temp # ❑ Miscellaneous WATER METER DEPOSIT /REFUND BILLING:. Name: Address: Application and plans must be complete In order to be accepted for plan review. CITY OF TUKWILA Applications will not be accepted through the mall or facsimile. Value of Construction - In all cases, a value of construction amount should be entered by the applicant. This figure will be reviewed and is subject to possible revision by the Permit Center to comply with current fee schedules. Expiration of Plan Review - Applications for which no permit is Issued within 180 days following the date of application shall expire by limitation. The building official may extend the time for action by the applicant for a period not exceeding 180 days upon written request by the applicant as defined in Section 107.4 of the Uniform Building Code (current edition). No application shall be extended more than once. Date application accepted. MISCPMT.DOC 7/11/96 CITY OF '''!KWILA Permit Center 6300 Southcenter Boulevard, Suite 100 Tukwila, WA 98188 (206) 431 -3670 ❑ Curb cut/Access /Sidewalk ❑ Fire Loop /Hydrant (main to vault) #: Size(s): ❑ Land Altering: 0 Cut cubic yards 0 Fill cubic yards 0 sq. ft.grading /clearing ❑ Sanitary Side Sewer #: ❑ Sewer Main Extension 0 Private 0 Public ❑ Street Use ❑ Water Main Extension 0 Private 0 Public 0 Deduct 0 Water Only Size(;): Size(s): Sizes Est. quantity: gal Schedule: : Li Moving Oversized Load/Hauling Date application ex.ires: ProjectaNUmber: Permit Number: Phone: City /State /Zip: Applicatlgn take�y: (initials) BUILDING OW ER OR AUTHORIZED AGENT: SUBMIT APPLICATION AND REQUIRED CHECKLISTS FOR PERMIT REVIEW r Signature Submit checklist •No: `: M -9 Date: 7 / 7 lei 7 Submit checklist No: M-1 a Print name: / ` �� S 0 /V & Phone: .�3_ 4454 I Fax #: City /State /Zip: K L ._. C-�J }_ 3`�r8y . 7 cf g y� 4- Address: ) /La ALL MISCELLANEOUS PERMIT APPLICATIONS MUST BE SUBMITTED WITH THE FOLLOWING: • ALL DRAWINGS SHALL BE AT A LEGIBLE SCALE AND NEATLY DRAWN > BUILDING SITE PLANS AND UTILITY PLANS ARE TO BE COMBINED • ARCHITECTURAL DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED ARCHITECT ➢ STRUCTURAL CALCULATIONS AND DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED STRUCTURAL ENGINEER A CIVIL/SITE PLAN DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED CIVIL ENGINEER (P.E.) Copy of Washington State Department of Labor and Industries Valid Contractor's License. If not available at the time of application, a copy of this license will be required before the permit is issued, unless the homeowner will be the builder OR submit Form H -4, "Affidavit in Lieu of Contractor Registration ". Building Owner /Authorized. Agent. If the applicant is other, than the owner, registered architecbengineer, contractor licensed by the State of Washington, a notarized letter from the property 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. MISCPMT.DOC 7/11/96 SUBMIT APPLICATION AND REQUIRED CHECKLISTS FOR PERMIT REVIEW r Above Ground Tanks /Water :Tanks - Supported directly upon grade exceeding 5,000 gallons and.a ratio of height to diameter or width which exceeds 2 :1 Submit checklist •No: `: M -9 O Antennas /Satellite Dishes. ; Submit checklist No: M-1 a Awnings/Canopies.. No signage Commercial Tenant Improvement Permit E Bulkhead/Dock Submit checklist No M -10 ri Commercial Reroof Submit checklist . No:. M -6 ii Demolition Submit checklist No ' M -3, : M -3a 0 Fences - Over.6 feet: in Height' Submit checklist No: M -9 0 Land Altering/Grading/Preloads. Submit checklist No M -2 EJ j Loading Docks. Commercial Tenant Improvement Permit:: Submit checklist No :. H -17 ,0' Mechanical (Residential & Commercial) 'Submit checklist ' No M -8,:' Residential: only - H -6, H -16 • " Submit checklist No: H-9 in Miscellaneous Public. Works Permits. ® Manufactured Housing ;(RED INSIGNIA ONLY)'.: Submit checklist No: M -5 0 Moving: Oversized.Load/Hauling Submit checklist. No M -5:.' 0 Parking Lots Submit checklist No: M -4 0 Residential Reroof - Exempt with following exception:: If roof structure to be repaired or replaced Residential Building Permit Submit checklist . No: ,M-6 in Retaining Walls - Over 4 feet in height Submit checklist ' No .M-1' O Temporary Facilities Submit checklist • ,No: M -7 Ei Temporary Pedestrian Protectlon/Exit'Systems .: Submit checklist, : No: M -4 0 Tree Cutting Submit checklist No: M -2` ALL MISCELLANEOUS PERMIT APPLICATIONS MUST BE SUBMITTED WITH THE FOLLOWING: • ALL DRAWINGS SHALL BE AT A LEGIBLE SCALE AND NEATLY DRAWN > BUILDING SITE PLANS AND UTILITY PLANS ARE TO BE COMBINED • ARCHITECTURAL DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED ARCHITECT ➢ STRUCTURAL CALCULATIONS AND DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED STRUCTURAL ENGINEER A CIVIL/SITE PLAN DRAWINGS REQUIRE STAMP BY WASHINGTON LICENSED CIVIL ENGINEER (P.E.) Copy of Washington State Department of Labor and Industries Valid Contractor's License. If not available at the time of application, a copy of this license will be required before the permit is issued, unless the homeowner will be the builder OR submit Form H -4, "Affidavit in Lieu of Contractor Registration ". Building Owner /Authorized. Agent. If the applicant is other, than the owner, registered architecbengineer, contractor licensed by the State of Washington, a notarized letter from the property 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. MISCPMT.DOC 7/11/96 ✓ Working Drawings Floor plan t/ System layout ,/ Elevations (for roof mounted equipment) and proposed screening f ) Heat Loss Calculations V Roof plan required to Identify individual equipment and the location of each installation (Uniform Mechanical Code 504(e)) 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, code section Uniform Mechanical code 1009. v Provide 2 sets of manufacturer's installation instructions ✓ / Document Requirements Documentation or 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 to replace existing roof equipment weighing 400 pounds and greater (Uniform Mechanical Code Section 2336(a)) • P�ir' Water heaters and vents are included in the UMC - please include any water heaters or vents being installed or replaced. f ) Structural calculations stamped by a Washington State licensed Structural Engineer shall be required if structural work is to be done V • Number of units v Provide 2 sets of manufacturer's installation instructions ✓ / Working Drawings On 8 1/2 x 11 sheet of paper include the following: ,/'' Narrative of work to be done (i.e., changeout, replace existing equipment, modifications, etc.) v / • Type of unit being installed , i Rating /Size V • Number of units v Provide 2 sets of manufacturer's installation instructions Note: Water heaters and vents are included in the Uniform Mechanical Code - please inR ?y water heaters or vents being installed or replaced nrTY OF TUKWIIA 0 7 1997 JUL COMMERCIAL: Five complete sets of drawings and attachments required with application submittal 7/96 CITY OF T "KWILA Permit Center 6300 Southcenter Boulevard, Suite 100 Tukwila, WA 98188 (206) 431 -3670 Miscellaneous Permits MECHANICAL PERMIT M -8 Submittal Checklist RESIDENTIAL: Four complete sets of drawings and attachments required with application submittal PERMIT CITY Or.- TUI5WILA ..Pet'mit Na: M970095: Address: S u;i`te Tenant :TALLS CAMERAS Status :; ISSUED Type. B -MECH 'Applied: 07/07/1997 Parcel. #,: 20030,4 -3004' issued: 07/11%:1997'. **A *•k,'k ** c'** , A* * * *`k * * *k * *'k *'k, * * * k*k•k It k_ Af irA**' k.* k• k•k•k**•k'k * * ** Permit ' Conditions: 1 ;No `changes : will be made, to: the plans unless approved by the Arch :or Engineer. a nd t Tu Bui lding Divis on ion .'A11. permlts ` inspecti,t re, co s' an:d ; appro.ved plans shall l available e at the job 9a.i ° t'e'0 - ior t 't 'e s. 'a:ti^:t >:A,of any c on s•truction: These'r�dncurnents.��ar,e toft m ed ',be aintain and avail - able;.until fined }inspe'ction ap'oro; ,al is granted. All 'constru�tior to ,fie forrmance with approved plans and r egi� i re:men'ts., of the Un i f or ^n Bu i l d,i ng 4994 Ed i't i on) , °3S''ame,nded,'? Uniform `Mechani'ca:l, Code (1994 .,.,'i t,i on`) ' ' 7, 1 . a t,. Ed 'v- and Wash,tngtat� State Energy Ce (dition . Val i ):• ' ': i�i tt;y�,.bf t ss RPermi.: ThN ivaod 1994 E nce .,of a perm'i-t, or approval-. plans,Apecifi cat tons , n d;.'c'omputa'tions sha11 not b'c cpn strued,to ,e a permit fo.r;, °dr^ an approval of, any violation of a'j� ;'of' "the provisi�q'n of The building code or'of `any" '.: other�tord'i`hance of th:e :..,,jur ^isdiction:> No permit pr ~esumi;rg t gi saut;hor: ty. to vio'la"te- .or :cance.l `the provisions ;ot this de?+ " cosha1`1 be. "vat id °:; {: f;..:..... v= MA, UFACTUR "'y.INS•.TALLATION INSS IO,,,REDUIRED ON`. S ITE 0 , - ITH E BU:ILbING •I 4 ` t �� •�I...a+'w l r � s � ` ('t1i � .' ' fit: COMPLETE ❑ COMMENTS REVIEWERS INITIAL �ERMi C CDORb1NATO Cody PLAN REVIEW / ROUTING SLIP ACTIVITY NUMBER Mq - 009 5 DATE � 717 PROJECT NAME I / 1. -1--S - CA ERA DMTMENT: BM DIMS O PUBLI� W rp N STRUCTURAL w E , DETERMINATION OF COMPLETENESS: (T,Th) NOT COMPLETE ❑ TUES /THURS ROUTING: PLEASE ROUTE fl NO FURTHER REVIEW REQUIRED ❑ ROUTED BY STAFF ❑ (If routed by staff, make copy to master file & enter Sierra.) APPROVALS OR CORRECTIONS: (ten days) REVIEWERS INITIAL CORRECTION DETERMINATION: REVIEWERS INITIAL C:ROUTE -F a.i.uw+x v.±r.✓...r •rxr.. ^M j+ in .c.<. DATE DATE DATE Pr4TINWISION Ej PERMIT COORDIN ❑ DUE DATE ] ° g - q7 NOT APPLICABLE ❑ DUE DATE - 7 - 2 - APPROVED n APPROVED W/ CONDITIONS NOT NOT APPROVED (attach comments) ❑ DUE DATE APPROVED I I APPROVED W/ CONDITIONS 111 NOT APPROVED (attach comments) 0 (Certification of occupancy required. COMMENTS: i Type of inspection: — Address: / t ` f f� // Date called: 2_,..„ I / ..... Date wanted: / , . a.. 2 ` -y-� p.m. c. (t - (--h N M-- Requester: 1 iV, o-E ACuES S 11) (t.3 it RI lt.._- l o sezit- t • z F, Lr •t i.., ft- Avg ) £-.c4 - 51+,,x -.DA ,.0 1-Csr t c, 7„ t5. ,04 a. v t C...,a r t mac t s I! T S At-DG. /hilt Pt it c .Cleo'+ . l'iii 'J 10 M CJ uce9 w11 p= )L- Sw `- 'Phi r— 9 ri - 11 - 0 ILZI - u xri MIL_ P t r rn • R L. rwr.,d.A / iJ l'' ‘ , Cfr .'. GA,/ Ar 031- 300. Projec . // i Type of inspection: — Address: / t ` f f� // Date called: 2_,..„ I / ..... Date wanted: / , . a.. 2 ` -y-� p.m. Special instructions: j �f / �G /// 4% Al/ . ) 1 / Requester: JPhone cq-igiS/ Approved per applicable codes. I Receipt No.: INSPECTION RECORD Retain a copy with , . .,nit INSPECTION NO. CITY OF TUKWILA BUILDING DIVISION 6300 Southcenter Blvd., #100, Tukwila, WA 98188 Date: N9, PERMIT NO. (206) 431 -3670 f') Corrections required prior to approval.. $42.00 REINSPECTION FEE REQUIRED. Prior to inspection, fee must be paid at 6300 Southcenter Blvd., Suite 100. Call to schedule reinspection, 1 *****************k44*•k***•* **4 #* *kk k* *******k*k*kk*k* .,CITY: OF JUKWILA WA TRANSMIT. **44:*******************k******A. **k** it* A *A. TRANSMIT Number: R9700612 Amount: 54.69 07/11/97 1158 Payment Method: CHECK Notation: GREENWOOD HEAT Init: RJR Permit No: M97-0095 Type: B-MECH MECHANICAL pERmir Parcel No 262304-9004 Site Address: G22 SOVHCENTER MALL Total Fees: 54.69 This Payment 54.69 Total ALL Pmts: 54.69 Balance: .00 **0A*****A******A*A*****AAA****AA******A**A****AAkA*****A**A*h** Account Code 000/345:830 000/322.100 Description PLAN CHECK 7NONRES MECHANICAL - NOIRES Amount • 43.75; 2016 0.7114-9717--.. TO 54..69 June 25, 1999 Michael Gove 11630 Slater Avenue NE Kirkland, WA 98034 RE: Permit Status M97 -0095 622 Southcenter Mall Dear Mr. Gove: Sincerely, Brenda Holt Permit Coordinator City of Tukwila Xc: Permit File No. M97 -0095 Duane Griffin, Building Official Department of Community Development Steve Lancaster, Director In reviewing our current permit files, it appears that your permit for replacing heat pump issued on July 11, 1997 has not received a final inspection as of the date of this letter by the City of Tukwila Building Division. Per the Uniform Building Code and/or Uniform Mechanical Code, every permit issued by the building official under the provision of this code shall expire by limitation and become null and void if the building or work authorized by such permit is not commenced within 180 days from the date of such permit, or if the building or work authorized by such permit is suspended or abandoned at any time after the work is commenced for a period of 180 days. Based on the above, if a final inspection is not called for within ten (10) business days from the date of this letter, the Permit Center will close your file and the work completed to date will be considered non - complying and not in conformance with the Uniform Building Code and/or Mechanical Code. Please contact the Permit Center at (206)431 -3670 if you wish to schedule a final inspection. Thank you for your cooperation in this matter. John W Rants, Mayor 6300 Southcenter Boulevar4 Suite #100 • Tukwila, Washington 98188 • (206) 4313670 • Fax (206) 431-3665 t?�s,`„r• �, N Y:n ,,i rte„ : j1{ q i,{ itli, f \fi r 05 9:z.'crcf. CITY OF TUKWILA Id: ACTP125 Activity Table Processing Permit No:'1M97= 0095 Status: ISSUED Base Information Parcel No: 262304 -9004 Owner: SOUTHCENTER JOINT VENTURE Validated By: SMC Statue: ISSUED Applied::. Active /Inactive: A Completed: Final Notice Sent: / / Nature of World^ +REPLACE "HEAT''PUMP. Location: Category: NRES (RES, NRES, STOV) Inspector Area: Valuation: 7,237.00 UMC Edition (Yr)! 1994 Fire Protection: SPRINKLERS Use Change (Y /N): N Storage of Flammable /Hazardous Materials:NONE CITY OF TUKWILA Id: ACTP140 Keyword: UACT Activity Maintenance - People Processing Permit No: M97 -0095 Statue: ISSUED Line Name 1 TALLS CAMERAS 2 SOUTHCENTER JOINT VENTURE 3 GREENWOOD HEATING & A/C 4 MICHAEL GOVE Enter Option: I iit CITY OF TUKWILA Ids ACTP125 Activity Table Processing Permit No: M97 -0095 Statue: ISSUED Base Information Parcel No: 262304 -9004 Name: Address! Zip: Phone: Notation: S Keywords UACT User: 1672 Tenants'.TALLS,CAMERAS . Address: 622''SOUTHCENTER MALL 9 9 9 9 999999999 Press any key to continue ** 05/25/99 MECHANICAL PERMIT Type: B -MECH Vero: 9602 Screen: 01 Plan Ck Approved: ,:17/.1997 >< Issued: / / To Expire: Final Response By: / / F7- Update, F2.Previous Line, Fl.Screen Index, ESC•Cancel Update Tenant: TALLS CAMERAS Address: 622 SOUTHCENTER MALL Relationship TENANT OWNER CONTRACTOR CONTACT Inspect a Person Relationship: CONTACT MTCHAEL`GOVE;: :' 11630' KIRKLAND` 'WA`' 98034.; 823 -4454 User: 1672 Tenant: TALLS CAMERAS Address: 622 SOUTHCENTER MALL 7/ 8/1997 7/11/1997 8/23/1998 05/25/99 MECHANICAL PERMIT License No. Date 07/07/1997 07/07/1997 GREENHA055BU 07/07/1997 07/07/1997 Date: 07/07/97 Keyword: UACT User: 1672 05/25/99 MECHANICAL PERMIT Type: B -MECH Vero: 9602 Screen: 01 INSUFFMEN( Z,. . ADDRESS ,IETURN TO SENDER City of Tukwila Department of Community Development 6300 Southcenter Boulevard Tukwila, WA 98188.2599 Michael Gove 11630 Slater Avenue NE Kirkland, WA 98034 11111 ) '..".1 IA 310,5100 1t { June 25, 1999 Michael Gove 11630 Slater Avenue NE Kirkland, WA 98034 RE: Permit Status M97 -0095 622 Southcenter Mall Dear Mr. Gave: City of Tukwila Department of Community Development Steve Lancaster, Director In reviewing our current permit files, it appears that your permit for replacing heat pump issued on July 11, 1997 has not received a final inspection as of the date of this letter by the City of Tukwila Building Division. Per the Uniform Building Code and /or Uniform Mechanical Code, every permit issued by the building official under the provision of this code shall expire by limitation and become null and void if the building or work authorized by such permit is not commenced within 180 days from the date of such permit, or if the building or work authorized by such permit is suspended or abandoned at any time after the work is commenced for a period of 180 days. Based on the above, if a final inspection is not called for within ten (10) business days from the date of this letter, the Permit Center will close your file and the work completed to date will be considered non - complying and not in conformance with the Uniform Building Code and /or Mechanical Code. Please contact the Permit Center at (206)431 -3670 if you wish to schedule a final inspection. Thank you for your cooperation in this matter. Sincerely, C ktRaiL(6 1 ,--6/ — Brenda Holt Permit Coordinator Xc: Permit File No. M97 -0095 Duane Griffin, Building Official John W. Rants, Mayor 6300 Southcenter Boulevard, Suite #100 • Tukwila, Washington 98188 • (206) 431-3670 • Fax (206) 4313665 4 x '.vrn.m.x.mnvogtrn+.nttaaaare1 xfaWlt1.44!:0e. +.�* c2Y. C City of Tukwila Fire Department Judy Fire Department Review Control # mq - 7.QQ% :�rxcta+�i W arrMlu�xL+7197NM^�C^74. Re: H.V.A.C. at Tally C r ie a Dear Sir: Loa 53u1 n ' .- The attached set of building plans have been reviewed by The Fire Prevention Bureau and are acceptable with the following concerns: 1. H.V.A.C. units rated at greater than 2,000 cfm require auto - shutdown devices. These devices shall be separately zoned in the alarm panel and local U.L. central station supervision is required. (City Ordinance #1742) H.V.A.C. systems supplying air in excess of 2,000 cubic feet per minute to enclosed spaces within buildings shall be equipped with an automatic shutoff. Automatic shutoff shall be accomplished by interrupting the power source of the air - moving equipment upon detection of smoke in the main supply -air duct served by such equipment. Smoke detectors shall be labeled by an approved agency for air -duct installation and shall be installed in accordance with the manufacturer's installation instructions. (IJIC 608) 2. Duct smoke detectors shall be capable of being reset from the alarm panel. (City Ordinance #1742) Remote indicator lights are required on all above ceiling smoke detectors. (City Ordinance #1742) 3. In areas that are not continuously occupied, automatic smoke detection shall be provided at each control unit(s) location to provide notification of fire at that location. (NFPA 1 -5.6) The installation of wiring and equipment shall be in John W Rants, Mayor Thomas P. Keefe, Fire Chief Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: (206) 575.4404 • Fax (206) 57.5-4439 City of Tukwila Fire Department Page number 2 accordance with N.F.P.A. 70, Article 760, Fire Protective Signaling Systems. (NFPA 72- 1- 5.5.4) 4. When the control panel is located inside a room, the door to the room shall have a sign with one -inch letters which reads "Fire Alarm" or "Fire Alarm Control". (City Ordinance #1742) Dedicated fire alarm system circuit breaker(s) shall be equipped with a mechanical lockout device. (NFPA 72 (1- 5.2.8.2)) 5. All new fire alarm systems or modifications to existing systems shall have the written approval of The Tukwila Fire Prevention Bureau. No work shall commence until a fire department permit has been obtained. (City Ordinance #1742) (UFC 1001.3) Contact The Tukwila Fire Prevention Bureau to witness all required inspections and tests. (UFC 10.503) (City Ordinance #1742) Any overlooked hazardous condition and /or violation of the adopted Fire or Building Codes does not imply approval of such condition or violation. Yours truly, The Tukwila Fire Prevention Bureau cc: TFD file ncd Headquarters Station: 444 Andover Park East • Tukwila, Washington 98188 • Phone: (206) 5754404 John W Rants, Mayor Thomas P. Keefe, Fire Chief Fax (206) 575-4439 .I9 : 8E ,Tif•r6y /` %).1 ' V, i V(tM* PATE-,l'fi k t r 9t. 0/ .11. / ..1.. k � T ' r 11 4l Q �_1 ` 1 (II . �� i:* i / . .7 DEPARTMENT OF LABOR AND IN'' THIS CERTI tS THAT THE PERSON NAMED HEREON IS REOIST ,cD AS PROVIDED BY LAW AS A , ie5t 9cp ! mow.. ww ^,rw v.xww.se4o?.,v.n!N wr�r�r,.i r,w �r.�t..,...u. <YC �i -wH ,....,,�.. ..y W,,,.,,, . r,... .r,�y.,r.�.y�q.w.yq, »rm- r•rrr.. lSA .•� /� AL \IAA�I�u/. \ \111.A \A \l AA \AM tl' �l'\\ I�AV.`► UAlll�\ AI: �AAAU{ AAAAl1�AW�l ►.A iAj.Y !' C r "ynn.''il,�t, �. u � ti.. w ti + ra 1' y 1 0 . 1' f ( 1;. 1'JS,`T NE)1 y�� ' N 1II1}}`l � ( W1°lj �y t t 'i� 7 47VN��T' +.;� ..:��' ..y /�r�,tt ,, ► '{ 44 } Jtiy�k�I11 ' 1 1• • ' C J..- ' , � 1.• '� f. i{ •••' /iS1 �...... i 4:iI F625.052.00013•92) r ,'.� ?'•ice : "ie•1•;+;;;;,i:- iG;;,; : t...:r' x:.00 i;ii I ,iii:,,;;;,",4 St ii:,,,.r.•, .∎4 iCLL �yfAl�l' . �AA�\ ��U�A ALL��AU .AA� \��..."� \A� \1w�l��AA�I li \�V:AAA \�A... .. {� \w.� AAA \��.M\AAAwnY��AA�IJ� L. DETACH TO DISPLAY CERTIFICATE _! My STATE OF WASHINGTON to te. of..Washing.tiq'n , Co un t y of certify' tthaC` is 'a true anc cor. •ect copy of a' docutient in the possession' of ' ' () �n ,¢ j,. • as , qt this date . appointment expires • " • • CITY OF WILA JUL 07 PERMIT CENTER tgffgair I PRODUCT LITERATUR 01996 Lennox Industries Inc. Dallas, Texas RECEIVED CITY OF TUKWILA JUL (1 7 1997 PERMIT CENTER .ELITE IOTM HEAT PUMP UNIT Elite 10 heat pump units are approved and warranted only for installation with specially matched indoor coils, line sets, and refrigerant control devices as des- ignated by Lennox. Refer to Lennox engineering handbook for expansion valve kits which must be ordered separately. [SHIPPING AND PACKING LIST 1- Assembled HP29 heat pump unit 1- Thermometer well (field installed) 1- 45° copper street elbow 1- Coupling, 5/16 x 3/8" (211, 261, 311) Check unit for shipping damage. Consult last carrier immediately if damage is found. GENERAL INFORMATION These instructions are intended as a general guide and do not supersede national or local codes in any way. Authorities having jurisdiction should be con- sulted before installation. A IMPORTANT The Clean Air Act of 1990 bans the intentional venting of refrigerant (CFC's and HCFC's) as of July 1, 1992. Approved methods of recovery, re- cycling or reclaiming must be followed. Fines and /or incarceration may be levied for non -com- pliance. Page 1 INSTALLATION INSTRUCTIONS EliteTM Series HP29 Heat Pump Units HEAT PUMP UNITS 1 -1/2 through 5 ton 503,492M 7/96 Supersedes 503,411 M RETAIN THESE INSTRUCTIONS FOR FUTURE REFERENCE Technical Publications Litho U.S.A. TABLE OF CONTENTS w f ELITE 10 HEAT PUMP UNIT 1 SHIPPING AND PACKING LIST 1 GENERAL INFORMATION 1 HP29 UNIT DIMENSIONS 2 SETTING THE UNIT 3 ELECTRICAL 4 PLUMBING 5 REFRIGERANT METERING DEVICE 5 MANIFOLD GAUGE SET 5 LIQUID & VAPOR LINE SERVICE VALVES 6 LEAK TESTING 7 EVACUATION 8 START -UP 8 CHARGING CONSIDERATIONS 9 CHARGING FOR TXV SYSTEMS 9 SYSTEM OPERATION 10 DEFROST SYSTEM 10 MAINTENANCE 12 HP29 CHECK POINTS 12 A WARNING Product contains fiberglass wool. Disturbing the insulation in this product during installation, maintenance, or repair will expose you to fiberglass wool. Breathing this may cause lung cancer. (Fiberglass wool is known to the State of California to cause cancer.) Fiberglass wool may also cause respiratory, skin, and eye irritation. To reduce exposure to this substance or for fur- ther information, consult material safety data sheets available from address shown below, or contact your supervisor. Lennox Industries Inc. P.O. Box 799900 Dallas, TX 75379 -9900 Model No. A B HP29 HP29.261 in. 25 24-1/4 mm 635 616 HP29.311 in, 29 28 -1/4 mm 737 718 HP29- 411 -413 HP29 -461 -463 HP29. 511.513 HP29-651-653 in. 33 32-1/4 mm 838 819 INLET AIR / HP29. UNIT DIMENSIONS — INCHES (MM) INLET AIR INLET AIR TOP VIEW t 24-1/4 _ (616) SIDE VIEW INLET AIR 3/4 (19) VAPOR LINE CONNECTION LIQUID LINE CONNECTION it 2 (51) 4 ELECTRICAL INLETS OPTIONAL UNIT STAND-OFF KIT (4) (Field Installed) COIL DRAIN OUTLETS (Around perimeter of base) Page 2 OUTDOOR COIL FAN OPTIONAL UNIT STAND -OFF KIT (4) (Field Installed) 6-3/8 (162) COMPRESSOR 4-3/8 VAPOR & LIQUID LINE CONNECTION 6-3/8 4-3/ (162) (111) TOP VIEW BASE SECTION 24.1/4 _ (616) r I SCHARGE* AIR SIDE VIEW 4-3/8 4-3/8 SETTING THE UNIT Heat pump units operate under a wide range of weather conditions; therefore, several factors must be considered when positioning the outdoor unit. Unit must be positioned to give adequate clearances for sufficient airflow and servicing. A minimum clear- ance of 36 in. (914 mm) between multiple units must be maintained. Refer to figure 1 for installation clear- ances. INSTALLATION CLEARANCES NOTE -46 inch clearance required on top of unit. *NOTE—One side must be 36 inches. One side may be 12 ". Place a sound- absorbing material, such as Iso- mode, under the unit if it will be installed in a loca- tion or position that will transmit sound or vibra- tion to the living area or adjacent buildings. 2- Mount unit high enough above ground or roof to allow adequate drainage of defrost water and prevent ice build -up. 3- In heavy snow areas, do not locate unit where drifting will occur. The unit base should be ele- vated above the depth of average snows. NOTE - Elevation of the unit may be accomplished by constructing a frame using suitable materials. If a support frame is constructed, it must not block drain holes in unit base. 4- When installed in areas where low ambient tem- peratures exist, locate unit so winter prevailing winds do not blow directly into outdoor coil. 5- Locate unit away from overhanging roof lines which would allow water or ice to drop on, or in front of, coil or into unit. 1- FIGURE 1 Page 3 Slab Mounting Figure 2 When installing unit at grade level, top of slab should be high enough above the grade so that water from higher ground will not collect around unit. See figure 2. Slab should have a slope tolerance away from the building of 2 degrees or 2 inches per 5 feet (51 mm per 1524 mm). This will prevent ice build -up under the unit during a defrost cycle. Refer to roof mounting section for barrier construction if unit must face pre- vailing winter winds. SLAB MOUNTING AT GROUND LEVEL STRUCTURE MOUNTING SLAB MUST SLOPE AWAY FROM BUILDING. DISCHARGE AIR GROUND LEVEL i FIGURE 2 Roof Mounting — Figure 3 Install unit a minimum of 6 inches (152 mm) above the roof surface to avoid ice build —up around the unit. Lo- cate the unit above a load bearing wall or area of the roof that can adequately support the unit. Consult lo- cal codes for rooftop applications. INLET AIR ROOFTOP APPLICATION WIND BARRIER CONSTRUCTION PREVAILING WINTER WINDS (� WIND BARRIER I INLET AIR INLET AIR FIGURE 3 If unit coil cannot be mounted away from prevailing winter winds, a wind barrier should be constructed. Size barrier at least the same height and width as out- door unit. Mount barrier 24 inches (610 mm) from the sides of the unit in the direction of prevailing winds. I ELECTRICAL Wiring must conform with the National Electric Code (NEC) and local codes. An application diagram is in- cluded in this instruction and in indoor unit instructions. Refer to unit rating plate, located on the control box cover, for minimum circuit ampacity and maximum fuse size. 1- Provide line voltage power supply to unit from a properly sized disconnect switch. Location of dis- connect switch should be easily accessible and within sight of the unit. TB1 TERMINAL STRIP (INDOOR UNIT CONTROL BOX) THERMOSTAT HEAT ANTICIPATION SET- TING .4 AMP ELECTRIC HEAT FOR THER- MOSTATS WITH ADJUSTABLE ANTICI- PATORS. WHEN TWO -STAGE THERMOSTAT IS USED, CONNECT SECOND -STAGE HEAT BULB TO TERMINAL 'W2' AND REMOVE JUMPER BETWEEN TERMINALS 'R' AND 'W2." IF OUTDOOR THERMOSTAT IS USED, RE- MOVE JUMPER BETWEEN TERMINALS "R" AND "W2.' EMERGENCY HEAT RELAY (USED ONLY IF OUTDOOR T'STAT IS USED) FIELD PRO. VIDEO AND INSTALLED NEAR INDOOR UNIT 14VAC 5VA MAX NEC CLASS 2. T I L _..-__ LOW VOLTAGE FIELD INSTALLED NOTE -ALL REMAINING WIRES FACTORY INSTALLED FIELD WIRING DIAGRAM FOR HP29 UNIT 2- Route power and ground wires from disconnect switch to unit. Electrical openings are provided under the control box cover. See unit dimension illustration on page 2. 3- Remove control box cover and connect power wiring to contactor. Connect ground wire to ground lug. 4- Install room thermostat (ordered separately) in the conditioned area. Locate thermostat where it will not be affected by sunlight, drafts or vibra- tion. Do not install thermostat on an outside wall. A position approximately 5 feet (1524 mm) from the floor and near the center of the conditioned area is most desirable. 5- Route 24VAC control wires from the thermostat to indoor unit and from indoor unit to defrost control terminals in the outdoor unit as shown in figure 4. ■ 0 U) W 0 O J 11MM MM,114. MOM 14D OUTDOOR -' THERMOSTAT (IF USED) FIGURE 4 Page 4 0 O c . SI THERMOSTAT co • HP19 LOW VOLTAGE TERMINAL CONNECTIONS UN LIQUID LINE SUCTION LINE L10 LINE SETS L15 LINE SETS -211 5/16 in" (8 mm) 5/8 in 116 in L10 -21 20 ft. - 50 ft. (6m -15 m► L15 -21 20 ft. - 50 ft. (6m -15 m) -261 -311 5/16 in* (8 mm) 3/4 in. (19 mm) FIELD FABRICATED L15-51 (5 ft. - 50 ft. 16m -15 m) -410 3/8 in (10 n 3/4 in. (19 n. L10-41 20 ft. - 50 ft. (6m -15 m) L15 -41 20 ft. - 50 ft. (6m -15 m) -460 3/8 in (10 m 7/8 In. (22 In. L10-65 30 ft. - 50 ft. (9m -15 m) L15-65 30 ft. - 50 ft. {9m -15 m) -510 -650 3/8 in (10 mm) 1 -1/8 in. (29 mm) FIELD FABRICATED FIELD FABRICATED MODEL KIT NUMBER HP29-211/261 HP29- 311/410 LB-85759F HP29- 460/510 LB- 85759G HP29 -650 LPL UMBING Field refrigerant piping consists of liquid and vapor lines from the heat pump (sweat connections) to the indoor evaporator coil (typically flare connections). Use Lennox L10 (flare) or L15 (sweat, non - flare) se- ries line sets as shown in table 1 or use field- fabri- cated refrigerant lines. Refer to unit information man- ual piping section for proper size, type and applica- tion of field - fabricated lines. If refrigerant tubes are routed through a wall, seal and isolate the opening so vibration is not transmitted to the building. NOTE -Line length should be no greater than 50 feet (15.2 m). Select line set diameters from table 1 to en- sure oil return to compressor. TABLE 1 REFRIGERANT LINE SET KITS "Use reducer supplied in bag assembly. NOTE -To obtain maximum efficiency, remove the 3/4" reduction from the L 10 -65 series line sets and the flare fitting from the indoor coil. Then, make a sweat connection using a 7/8" X 1 -1/8" reducer bushing. Sweat Connection Procedure 1- End of refrigerant line must be cut square, free from nicks or dents, deburred. Pipe must remain round, do not pinch end of line. (I.D. and O.D.) 2- The thermometer well (packaged separately and attached to the liquid line) should be installed in the liquid line close to the HP29 unit as shown in figure 5. Connect thermometer well male end to female end of liquid valve. Take care to install thermometer well so that the thermometer can be inserted and read easily. Wrap a wet cloth around the liquid line valve body and copper tube stub to protect from heat damage during brazing. Wrap another wet cloth underneath the liquid valve to protect the base paint. Page 5 THERLIOMETER WELL (Field Installed) LIQUID LINE VALVE INSTALL THERMOME- TER WELL SO THAT THERMOMETER CAN BE INSERTED AND READ EASILY THERMOMETER WELL FIGURE 5 PROTECT LIQUID LINE VALVE WITH WET RAG DURING BRAZING 3- Quench the joint with water or a wet cloth to pre- vent possible heat damage to valve core and open- ing port. / REFRIGERANT METERING DEVICE HP29 units are applicable to expansion valve systems only. See indoor coil installation instructions and the Len- nox engineering handbook for approved TXV match - ups and application information. Expansion Valve Systems Expansion valves equipped with either "Chatleff" or flare type fittings are available from Lennox. Refer to the indoor coil installation Instructions or the engineering handbook for applicable expansion valves for use with specific match -ups. See table 3 for applicable check and ex- pansion valve kits. Failure to remove RFC when installing an expan- sion valve to the indoor coil will result in improp- er operation and damage to >Ehe system. A IMPORTANT TABLE 3 INDOOR CHECK AND EXPANSION VALVE KITS / MANIFOLD GAUGE SET / A manifold gauge set equipped with "low loss" hoses should be used when checking unit charge. A manifold gauge set with anything other than "low loss" hose should not be used. See figure 6 for manifold gauge con- nections. DEFROST THERMOSTAT EXPANSION /CHECK VALVE LOW HIGH PRESSURE PRESSURE GAUGE MANIFOLD V It W TO R -22 DRUM HP29 COOL( CYCLE (SHOWING MANIFOLD GAUGI )NNECTIONS) OUTDOOR UNIT LIQUID LINE SERVICE PORT F r V BIFLOW FILTER / DRIER MUFFLER L THERMOMETER WELL DISTRIBUTOR • P LIQUID & . LINE SERVICE VALVES The liquid line and vapor line service valves (figures 7 and 8) and gauge ports are accessible from outside the unit. The service ports are used for leak testing, evacuating, charging and checking charge. The valve is equipped with a service port. A schrader valve is factory installed. A service port cap is supplied to protect the schrader valve from contamination and serve as the primary leak seal. A IMPORTANT Service valves are closed to the heat pump unit and open to line set connections. Do not open until refrigerant lines have been leak tested and evacuated. All precautions should be exercised in keeping the system free from dirt, moisture and air. OUTDOOR COIL INTERNAL COMPRESSOR LIMIT To Access Schrader Port: 1- Remove service port cap with an adjustable wrench. 2- Connect gauge to the service port. 3- When testing is completed, replace service port cap. Tighten finger tight, then an additional 1/6 turn. To Open Liquid or Vapor Line Service Valve: 1- Remove stem cap with an adjustable wrench. 2- Using service wrench and 5/16" hex head exten- sion back the stem out counterclockwise until the valve stem just touches the retaining ring. COMPRESSOR Page 6 I SUCTION SERVICE PORT NOTE - ARROWS INDICATE DIRECTION OF REFRIGERANT FLOW FIGURE 6 TO OUTDOOR COIL SERVICE PORT CAP REVERSING VALVE TO OUTDOOR COIL VAPOR LINE VALVE J EXPANSION /CHECK VALVE SCHRADER VALVE SERVICE PORT SERVICE PORT CAP SCHRADER VALVE OPEN TO LINE SET WHEN VALVE IS CLOSED (FRONT SEATED) FIGURE 7 r INDOOR UNIT STEM CAP %11.4 LIQUID LINE SERVICE VALVE (VALVE OPEN) INSERT HEX WRENCH HERE w T SERVICE PORT RETAINING RING (VALVE FRONT SEATED) 1 O INDOOR COIL LIQUID LINE SERVICE VALVE (VALVE CLOSED) STEM CAP INSERT HEX dger WRENCH HERE TO INDOOR COIL Do not attempt to backseat this valve. Attempts to backseat this valve will cause snap ring to explode from valve body under pressure of refrigerant. Personal injury and unit damage will result. A DANGEL 3- Replace stem cap tighten firmly. Tighten finger tight, then tighten an additional 1/6 turn. To Close Liquid or Vapor Line Service Valve: 1 - Remove stem cap with an adjustable wrench. 2- Using service wrench and 5/16" hex head exten- sion, turn stem clockwise to seat the valve. Tight- en firmly. 3- Replace stem cap. Tighten finger tight, then tighten an additional 1/6 turn. VAPOR LINE SERVICE VALVE (VALVE OPEN) INSERT HEX WRENCH HERE STEM CAP TO INDOOR ' D ). COIL Ate.. )' SCHRADER VALVE SERVICE PORT CAP SERVICE PORT VAPOR LINE SERVICE VALVE (VALVE CLOSED) TO INDOOR C0. SERVICE PORT SERVICE PORT CAP RETAINING RING TO OUTDOOR COIL STEM CAP INSERT HEX WRENCH HERE (VALVE FRONT SEATED) SCHRADER VALVE OPEN TO LINE SET TO OUTDOOR WHEN VALVE IS CLOSED (FRONT SEATED) COIL FIGURE 8 Vapor Line (Ball Type) Service Valve A ball -type full service valve is used on five -ton units. These vapor line service valves function the same way, differences are in construction. Valves are not rebuild - able. If a valve has failed it must be replaced. A ball valve valve is illustrated in figure 9. The ball valve is equipped with a service port. A schrader valve is factory installed. A service port cap is supplied to protect the schrader valve from contamination and assure a leak free seal. Page 7 VAPOR LINE (. L TYPE) SERVICE VALVE (VALVE OPEN) USE ADJUSTABLE WRENCH ROTATE STEM CLOCKWISE 90° TO CLOSE ROTATE STEM COUNTER - CLOCKWISE 90' TO OPEN TO OUTDOOR STEM CAP COIL SERVICE PORT CAP 1. *Oito::) INDOOR COIL • *la SERVICE POR I RV SCHRADER VALVE FIGURE 9 STEM BALL (SHOWN OPEN) LEAK TESTING After the line set has been connected to the indoor and outdoor units, the line set connections and in- door unit must be checked for leaks. A WARNING Never use oxygen to pressurize refrigeration or air conditioning system. Oxygen will explode on con- tact with oil and could cause personal injury. When using high pressure gas such as nitrogen or CO2 for this purpose, be sure to use a regulator that can control the pressure down to 1 or 2 psig. Using an Electronic Leak Detector or Halide 1- Connect a cylinder of nitrogen with a pressure reg- ulating valve to center port of manifold gauge set. 2- Connect the high pressure hose of the manifold gauge set to the service port of the vapor valve. (Normally, the high pressure hose is connected to the liquid line port, however, connecting it to the vapor port better protects the manifold gauge set from high pressure damage.) 3- With both manifold valves closed, open the valve on the R22 bottle (vapor only). 4- Open the high pressure side of the manifold to al- low R22 into the line set and indoor unit. Weigh in a trace amount of R22. (A trace amount is a maxi- mum of 2 ounces or 3 pounds pressure.) Close the valve on the R22 bottle and the valve on the high pressure side of the manifold gauge set. Dis- connect R22 bottle. 5- Adjust nitrogen pressure to 150 psig. Open the valve on the high side of the manifold gauge set which will pressurize line set and indoor unit. 6- After a short period of time 'open a refrigerant port to make sure the refrigerant added is ade- quate to be detected. (Amounts of refrigerant will vary with line lengths.) Check all joints for leaks. Purge nitrogen and R22 mixture. Correct any leaks and recheck. Evacuating the system of non - condensables is criti- cal for proper operation of the unit. Non- condens- ables are defined as any gas that will not condense under temperatures and pressures present during operation of an air conditioning system. Non -con- densables and water vapor combine with refrigerant to produce substances that corrode copper piping and compressor parts. 1- Connect manifold gauge set to the service valve ports as follows: low pressure gauge to vapor line service valve; high pressure gauge to liquid line ser- vice valve. 2- Connect the vacuum pump (with vacuum gauge) to the center port of the manifold gauge set. 3- Open both manifold valves and start vacuum pump. 4- Evacuate the line set and indoor unit to an abso- lute pressure of 23mm of mercury or approxi- mately 1 inch of mercury. During the early stages of evacuation, it is desirable to close the manifold gauge valve at least once to determine if there is a rapid rise in absolute pressure. A rapid rise in pressure indicates a relatively large leak. If this oc- curs, the leak testing procedure must be repeated. NOTE- The term absolute pressure means the to- tal actual pressure within a given volume or sys- tem, above the absolute zero of pressure. Abso- lute pressure in a vacuum is equal to atmospheric pressure minus vacuum pressure. 5- When the absolute pressure reaches 23mm of mercury, close the manifold gauge valves, turn off the vacuum pump and disconnect the man- ifold gauge center port hose from vacuum pump. Attach the manifold center port hose to a nitrogen cylinder with pressure regulator set to 150 psig and purge the hose. Open the manifold gauge valves to break the vacuum in the line set and in- door unit. Close the manifold gauge valves. A CAUTION Danger of Equipment Damage. Avoid deep vacuum operation. Do not use com- pressors to evacuate a system. Extremely low vacuums can cause internal arc- ing and compressor failure. Damage caused by deep vacuum operation will void warranty. Page 8 6- Shut off the'tintrogen cylinder and remove the manifold gauge hose from the cylinder. Open the manifold gauge valves to release the nitrogen from the line set and indoor unit. 7- Reconnect the manifold gauge to the vacuum pump, turn the pump on and continue to evacuate the line set and indoor unit until the absolute pres- sure does not rise above .5mm of mercury within a 20 minute period after shutting off the vacuum pump and closing the manifold gauge valves. 8- Depending on the equipment used to determine the vacuum level, the following units are equiva- lent to absolute pressure of .5mm of mercury or 500 microns. 9- When the absolute pressure requirement above has been met, disconnect the manifold hose from the vacuum pump and connect it to an upright bottle of R22 refrigerant. Open the manifold gauge valves to break the vacuum in the line set and in- door unit. Close manifold gauge valves and shut off R22 bottle and remove manifold gauge set. I START—UP A IMPORTANT Crankcase heater should be energized 24 hours before unit start-up to prevent compressor dam- age as a result of slugging. 1- Rotate fan to check for frozen bearings or binding. 2- Inspect all factory and field - installed wiring for loose connections. 3- Open liquid line and vapor line service valves (counterclockwise) to release refrigerant charge (contained in heat pump unit) into the system. 4- Replace stem caps and secure finger tight, then tighten an additional (1/6) one -sixth of a turn. 5- Check voltage supply at the disconnect switch. The voltage must be within the range listed on the unit nameplate. If not, do not start the equipment until the power company has been consulted and the voltage condition has been corrected. 6- Set the thermostat for a cooling demand, turn on power to indoor blower coil and close heat pump unit disconnect to start unit. 7- Recheck unit voltage with unit running. Power must be within range shown on unit nameplate. Check amperage draw of unit. Refer to unit name- plate for correct running amps. S Liquid Line et Diameter Ozs. per 5 ft. (ml per mm) adjust from 20 ft. (6096 mm) line set* 5/16 in. (8mm) L 2 ounce per 5 ft. (60m1 per 1524 mm) 3/8 in. (10mm) 3 ounce per 5 ft. (90m1 per 1524 mm) CHARGING CONSIDERATIONS The unit . is factory charged with the amount of R -22 refrigerant indicated on the unit rating plate. This charge is based on a matching indoor coil and out- door coil with a 20 foot (6096 mm) line set. For vary- ing lengths of line set, refer to table 2 for refrigerant charge adjustment. TABLE 2 "If line length is grea er than 20 feet (6096 mm), add this amount. If line length is less than 20 feet (6096 mm), subtract this amount. If the system is void of refrigerant, the recommended and most accurate method of charging is to weigh the refrigerant into the unit according to the total amount shown on the unit nameplate. This may be done after any leaks have been repaired. If weighing facilities are not available or if unit is just low on charge, use one of the procedures outlined. Charging a heat pump is recommended during warm weather. However, applications arise in which charg- ing must occur in the colder months. The way the unit is charged depends on the unit's refrigerant metering device and the outdoor ambient temperature. The Subcooling and the Approach methods are the two recommended procedures for charging the HP29 using an expansion valve system for refrigerant me- tering. The difference between the two involves the outdoor ambient temperature. For expansion valve systems where the outdoor ambient temperature is 60 °F or above, the Approach method must be used. For expansion valve systems where the outdoor am- bient temperature is below 60 °F, the subcooling method should be used. Before charging the unit, follow the procedure below to determine: the liquid line temperature and the out- door ambient temperature. 1- Connect manifold gauge set to service valves: low pressure gauge to vapor valve service port; high pressure gauge to liquid valve service port. Con- nect the center manifold hose to an upright bottle of R22. Close manifold gauge set valves. 2- Set the room thermostat to call for heat. This will create the necessary load for properly charging the system in the cooling cycle. 3- Fill the thermometer well with mineral oil. 4- Record the outdoor ambient temperature. For greater accuracy, use the same thermometer to measure liquid temperature. Page 9 5- When thermostat demand has been satisfied, switch to cooling mode with a set point of 68°F. When pressures have stabilized, place the ther- mometer in thermometer well and record the liq- uid line temperature. 6- The outdoor temperature will determine which charging method to use. Proceed with the ap- propriate charging procedure below. NOTE -The model number "410" refers to both 411 (single- phase) and 413 (three - phase) units. The same applies for 460 (461/463), 510 (511/513) and 650 (651/653) units. I CHARGING FOR TXV SYSTEMS The Subcooling Method TXV Systems, < 60 °F Outdoor Temp Because the outdoor ambient temperature is below 60 °F, airflow over the outdoor coil will need to be re- duced to drive up the liquid line pressure to a range of 200 - 250 psig. To do this block off the outdoor coil with cardboard or a plastic sheet. BLOCKING OUTDOOR COIL OUTDOOR COIL SHOULD BE BLOCKED ONE SIDE AT A TIME WITH CARD- BOARD OR PLASTIC SHEET UNTIL PROPER TESTING PRESSURES ARE REACHED. CARDBOARD OR PLASTIC SHEET FIGURE 8 1- Remove the cap from the liquid line service valve stem and turn the stem clockwise 1/4 to 1/2 turn. This will open the service port. Exercise caution - the service port is not equipped with a valve core. 2- With the manifold gauge hose still on the liquid service port and the unit operating, read the liquid line pressure. 3- If the pressure is too low, block the airflow through the outdoor coil until the liquid line pres- sure stabilizes in a range of 200 to 250 psig. At that time, record the liquid line temperature and the liquid line pressure reading. 4- Using a temperature /pressure chart for R22, de- termine the saturation temperature for the liquid line pressure reading. 5- Subtract the liquid line temperature from the sat- uration temperature (according to the chart) to determine Subcooling. (Saturation temperature - Liquid line temperature = Subcooling) MODEL NO. APPROACH TEMPERATURE LIQUID LINE ° F - OUTDOOR AMBIENT ° F HP29 -211 1 t1 HP29 -261 13 HP29 -311 16 HP29 -410 12 HP29 -460 13 HP29 -510 16 HP29 -650 13 MODEL I SUBCOOLING TEMP. ( °F) HP29 -211 8 HP29 -261 I 4 HP29 -311 10 HP29 -410 10 I HP29 -460 12 HP29 -510 13 HP29 -650 I 1 6- Compare the Subcooling value with those in table 3. If Subcooling is greater than shown, refrigerant must be reclaimed. If Subcooling is less than shown, refrigerant must be added. TABLE 3 SUBCOOLING METHOD -TXV Systems The Approach Method TXV Systems, a 60° F Outdoor Temp Having taken the outdoor ambient and liquid line tempera- ture readings, subtract the outdoor ambient temperature from the liquid line temperature to determine the Ap- proach temperature. (Liquid line °F - Outdoor Ambient °F = Approach temperature) The resulting difference (Approach temperature) should agree with the values giv- en in table 4. If not, add refrigerant to lower the approach temperature or recover refrigerant from the system to in- crease the approach temperature. TABLE 4 APPROACH METHOD Note -For best results, the same thermometer should be used to check both outdoor ambient and liquid temperatures. SYSTEM OPERATION Filter Drier The unit is equipped with a biflow filter drier. See fig- ure 6. If replacement is necessary, order another of like design. Crankcase Heater A IMPORTANT Crankcase heater should be energized before start -up to prevent compressor damage as a re- sult of slugging. Page 10 Thermostat Operation Some heat pump thermostats incorporate isolating contacts and an emergency heat function (which in- cludes an amber indicating light). The thermostat is not included with the unit and must be purchased separately. Emergency Heat Function An emergency heat function is designed into some ther- mostats. This feature is applicable when isolation of outdoor unit is required or when auxiliary electric heat is staged by outdoor thermostats. When the room ther- mostat is placed in the emergency heat position, the outdoor unit control circuit is isolated from power and field - provided relays bypass the outdoor thermostats. An amber indicating light simultaneously comes on to remind the homeowner that he is operating in the emer- gency heat mode. Emergency heat is usually used during a heat pump shutdown, but it should also be used following a pow- er outage if power has been off for over an hour and the outdoor temperature is below 50 °F (10 °C). Sys- tem should be left in the emergency heat mode at least six hours to allow the crankcase heater sufficient time to prevent compressor slugging. Compressor Start Kit All units have internal start components and do not require field installation of a compressor start kit. The HP29 defrost system includes two components: a defrost thermostat, and a defrost control. Defrost Thermostat The defrost thermostat is mounted on the liquid line between the check/expansion valve and the distribu- tor. When defrost thermostat senses 35 °F (2 °C) or cooler, its contacts close and send a signal to the de- frost control board to start the defrost timing. It also terminates defrost when the liquid line warms up to 70 °F (21 °C). Defrost Control The defrost control board in the HP29 series units has the combined functions of a time/temperature defrost control, defrost relay, diagnostic LEDs and field connec- tion terminal strip. The control provides automatic switching from nor- mal heating operation to defrost mode and back. Dur- ing compressor cycle (call for defrost), the control ac- cumulates compressor run times at 30, 60 or 90 min- ute field adjustable intervals. If the defrost thermostat remains closed when the accumulated compressor run time ends, the defrost relay is energized and de- frost begins. DEFROST CONTROL BOARD DIAGNOSTIC LED MODE LED 1 LED 2 Normal Operation/ Power to board Flash together with LED 2 Flash together with LED 1 Time Delay* To Protect Compressor Alternating with ash Ls w LED 2 Alternating washes with LED 1 Pressure Switch Open Off On Pressure Switch Lockout* On Off Board Malfunction On On MEV PRESSURE SWITCH SAFETY CIRCUIT CONNECTIONS CONNECTION FOR ONE OPTIONAL SWITC S1 O t= l= PSI O CONNECTIONS FOR TWO OPTIONAL SWITCHES ®=1•1 S2 PS2 PS1 S °Noma 'Pt OUT PS2 _ PSI = OF = 0 OUT = HP29 DEFROST CONTROL BOARD 1 -1/2 TON - 4 TON UNITS 0 FAN= FACTORY - INSTALLED JUMPER j" (Remove to add pressure switches) Tot F, /F C R 0 Y1 DEFROST INTERVAL TIMING PINS tm ©3 90 O O 0 0 0 0 R W1 0 Y1 DIAGN • ST1C LEDs PRESSURE SWITCH SAFETY CIRCUIT CONNECTIONS cdra 1 OUT = PS2 = _ PSI _ DF _ = OUT _ FACTORY - INSTALLED JUMPER (Remove to add pressure switches) AMBIENT THERMISTOR CONNECTION SERVICE LIGHT CONNECTION C .40 L Y1 5 TON UNITS LED 2 17EJ PS DF C R 0 o of FAN P 100000001 DIAGNOSTIC LEDs Y1 W n C R 0 24V TERMINAL STRIP 24V TERMINAL STRIP CONNECTIONS CONNECTIONS DEFROST INTERVAL TIMING PINS Defrost Control Timing Pins Each timing pin selection provides a different accu- mulated compressor run period during one thermo- stat run cycle. This time period must occur before a defrost cycle is initiated. The defrost interval can be adjusted to 30, 60 or 90 minutes. See figure 10. The defrost period is 14 minutes and cannot be ad- justed. If no timing is selected, the control defaults to 90 minutes. A TEST option is provided for troubleshooting. When the jumper is placed across the TEST pins, the timing of all functions is reduced by a factor of 128. For exam- ple, a 30 minute interval during TEST is 14 seconds and the 14 minute defrost is reduced to 6.5 seconds. The TEST mode may be started at anytime. If the jump- er is in the TEST position at power —up or for longer than five minutes, the control will ignore the TEST selection and will default to a 90 minute interval. Time — Delay (5 ton units only) The timed —off delay is five minutes long. The delay feature is provided to help protect the compressor in cased of an interruption in power to the unit. Pressure Switch Safety Circuit The defrost control incorporates a pressure switch safety circuit that allows the application of up to two optional pressure switches; high pressure and /or loss of charge. See figure 10. During a demand cycle, the defrost control will lock out the unit if the unit goes off FIGURE 10 on any pressure switch wired to this circuit. The diag- nostic LEDs will display a pattern for an open pres- sure switch. See table 1. The unit will remain locked out until the switch is reset. Remove factory— installed jumper before connecting optional pressure switches to control board. When two pressure switches are used, wire each switch to one set of terminals PS1 and PS2 on the defrost con- trol board. See figure 10. When only one pressure switch is used, wire the switch to the two outside ter- minals of the pressure switch connections. NOTE: If not using a pressure switch, the factory — installed jumper wire must be connected. Diagnostic LEDs The defrost board uses two LEDs for diagnostics. The LEDs flash a specific sequence according to the condition. Page 11 TABLE 1 • Functions of defrost control board equipped on 5 ton units only; does not apply to control board used on 1 -1/2 through 4 ton units. MAINTENANCE At the beginning of each heating or cooling season, . the system should be cleaned as follows: Heat Pump Unit 1- Clean and inspect outdoor coil (may be flushed with a water hose). Make sure power is off before cleaning. 2- Outdoor unit fan motor is pre - lubricated and sealed. No further lubrication is needed. 3- Visually inspect all connecting lines, joints and coils for evidence of oil leaks. 4- Check all wiring for loose connections. 5- Check for correct voltage at unit (unit operating). 6- Check amp draw on heat pump fan motor. Unit nameplate Actual 7- Inspect drain holes in coil compartment base and clean if necessary. NOTE -If insufficient heating or cooling occurs, the unit should be gauged and refrigerant charge should be checked. Indoor Coil 1- Clean coil if necessary. 2- Check connecting lines, joints and coil for evi- dence of oil leaks. 3- Check condensate line and clean if necessary. Indoor Unit 1- Clean or change filters. 2- Lennox blower motors are pre - lubricated and per- manently sealed. No further lubrication is neces- sa ry. 3- Adjust blower speed for cooling. The pressure drop over the coil should be checked to determine the correct blower CFM. Refer to the Lennox Cooling Service Handbook for pressure drop tables and procedures. 4- Check all wiring for loose connections. 5- Check for correct voltage at unit. 6- Check amp draw on blower motor. Motor nameplate Actual / START - UP AND PERFORMANCE CHECK LIST .. Job Name Job No. Job Location City Installer City Unit Model No. Serial No. Nameplate Voltage Amps: Minimum Circuit Ampacity Supply Outdoor Fan Maximum Fuse Size Compressor Electrical Connections Tight? ❑ Indoor Filter Clean? ❑ Indoor Blower RPM Supply Voltage (Unit Off) S.P. Drop Over Evaporator (Dry) HEAT PUMP SECTION Outdoor Coil Entering Air Temperature Refrigerant Lines: Leak Checked? ❑ Service Valves Fully Open? ❑ Properly Insulated? ❑ Outdoor Fan Checked? ❑ Voltage With Compressor Operating Page 12 Date State State Service technician Liquid Pressure Vapor Pressure Refrigerant Charge Checked? ❑ THERMOSTAT Properly Set ?❑ , Level? ❑ LI1i PRODUCT LITERATURE ©1995 Lennox Industries Inc. Dallas, Texas RECEIVED CITY OF TUKWILA JUL 071997 PERMIT CENTER ECB29 /ECB31 ELECTRIC HEAT SECTIONS? The ECB29 series electric heat sections are designed to provide field installed electric heat for Lennox Elite 10TH CB29M, Elite 12TM CB3OM and some PowerMateT^^ CB31MV series blower coil units. ECB29 sections are available in single- and three - phase. Single -phase ECB29s are equipped with either terminal blocks, fuse blocks orcircuit breakers. ECB31 sections are equipped with circuit breakers and are available in single -phase 10kW and 20kW. ECB31 heater are designed for use with PowerMate CB31MV blower coil sections only. Refer to the engineering handbook for specific heat section applications. SHIPPING AND PACKING LIST Package 1 of 1 contains: 1- Assembled electric heat section 1- Bag assembly containing: 6- Screws 1- Wiring diagram 1- Transformer (575V only) 1- Fuse block extension plate (460V & 575V only) 2- Adhesive - backed foam seals Inspect heater section for shipping damage. The re- ceiving party should contact the last carrier immediate- ly if any damage is found. Page 1 INSTALLATION INSTRUCTIONS ECB29 SERIES UNITS ECB31 SERIES UNITS ELECTRIC HEAT SECTIONS 503,371M 10/95 TABLE OF CONTENTS ECB29 /ECB31 ELECTRIC HEAT SECTIONs 1 SHIPPING AND PACKING LIST 1 GENERAL INFORMATION 1 HEAT SECTION INSTALLATION 2 CIRCUIT BREAKER INSTALLATION 2 BLOWER SPEED CONNECTIONS 4 ELECTRICAL CONNECTIONS 4 RETAIN THESE INSTRUCTIONS FOR FUTURE REFERENCE Technical anon F'u bllcations Litho U.S.A. GENERAL INFORMATION These instructions are a general guide and do not su- persede local codes. Local authorities having jurisdic- tion should be consulted before installation. Read these instructions thoroughly before starting installation. The electric heat section and all other equipment used in HVAC systems should be installed by qualified in- stallers or technicians. Federal, state and local codes must be followed while installing this or any other HVAC equipment. A WARNING If these instructions and /or codes are not followed or if the equipment is not properly installed, pos- sible injury or death could occur during installa- tion or operation. Be sure to disconnect all power to unit while installing and servicing equipment. Proper tools and protective equipment should be used during installation and ser- vice. Installation of Lennox blower sections with or without optional electric heat must conform with standards in the National Fire Protection Association (NFPA) "Stan- dard for Installation of Air Conditioning and Ventilation Systems NFPA No. 90A," and "Standard for Installa- tion of Resident Type Warm Air Heating and Air Condi- tioning System, No. 90B," manufacturer's installation instructions and local municipal building codes. HEAT SECTION INSTALLATION w7 Before installing the unit, check information on unit rat- ing plate to ensure unit meets job specification, proper electrical power is available and that proper duct clear- ances are maintained. © WARNING Before Installing or servicing unit, be sure ALL power to unit is OFF. More than one disconnect switch may be present. Electrical shock can cause personal injury or death! NOTE -The ECB29 or ECB31 heat section is easier to install if it is Installed In the blower coil unit before the unit is set and the plenum is attached. 1- Shut off all power to blower coil unit. More than one disconnect may be required. 2- Remove blower section access panel. 3-- Remove electric heat patch plate inside blower coil unit on vestibule panel for the appropriate size of heater used. For units with two knockouts in patch plate, the entire patch plate should be removed to allow for installation of 20kW, 25kW and 30kW sized heaters. See figure 1. •- •• PATCH PLATE FOR: CB29M-21/26, -31 CB30M -21/26 0 BLOWER COIL PATCH PLATES 00 PATCH PLATE FOR: CB29M -41, -46, -51, -65 CB31MV-41, -51, -65 Knock out extended patch plate when using 20kW, 25kW or 30kW electric heaters. Holes In patch plate allow room for diagonal cutters used to cut through sheet metal. 0 0 0 0 CB30M -31, -41, -46, -51, -65 0 0 FIGURE 1 4- Slide electric heat section into blower section. Be careful that heating elements do not rub against sheet metal opening when sliding into blower sec- tion. Hole(s) on each side of the heater line up with holes in the blower coil control box. Secure electric heater into place with screws provided in bag as- sembly. Page 2 CIR BREAKER INSTALLATION 1- Install circuit breaker to blower deck flange. Use provided screw to secure. See figure 2. CIRCUIT BREAKER BRACKET ELECTRIC HEAT SECTION WITH CIRCUIT BREAKERS In downflow applications, circuit breakers must be rotated 180° to the UP position. BLOWER DECK CIRCUIT BREAKERS CIRCUIT BREAKER MOUNTING SCREW (Remove screw and slide breakers off mounting rail. Rotate breakers 180° and slide back on rail. Secure with screw.) FIGURE 2 NOTE - When applied in the down flow position, the cir- cuit breakers must be rotated to the UP position. See figure 2. TO do so, follow the procedure below. a. Disconnect power to the unit if present. b. Remove screw and slide breakers of mounting rail. NOTE- Wire tie closest to the circuit breaker may need to be removed to allow for rotation. c. Rotate circuit breaker 180 d. Slide circuit breaker back on rail and secure in place with previously removed screw. 2- Blower coil access panels are factory supplied with a patch plate over the circuit breaker open- ing. Remove the patch plate from the blower ac- cess panel. Also provided are two adhesive backed foam seals. Refer to figure 3. 3- Replace the blower access door to the unit. Break the patch plate for the specific size of electric heat unit / blower coil unit being installed. Discard un- used piece of patch plate. Refer to figure 4 CB29M - 21/26, CB29M -31 and CB30M -21/26 units; refer to figure for all other blower coil units. 4- Choose the appropriately sized circuit breaker seal and remove any perforated sections (if need- ed). Apply the seal to the outside of the blower ac- cess panel so that the seal is snug around the cir- cuit breakers. 5- Secure the patch plate back to blower access door. CIRCUIT BREAKER SEAL AND PATCH PLATE INSTALLATION PATCH PLATE BLOWER ACCESS PANEL CIRCUIT BREAKER SEAL 7, II DISCARD I COVER PLATE BREAK AT THIS POINT CIRCUIT BREAKERS CIRCUIT BREAKER BRACKET BLOWER DECK PATCH PLATE (Shipped installed on CB unit I I I I I I I I I I I I I I I c COVER PLATE Shown with Longest Section on Right side, Cover Plate may be factory installed with long section on Left side. Long Section CIRCUIT BREAKER SEAL (Shipped with electrical heat and Field installed) O Dotted Line are Perforations L/LL Side Of Unit FIGURE 3 CIRCUIT BREAKER HEATER AND PATCH PLATE CONFIGURATION ECB29 -5CB, ECB29.8CB ECB29 -10CB CB29- 21/26, CB29 -31 AND CB30 -21/26 ROTATE 180° and install over opening I Long I Section I L _L J FIGURE 4 Page 3 I DISCARD I Break at this point ECB29.12.5CB ECB29 -15CB Side Of Unit e ir ROTATE 180° and install over opening I I Long I 1 1 Section I L_ _L J o _ J DISCARD I Break at this point PATCH PLATE COVER PLATE Shown with Longest Section on Right side, Cover Plate may be factory installed with long section on Left side. CIRCUIT BREAKER SEAL (Shipped with electrical heat and Field installed) Dotted Lino are Perforations I I I Long I I I Sec - I I I o tion ECB31.20CB, ECB29 -25CB ECB29 -30CB Side Of Unit rTT fl I I I Long I I I I Section I L_L_L _J Break at this point I DISCARD I L BLOWER SPEED CONNECTIONS When using the ECB29 or ECB31 heat section with the CB29M, CB3OM orCB31 MV series blower coil units, the blower speed must be adjusted according to the size of electric heat and blower coil unit. The minimum blow- er setting for each blower size, all heat sections and in any application is HIGH. See specific blower coil instal- lation instructions for blower speed adjustment proce- dure and location. CIRCUIT BREAKER HEATER AND PATCH PLATE CONFIGURATION CB29M -41, CB29M -46, CB29M -51 AND CB29M -65 CB30M -31, CB30M -41, CB30M -46, CB30M -51 AND CB30M -65 CB31M -41, CB31M -51 AND CB31M -65 (Shipped installed on CB unit) ECB29.5CB, ECB29.8C6 ECB29.10CB Side Of Uni r . T I I I I LL .L J ROTATE 180° and install over opening ( C DISCARD Break at this point ECB29.15CB 3 Ph Side Of Unit c = � r r r I I I LPL Break at this point FIGURE 5 Page 4 ...r, r,. ruin, c ur«, •rsd. n I Long I I Section I L J DISCARD I ECB31 -10CB, ECB29- 12.5CB ECB29-15C5, ECB29 -20CB Side Of ELECTRICAL CONNECTIONS r r I I L �_. L ROTATE 180° and install over opening I I L�L I J I DISCARD ECB29 -20CB 3 Ph ECB29 -25CB 3 Ph Long Section Break at this point Break at this point - I I I I I I Long I I I Section LJ_ Lo_ I DISCARD I For electric heaters with circuit breakers, field power supply wiring must be connected to the circuit breakers. For units with terminal blocks, field power supply wir- ing must be connected to the terminal block. For units with fuses (G and J voltage), field power sup- ply wiring must be connected to the fuse block. An ex- tension plate is provided for J voltage units. Power wiring for all other heaters installed in CB29M, CB3OM or CB31 MV blower coil units should be connected as follows: 1— Heaters are supplied with an interconnecting jack plug attached to each assembly. Remove the interface har- ness from blower coil unit and connect the plug from the heater to the matching plug inside blower coil unit. NOTE —J voltage (575V) heaters are shipped with a line voltage to 460V transformer. This transformer provides 460V power to the blower motor only. See figure 6. 2— Heaters may be used with indoor thermostats which contain a second —stage heat bulb or with an outdoor thermostat. If indoor thermostat contains a second —stage heat bulb, remove jumper between terminals "W2" and "R" L2 L I 575V ONLY 208- 240/60/1 CIRCUIT 1 GROUND I ®i L CIRCUIT BREAKERS OR TERMINAL BLOCK Install transformer in control box and connect between provided plug In blower coil unit. FIGURE 6 ® THERMOSTAT TB I TERMINAL BLOCK COOLING APPLICATION WITH ELECTRIC HEAT HEAT ELEMENT • I H cO 9 Q L ` - -_ J K 3 INDOOR BLOWER RELAY K32 TRANSFORMER HEAT RELAY •I CB1 CIRCUIT BREAKER -� FIGURE 7 Page 5 of TB1 terminal block and connect second stage heat bulb to "W2 ". If an outdoor thermostat is used, remove jumper be- tween "W2" and "R" of TB1 and connect leads to "W2" and "'R ". Refer to unit wiring diagram. 3— Replace blower compartment access cover. NOTE —Refer to nameplate on blower coil unit for mini- mum circuit ampacity and maximum overcurrent protec- tion size. If single point power supply is desired, refer to nameplate on single point power supply accessory for minimum cir- cuit ampacity and maximum overcurrent protection size. Select the proper supply circuit conductors in accordance with tables 310 -16 and 310 -17 in the National Electric Code, ANSI /NFPA No. 70 or tables 1 through 4 in the Cana- dian Electric Code, Part I, CSA Standard C22.1. The blower coil units are provided with openings for use with 1 -1/2 inch trade size (1 -31/32 inch diameter) con- duit. A conduit reducer washer has been provided for use if installing smaller conduit. Figures 7 and 8 show typical condensing unit and heat pump application with a blower coil unit and electric heat section. Refer to the wiring schematic sticker provided with the electric heat section. Figure 9 shows the typical system diagram for the CB29M /CB3OM unit with installed electric heat sections; figure 10 shows the typical system diagram for the CB31 MV unit with installed electric heat section. NOTE -USE COPPER CONDUCTORS ONLY, REFER TO UNIT RATING PLATE FOR MINIMUM CIRCUIT AMPACITY AND MAXIMUM OVERCURRENT PROTECTION SIZE NOTE -ALL REMAINING WIRES FACTORY INSTALLED --- LINE VOLTAGE FIELD INSTALLED - - - - CLASS 2 VOLTAGE FIELD INSTALLED NEC /CEC A TO EXTERNAL LOAD 24VAC AT .50 AMP MAXIMUM SETTING G.4 HEAT P(ELE (ELECTRIC • WHEN TWO STAGE THERMOSTAT IS USED, CONNECT SECOND STAGE HEAT BULB TO TERMINAL "W2 " AND REMOVE JUMPER BETWEEN TERMINALS "R" AND "W2." D FACTORY INSTALLED JUMPERS © L3 CONNECTION USED ON (Y VOLTAGE) 3 PHASE ELECTRIC HEATERS ONLY. L2 L I CIRCUIT BREAKERS OR TERMINAL BLOCK GROUND Iml HEAT ELEMENT .1 oO i K3 INDOOR BLOWER RELAY K32 TRANSFORMER HEAT RELAY •I CB1 •� —� CIRCUIT BREAKER TG TERMINAL BLOCK CIRCUIT 1 208- 240/60/I - - . - - . - - ....«,.w ..wm,..m.0 - ' _I 1 i ( I I �J I I r JI r ____J E L EM HE AT RELAY 1 A 9,999R99, 1 � I L J I I L OU TDO OR THERMOSTAT' IF L ® WHEN OUTDOOR THERMOSTAT IS USED, CONNECT LEADS TO TERMINALS "R" AND "W2" AND REMOVE JUMPER BETWEEN TERMINALS "R' AND "W2." EMERGENCY HEAT RELAY (USED ONLY IF OUTDOOR T'STAT IS USED) FIELD PROVIDED m AND INSTALLED NEW INDOOR UNIT. 24VAC 5VA MAX NEC /CEC CLASS 2 A USING SERVICE LIGHT OPTION (S54) WITH SOME ELECTRONIC THERMOSTATS MAY REQUIRE MOVING S54 COMMON WIRE TO Y1 IN HEAT PUMP UNIT. A COMMON USED ONLY ON SOME THERMOSTATS. ®, Y2 USED ONLY WHEN TWO SPEED COMPRESSOR IS USED (HP21). • AMBIENT COMPENSATING THERMISTOR CONNECTION USED ONLY ON SOME THERMOSTATS. FIGURE 8 Page 6 1 HEAT PUMP APPLICATION WITH ELECTRIC HEAT — — — — CLAD VOLTAOE FIELD INSTALLED NOTE -ALL REMAINING WIRES FACTORY INSTALLED O THERMOSTAT HEAT ANTICIPATION SETTING 0.4 AMP ELECTRIC HEAT • FACTORY INSTALLED JUMPERS THERMOSTAT r 1 N N J c z U f ffi W a4 F-f- CB29M / CB3OM BLOWER COIL UNIT WITH INSTALLED ECB29 ELECTRIC HEAT - P VOLTAGE SCRT qq � WAAL I F . . f 1 4t 113 111 WL I CBG 8 41 1 11 U tf� PTAWINIs11 O l l .1 ' 4:1 GJ731111111.PATAS I:l3.. W4 ' AT:TT4 it C► Tew3 • on , y1i14'6 1E. . a .1� MINIM W T11f1'I�wS'll` / 1:1wN1i �:�Li 1CH•1 IM LI 4 ∎T CIRCUIT 2 L2 r C� EOUIPMENT GROUND LINE VOLTAGE FIELD INSTALLED .r-- DENOTES OPTIONAL COMPONENTS CIRCUIT L 1 4— T n L2 '�■--t01 EGU NT _ • It 432 REEFER TD UNIT NAMEPLATE FOR MINIMUM CIRCUIT AMPACITY ANO MAXIMUM OVER. PROTECTION SIZE. NOTE -USE COPPER CONDUCTORS ONLY HEATING UNITS- ELECTRIC ECB29- 12.5CO -I -P s r... N.. I 53 1 6 1 4 W LENNOX, .,,,..,... WIRING DIAGRAM! Ions VON lw., I LI m. U.S.A FIELD WIRING FOR ECU SERIES UNITS WITHOUT CIRCUIT BREAKERS A CIRCUIT 1 L LI' - - L2' . E�I�T 1 2 `J? 1 432-2 T "0.4 O 33 .7 ® EOUIPYENT ROT GROUND L EC AT I INDOOR UNIT I,3 IS NOT PRESENT ON A., HEATER LABELED LI,L2 ON ® IP) ELECTRIC HEATERS L43 •P• VOLTAGE UNITS AND UNITS 10 162 VOLTAGE STRIP IN INDOOR UNIT. L� CIRCUIT I EOUIP GR 1 3 SPEED MOTOR SHOWN FIELD WIRING FOR ECB SERIES UNITS WITH CIRCUIT BREAKERS CIRCUITS CIRCUIT 2 CIRCUIT I ® CBS 1 / Co2 3 L col AS LI 4 LI L2 L2 ® L3 i�� A 13 4- A L34. . OR IDD NT ¢) E EOU NT 1 GROUND GRCUND Tel E3- 110 law. I.w.,,,.. In. THE NUMBER Of CIRCUITS VARY ® REFER TO FAN COIL FOR ACTUAL NUMBER EMPLOYED 24V POWER R -6 Li7,WI3f': H14t .II'ZI11.11`1:i':AU' IIMIII 111191.3112119(0 1•Sl•rJWUPI:r ___E, ECON BLOWER 0 EGO SERIES CB SERIES 1101OR SPEED TAP CHART WI W2 I'I4Y1NENNNO•19:.' A 1� rammemmwrIONSaini Wli' UI fTF:T31'14 X1:19.1011 9�yT:i41ZIPIT S na•MCCIMA1'RWE\INIMI :4.1 1%71iH II TTl1e�7a44 ^ 1 i 1 . (i•7Ea• Q41'1�[GG�i t� i4.I (4I:TdTl111:� 105 RGl ell H1: 1. 1 . T IT I l :fitif 4 rJ LEMNOXA.0.1NA.. WINO OIAGRAWI5o9s COILS - BLOWER COIL UNITS C629L1- 21/26,31,41,46,51,65 -I -P C6301A- 21/26,31,41,46,51,65 -1 -P COIL SECTI n.. N s .. I Woo m Limo V.6* 0 REFER TO FACTOR p 24V COMMON C BLOWER SPEED TAP SELECTION CHART ON L3 CONNECTION USED ON IT) UNIT FOR BLOWER m ELECTRIC HEATERS C.A.T. SPEED INFORMATION ® NEC /CEC CLASS 2 3VA p USE COPPER CONDUCTORS [.i3 ONLY. REFER 10 U1411 RATING PLATE FOR JIS MINIMUM CIRCUIT AIPACITY AM) MAXIMUM P43 OVERCURRENT PROTECTION SIZE. LINE VOLTAGE FIELD WIRING -• CLASS II VOLTAGE FIELD WIRING • • In C) C m 0 CB31MV BLOWER COIL UNIT WITH INSTALLED ECB29 ELECTRIC HEAT — P— VOLTAGE , 1}14111:144 0 H:V411■014164 444 mom .15 441111 41.*515111 it y1 J 'IEUI OL IO Ei1 2i II41N.0 1 41 W 11•I,1.1Ww 1I(ll: I. DI�L1111N :e11' AS CIRCUIT 2 11 —T 1.2 .251— EGR D 07 HE 1E2 1. LINE VOLTAGE FIELD INSTALLED DENOTES OPTIONAL COMPONENTS N CIRCUIT I .7 LI ••••••• L21i' —t0 E GROU N O T ECB29- 12.5CB,ISCB -I -P ID41 t..... I.... I.., P2 REFER 10 UNIT NAMEPLATE CIRCUIT AMPACITY AND uAUIMUM OVER- PROTECTION SIZE. NOTE -USE COWER CONDUCTORS ONLY LENNOX:.,.I..1... TIRING DIAGRAM 10/95 HEATING UNITS- ELECTRIC Nn I.,. N.. 531.614W LIMN. 4.4.4 FIELD WIRING FOR WITHOUT CIRCUIT WHEN HUMIDITY CONTROLIA201 IS USED IN COMBINATION WITH SINGLE SPEED COIPRESSOR,CONNECT JUMPER BETWEEN •11' A • Y2'. -0 N20 CIRCUIT 2 AT B2 ' LI L2 ®L3 CONNECT R WIRES FROM HEATER LABELED LI,LI ON P' VOLTAGE UNITS AND UNITS ID TN 'Y' ERMINAL STRIP IN INDOOR UNIT. .9 r , CB Q 71 CBSIMV SERIES f II ECB UNITS BREAKERS A15 6 1 E31W� 441. 44 Llbl�'401:1dE:NG :4:15011 6►�I "A 1.: :13.;1.71 191111111011111'dPTy T>T V :'c41f2a7�.:Ef a�0 :' P1191111111111: r2E1111•11 i;1IG73RS7.1 •. ally .1. ELT . ' FIELD WIRING FOR ECB UNITS WITH CIRCUIT BREAKERS CIA ALBS n CIRCUIT A CO23A CIRCUIT ® COI A LI G am- — LI ..FAT LI --T ® 133.11 —� _ ®L3.4 —" &.L3t. L� - -� te EQUIPMENT EOUIPMENT ifrE EOUIPIIENT GROUND GROUND GROUNO GROUND ® EQUIPMENT GROUND THE NUMBER Cr CIRCUITS VARY LOCATED IN INDOOR /A UNIT t`lr' ACCORDING FAN C011 E NAAfE ® P1 IS EATERS FOR ACTUAL NUMBER EMPLOYED J49 _ P9 1 vn N — 7Z 02( . .cY L a pap pp 2,8 °.9 °I- F 2 2 2 22 8 2 2 Nn� : 4o r":•172'4•1•43•4\ 44' BS 241 POWER 1 BL04ER AU% HEAT 1 R LENNOXw FIRING DIAGRAIIIII /95 COILS - BLOWER C011 UNITS CB3IMV- 41.51,65 -I -P CD I U NN SECTION -IA4 N.. 531 1r 1.6.44 MAw..... M... W MI U.9.4 2 N AUG HEAT 2 W2 W• & II n i COOL /HEAT 2 _ _ __ Y2 7� E REV VALVE ^ COOL/HEAT I 6,FIEFER TO FACTORY BLOWER SPEED TAP SELECTICN CHART CN UNIT FOR BLOWER SPEED INFORMATION USE COPPER CONDUCTORS ONLY. REFER TO UNIT NACPLATE FOR 111N111U11 CIRCUIT AMPACITY •L D>11> AND MAXIMUM OVERCURRENT PROTECTION SIZE SECOND STAGE HEAT BULB TO TERMINAL 'W2' AND REMOVE JUMPER BETWEEN TERMINALS 'Fr 4 'V2' & WHEN CBSI IS WATCHED WITH CONDENSING Ath WHEN HUMIDITY CONTROL (A20) IS NOT USED IN UNIT, CONNCCT JUMPER BETWEEN 'R' 4 '0' WHEN HUMIDITY CONTROL 1A201 15 NOT USED IN CONNECT JUMPER BETWEEN 'Y2' MO 'OS' D) CCNNEC JANPER BETWEEN *Y1' AND 'DS' [PAGINATION WITH SINGLE SPEED COMPRESSCR, LINE VCLTAGE FIELD WIRING — CLASS 11 VOLTAGE FIELD WIRING 24 V COMMON •• • ....4 .... A.. ••■• • • TALES CAMERA: Southcenter Mall Remove existoing heat pump system (both indoor and outdoor units). Install new Lennox heat pumpsystem including outside condensing unit set on roof, indoor air handler /coil (hung in same location), connection to existing linesets and electrical. install new Honeywell heat/cool 7 -day setback thermostat. RTU - HP29 -653 - 5ton 10 SEER 6.8 HSPF AHU - CB29 -65 - 5ton air handler STAT - T8611M7008 - 7 -day heat pump thermostat FILE COPY 1 understand that the Plan C;' 'c approvolti `ro subject to errors and omissioc3 and approval of plans does not authcil s the violatIon of any adopted code of Ordifilib own? of oPProvea � By.LZ - ' SEPARATE PERMIT REQUIRED FOR: 0 2 aai LUMBING ['GAS PIPING CITY OF TUKWILA BUILDING DIVISION Of contractor' Date �U�C I ! r� /� Permit No c -°C CITY OF TUKWILA 11/4 A a APPROVED ('4 W JUL 0 © 1997 AS NO ED ISUI .D!NG DIVf3I `N RECEIVED CITY OF TUKWILA JUL 0 71997 PERMIT CENTER Zone - ONE Thermostats: Win =72 Sum =72 Indoor Humidity: Sum=55 Grains =7 Blower CFM: Win =2000 Sum =2600 SqFt = 1748 People 4 Appliances Page 1 Floor - 22A Concrete Slab No Edge Insulation 7290 HTM: Win-36.5 Sum =0.0 Area - 200.0 SenHtg SenCig SenLat Building 51059 39950 13808 Winter Design,: Db =27 Summer Design: Db =82 Wb =66 Infiltration AC /HR: Win =0.7 Sum =0.4 SqFt = 1748 51059 39950 13808 Room - One 51059 39950 13808 Blower CFM: Win =2000 Sum= 2600 Ventilation CFM = 800 39600 8800 3808 Infiltration. CFM: Win =0 Sum =0 0 0 0 Exterior Loads 11459 3150 Interior Loads 28000 10000 Duct Loss: Win =0.00 Sum =0.00 0 0 Zone Adjustment = 1.00 SqFt = 1748 Roof - 16D Under Ventilated Attic R -19 4169 3150 Gross Area =1 148.0 HTM: Win =2.4 Sum =1.8 Net Area = 1748'!0 0 12000 10000 16000 0 THE LOAD CALCULATION WAS PERFORMED ACCORDING TO ACCA MANUAL J SEVENTH EDITION. NO WARRANTY, EITHER EXPRESSED OR IMPLIED IS GIVEN WITH RESPECT TO THE ACCURACY OR SUFFICIENCY OF THE INFORMATION PROVIDED, AND THE USER MUST ASSUME ALL RISKS AND RESPONSIBILITIES IN CONNECTION WITH ITS USE THEREOF. Mc r 7O OE?s RECEIVED CITY OF TUKWILA JUL 0 71997 PERMIT CENTER LIZZEIZZEIZIIIIE10111111111111111111111111N/ -..............--Air ..►_� _---- __– .� tENNO 2- _ \ Outdoor Unit Model No. Line Set Model No. Line Length ft. Im) Liquid Line o.d. in. (mm) Vapor Line o.d. in. (mm) HP29 460 HP29 510 L15 -65 -30 30 (9) 3/0 (9.5) 7/8 (22.2) 1.15 65 40 40 (12) L15 -65 -50 50 (15) HP29 -650 Field Fabricate 3/8 (9.5) 1 -1/8 (28.6) _SPECIFICATIONS AN • ' IMENSIONS Model No. —' HP29 -653 Coil Net face area ft' t 2 (m2) Outer Coil ( 15.21 (1.41) Inner Coil 14.50 (13.51 ube dia. in. (mm) & No. of rows N 5/16 (7.9) — 2 Fins per inch (m 22 (866) Outdoor Fan Dia. — in. (mm) & No. of blades 18 (4571 — 4 Motor output — hp (W) 1/3 (2491 ::Refrigerant (HCFC -22) furnished 9 lbs. 0 oz. (4.08 kg) Liquid line coon. (o.d.) — in. (mm) (sweat) 3/8 (9.5) Vapor line corn. (o.d.) — in. (men) (sweat) 1 -1/8 (28.6) Line voltage data — 60 hz I inIKINUMMEMMIIINMISNIIM.s t ®e∎r06ifiiN Ifill∎ olilil 1Milli 208/230v 31 h ttt Compressor rated load amps 17.3 Outdoor coil fan full load amps - T — mom. 1.9 Rec. max. fuse or circuit breaker size (amps) -- °0 � 11 ".." ellarr i af 40 SSW 20 15 . �"D�tt�tSR.�..� 1Minimum circuit ampacity 23.5 Shipping weight lbs. (kg) (1 package) I 221, (100) Dimensions HXWxD or I 33 x 24-1/4 x 24 -1/4 intii 838x616x616 OPTIONAL ACCESSORIES (Must Be Ordered Extra) Outdoor Thermostat 4e'! Thermostat Kit Mounting Box 27J00 KLCEIVED CITY OF TUKWILA Low Ambient Kit (LB -57 13BM) Plastic Mounting Base (MB2 -S) U .t Unit Stand -Off Kit •"a1'J JUL 0 / b97 K Compressor Monitor 1 "r 0 Monitor Kit rtt PCRMIT CCNTCFI t PRODUCT CATALOG HEAT ITDOOR UNITS L`!�`1�lat1LalJL.lG�,1 CExrrxwnoM •MIE& ONLY Ymai THE C ...K E SYSTEM IS LISTED WWI LISTED 3.5 Thru 5 Ton (12.3 Thru 17.6 kW) fillodels OPTIONAL EQUIPMENT Thermostat — Thermostats and Controls Tab Refrigerant Line Kits — See Table Indoor Units — Coils - Blower Coil Units Tab FuelMasters "' System — Thermostats and Controls Tab ELITE 10'M SERIES • Dependable Compressor • Heavy Gauge Steel Cabinet • Outdoor Enamel Finish • Large Area Coil • Copper Tube /Enhanced Fin Coil • Automatic Defrost System • Expansion Valve • Reversing Valve Teefer to National or Canadian Electrical or manual to determine wire, (use and disconnect siza requirements. ttRefrigerant charge is sufficient for 20 ft. (6.0 m) length line set. NOTE — Extremes of operating range are plus 10% and minus 5% of line voltage. NOTE — Specifications, Ratings and Dimensions subject to change without notice and without incurring liability. HP29 Page 11 February 1997 STANDARD FEATURES Supersedes March 1996 • Start Controls • Powerful Direct Drive Fan • Fan Guard • Compressor Crankcase Heater • High Capacity Drier • Thermometer Well (field installed) • Coil Guard • Fully Serviceable Brass Service Valves Continued on Next Page INN. ARI RATINGS Unit Size *ARI Standard 210/240 Ratings Indoor Units "Check and Expansion Valve Kit Required 8r Model t ngg *Sound No. Ra (db) Cool. Cap. (kW) it; High Ht C raj Low Lip* Id Total Cool. Watt s SE C.O.P. Total H High Wata.s HSPF Region IV (Region V) High Htg. C.O.P. Total hl g Watts Low HZ. C.O.P. 4 Ton HP29 -511 (82) HP29 -513 (84) I]1DHPB4II U.S. (84) Canada (82) 44,000 (12.9) 39,500 (11.6) 24,800 1 7.31 4705 10 20 (9.35) 2.74 3860 7.10 (645 3.00 3160 2.30 Blower Coil Unit C630U-41/ p- -Flow) CB30M -46 (Multi- Posmon) •Factory Installed 44,500 (13.0) 39,500 (71.6) 24,000 (7.0) 5010 70 (8.90) 05 60 2.60 3925 6.80 (6.15) 2..20 95 3195 2.20 ower Cl Unit C829 -46 (Mul - Position) 44,500 (13.0) 39,500 (17.6) 24,000 (7.0) 4975 10 05 (89 5) 2.62 3925 6.80 (6.75) 2.95 3195 2.20 Blower Coil Unit CB29M -51 (Multi- Position):,;. 45,000 (13.2) 40,000 (11.7) 24,200 ( 7 . 11 5035 "' a5 (8.95) 2.62 3975 6'80 (6.15) 2.95 3225 2.20 Blower Co U C829M -65 (M ulti - Pos ition) 46,500 (73.6) 40,000 (11.7) 23,800 (7.0) 4805 10 60 (9.70) 2.84 3730 7.20 (6.45) 3.14 2980 2.34 Blower Coil Unit C631MV -51 (Mutt Pcsiiicn) 46,500 (13.6) 40,000 (11.7) 24,000 (7.0) 4855 10 50 (9.60) 2.81 3780 7,10 (6.40) 3.10 3055 2.30 Blower Coil Unit CB30M -51 1M of siti n1 47,000 (13.8) 40,00 24,0 (11.7) ' (7A) 00 4940 1050 (9.50) 2.79 3780 7 (6.40) 10 3.10 3055 2.30 Blower Coil Unit 36306- (UfrFlow C630M- 65 651Multi- Positi) on) 47,500 (13.9) 39,800 (11.73 2M1.00)0 8860 10 65 (9.75) 2 86 3690 7'30 (6:50) 3..36 76 2955 2 Blower Coil Unit CB31MV -65 (Multi - Position) 46,0 (7 ,00 0 (1 24,200 (709) 5 45 10 00 (9.70) 67 2.67 3850 6'80 (5.90) 3..27 04 3125 2 Indoor Coil (``FM21) 326 51/65(FC) 44,500 (13.04) 39,3,800 (11500 .57) 2 (6.97) 4885 .(190::(000) 67 2 3805 6'80 (5.90) 3.04 3055 2.28 ot i FM211 Indoor Cl CR26- 511t�IW) LB- 85759G (56.120) 4,0 ( 3,00 (1 5 ��7.57 �� ) 23,800 (7.00) 4885 0 00 (97.00) 2.62 3II10 6.80 (5 90) 3.04 3060 2.20 Coil ( FM21) Indoor CH23 -� 5Ton 411 ( 0 HP29 -653 (8 IN�."'!r>•MZ1N7ilrl 1[ r :0 .... : t r r r .ut -• •Factory Installed 56,000 54 ,800 (16.4) (1 (339.9) 6580 10 05 1850) 2.49 5705 6.60 (6.00) 2 4950 2.00 Blower Coil Unit CB29f,,,,(Multi Position)' (16.4) (15.7) 19.4) 6325 (8.85) 2.59 5225 (6.25) 4495 2:10 CB30U -51 .- C830M -51 (Multi- Position) 56,500 53,000 31,800 (16.6) (15.5) (9.3) 6225 70 65 (9.10) 2,66 5075 7'30 (6.40) 3.06 4355 2.14 Blower Coil Unit CB31MV- 51(Multi- Position) 58, (77.01 54,000 32, (15.8) ( 800 9.6) 6530 1060 (8.90) 2.60 5275 7'10 (6.30) 3.00 00 4575 2.10 Blower Coil Unit CB30U -65 (Up -Flow) CB30M -65 (Multi - Position) da 82) 58,000 (17.0) 54,000 3 (15.8) 6495 70 (8.95) 70 2.62 5240 .20 (67.35) 3.02 4505 2.12 Blower Cni CB31MV65(Moil ulti- Ut Position) 53,000 (15.5) 53,000 32,2 (15.5) (9.7) 00 6205 10 (8.55) 50 50 2.50 5532 6.80 (5.90) 2 80 4775 2.02 Indoor Cl (FM21) 326 -5 C) 53,500 (75.7) 53,000 3 (15.5) 1 9. %) 0 6205 50 ( 2.53 5532 6.80 (5.90) 2 80 4772 2 .04 Indoor Coil I OFM21) CR26 -65 only LB- 85759G 156.120) 56,000 (16.41) 53,000 32,600 (15.53) (9.58) 6610 10 00 (S 4 2.48 5135 6.80 (5 90 3.12 4525 2.20 Indoor an (ssFM21) CH23 65 PRODUCT CATALOG HEAT PUMP OUTDOOR UNITS Al ELITE 10'" AND VALUE 10 SERIES HP29 /1OHI®B •Sound Rating Number in accordance with test cum ions mcluJr.0 ur ARI Standard 270. *Rated in accordance with ARI Standard 210/240 with 25 ft. (7.6 ml of connecting refrigerant lines; Cooling Ratings- 95 "F (35 "C) outdoor air temperature and 80•1:127 db /67 •F (19 •C) wb entering indoor coil air. High Temperature Heating Ratings -- 47 "F (O "C) db /43 •F 16 •CI wb outdoor air temperature and 70 "F 121 •C) db entering indoor coil air. Low Temperature Heating Ratings - 17 "F db /15 "F wh outdoor air temperature and 70"F (21 •C) db entering indoor coil air. CITY RECEIVED A *Furnished as standard with coil unit. •'Kit is required and must he ordered extra, unless shown as factory installed. AFM21 Heat Pump Control - Use coil listed with any Lennox furnace that meets system: design requirements. See FM21 page in this se cccjjjt t for d 'o NOTE - Start Kits - For HS29 -651 or IOHPB60, 1 phase models fit required). Must be ordered extra. See page 2 t or correct L NOTE- Shaded area denotes most popular blower coil combination. EMOTE - 10HPB units are not rated with CB31MV Blower Coil Units! N\ Cr?" NOTE - Specifications. Rations and Dimensions subject to change without notice and without incurring liab Page 15 February 1997 Supersedes March 1996 ERMIT CENTER rnrn Technical , Model No. A B HP29-211 in. 25 24-1/4 HP29-261 mm 835 818 HP29-311 In. 22 28-1/4 .. .. 718 HP29-411-413 HP29-481-463 In. 33 32-1/4 29-651-653 - mm 838 819 0 CITY OF TUKWILA APPROVED r JUL 0 9 1997 AS O1 ED 12"# - rye MHAM %4L L A r cotAT, INLET1l 6 AIR TOP VIEW I. 2148-110 SIDE VIEW scAce 1 /4" UOUID LINE CONNECTION SMOKE DETECT 0 2 - 9 F ALL 014c7 LAJO is Ex I Sim* 2.,,X1 OPTIONAL UNIT STAND-OFF KIT (4) IFioId InstatIodI COIL DRAIN OUTLETS (Around porirnetur of bowel 6-3/8 VAPOR UNE (162) CONNECTION ELECTRICAL INLETS OUTDOOR COIL FAN OPTIONAL UNIT STAND-OFF KIT (4) lonalled) 3o); 1( o o COMPRESSOR 4-3/8 VAPOR LIOUID UNE CONNECTION 2.3/4(70) 4-3/8 SIDE VIEW A 14 (4 8-3/8 4-3/ (182) (111) TOP VIEW BASE SECTION DISCHARGE AIR 4-3/6 4 (111) C. F PL A- IV CIV:7 S RECEIVE CITY OF TUKWILA JUL 0 7 1997 PERMIT CENTER Mcil-CCRS