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Home My WebLink About52095-Z ho�%oF souryo�o Town of Southold * * P.O. Box 1179 o' 53095 Main Rd UNI"�' , Southold, New York 11971 CERTIFICATE OF OCCUPANCY No: 46378 Date: 08/07/2025 THIS CERTIFIES that the building AS BUILT ALTERATION Location of Property: 75 Gull Pond Ln Greenport, NY 11944 Sec/Block/Lot: 35.4-1 Conforms substantially to the Application for Building Permit heretofore,filed in this office dated: 06/17/2025 Pursuant to which Building Permit No. 52095 and dated: 07/11/2025 Was issued, and conforms to all of the requirements of the applicable provisions of the law. The occupancy for which this certificate is issued is: "As-built" interior alterations to single-family dwelling as applied for. The certificate is issued to: Andrew Pace Of the aforesaid building. SUFFOLK COUNTY DEPARTMENT OF HEALTH APPROVAL: ELECTRICAL CERTIFICATE: 52095 8/4/2025 PLUMBERS CERTIFICATION: Andrew Pace 6/2025 Autho ' d gnature �,�a�so�lyo TOWN OF SOUTHOLD BUILDING DEPARTMENT `� • TOWN CLERK'S OFFICE SOUTHOLD, NY BUILDING PERMIT (THIS PERMIT MUST BE KEPT ON THE PREMISES WITH ONE SET OF APPROVED PLANS AND SPECIFICATIONS UNTIL FULL COMPLETION OF THE WORK AUTHORIZED) Permit#: 52095 Date: 07/11/2025 Permission is hereby granted to: Andrew G Pace 11460 6th St E Treasure Island, FL 33706 To: Legalize as-built interior alterations as applied for to include mini split HVAC system. Additional certification may be required. Premises Located at: 75 Gull Pond Ln, Greenport, NY 11944 SCTM#35.4-1 Pursuant to application dated 06/17/2025 and approved by the Building Inspector. To expire on 07/11/2027. Contractors: Required Inspections: Fees: As Built Alteration $750.00 CO Single Family Dwelling-Addition /Alteration $100.00 ELECTRIC -Residential $200.00 Total S1,050.00 Building Inspector o�*pF SOUr��! � o Town Hall Annex Telephone(631)765-1802 54375 Main Road P.O.Box 1179 Jamesh southoldtownny.gov Southold,NY 11971-0959 Q BUILDING DEPARTMENT TOWN OF SOUTHOLD CERTIFICATE OF ELECTRICAL COMPLIANCE SITE LOCATION Issued To: Andrew Pace Address: 75 Gull Pond Lane city:Greenport st: New York zip: 11944 Building Permit* 52095 section: 35 Block: 4 Lot: 1 WAS EXAMINED AND FOUND TO BE IN COMPLIANCE WITH THE NATIONAL ELECTRIC CODE Contractor: Owner Electrician: License No: SITE DETAILS Office Use Only Residential X, Indoor X Basement Service Commerical Outdoor X 1 st Floor Pool New Renovation 2nd Floor Hot Tub Addition Survey X Attic Garage INVENTORY Service 1 ph Heat Duplec Recpt Ceiling Fixtures Bath Exhaust Fan Service 3 ph Hot Water GFCI Recpt 2 Wall Fixtures Smoke Detectors 4 Main Panel A/C Condenser 1 Single Recpt Recessed Fixtures CO2 Detectors 2 Sub Panel A/C Blower 1 Range Recpt Ceiling Fan Combo Smoke/CO 3 Transfer Switch UC Lights Dryer Recpt Emergency Strobe Heat Detectors Disconnect Switches 4'LED Exit Fixtures Sump Pump Other Equipment: 1 gas fire place, 1 washer Notes: AS BUILT GAS FIRE PLACE,WASHER& DRYERNINI SPLIT Inspector Signature: Date: August 4, 2025 75 gull pond In F 1 Town Hall Annex Telephone(631)765-1802 54375 Main Road Fax(631)765-9502 P.O.Box 1179 " Southold,NY 11971-0959 Q BUILDING DEPARTMENT ID C E t TOWN OF SOUTHOLD A U G - 6 2025 Building Department Town of Southold CERTIFICATION Date: al.1,n&j 27 Building Permit No. Owner: Diu Wy (Please print) Plumber: (Please print) I certify that the solder used in the water supply system contains less than 2/10 of 1% lead. a re) Sworn to before me this kl day of 420 Z Notary Public, DAVID J.JANNUZZI NOTARY PUBLIC,STATE OF NEW YORK Registration No.02JA6052585 QuaCfied in Suffolk County ZOZ Commission Expires February 13, J Of SOUTyo� * # TOWN OF SOUTHOLD BUILDING DEPT. 631-765-1802 -tea INSPECT ON s [ ] FOUNDATION 1ST/ REBAR [ ] R UGH PLBG. [ ] FOUNDATION 2ND [ ] NSULATION/CAULKING [ ] FRAMING/STRAPPING FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) [ . ] ELECTRICAL (FINAL) [ ] CODE VIOLATION [ ] PRE C/O [ ] RENTAL REMARKS: ( �i kvck k4mv k 41 DATE INSPECTOR/ o��OF SOUTyo O 7J G �'\C P� C W ti �o TOWN OF SOUTHOLD BUILDING DEPT. Cou 631-765-1802 INSPECTION " [. ] FOUNDATION 1 ST/ REBAR. [ ] ROUGH PLBG. [- ] FOUNDATION 2ND [ ] INSULATION/CAULKING [. ] FRAMING /STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY . [ ] FIRE.SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) [A] ELECTRICAL (FINAL) [ ] CODE VIOLATION [ ] PRE C/O [ ] RENTAL _REMARKS: N- 4 e kw ad 5 6FY Z,4 ro4 +i DATE 7alb�IINSPECTOR OF SOUIyOIo * # TOWN OF SOUTHOLD BUILDING DEPT. cou 631-765-1802 �z a� INSPECTION [ ] FOUNDATION 1ST/ REBAR [ ] ROUGH PLBG. [ ] FOUNDATION 2ND [ ] I LATION/CAULKING [ ] FRAMING /STRAPPING [ FINAL [ ] FIREPLACE & CHIMNEY [ ] FIRE SAFETY INSPECTION [ ] FIRE RESISTANT CONSTRUCTION [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) [ ] ELECTRICAL (FINAL) [ ] CODE VIOLATION [ ] PRE C/O [ ] RENTAL . Gp rev C 't4 �a' • REMARKS. rN 4v c9) . DATE 7D INSPECTOR pF SOGIyO� ,50:2 J # # TOWN OF SOUTHOLD BUILDING DEPT. 631-765-1802 INSPECTION ' [ . ] FOUNDATION 1 ST/ REBAR [ ] ROUGH PLBG. [ ] FOUNDATION 2ND [ ] INSULATION/CAULKING [ ] FRAMING /STRAPPING [ ] FINAL [ ] FIREPLACE & CHIMNEY [ ]. FIRE SAFETY INSPECTION [ ] FIRE-RESISTANT CONSTRUCTION , [ ] FIRE RESISTANT PENETRATION [ ] ELECTRICAL (ROUGH) ELECTRICAL (FINAL) [ ] CODE VIOLATION [ ] PRE C/O [ ]. RENTAL REMARKS: jl DATE �S INSPECTOR . _. � �T Nigel Robert Williamson JUL 3 3 2025 Architect P.O. Box 1758 Building Department Southold, NY 11971 Town of Southold Phone 631.834.9740 July 29, 2025 Mr. John J. Jarski, Senior Bldg. Inspector Town of Southold Bldg.&Zoning Division 54375 Main Road P.O. Box 1179 Southold,NY 11971 Re: Pace residence, 75 Gull Pond Lane, Greenport-Permit#52095 Dear Mr. Jarski: I have observed the as-built loft over the existing kitchen area as draw on the submitted plan for the building permit. I have also observed the visible plumbing for the washing machine and to the best of my knowledge both comply with the ew York State Code at the time the work was performed. I trust that everything is in order. If additional information is re q 'red,please do not hesitate to contact me. I thank you for your assistance i this ma r. Yours sincerely, Nig Robert Williamson R.A. . 6� A . tu_-_ is lip n y _ 1 �.w r s a _ ✓' c O L � w� i Y - ' o - . • � ,ram . s s—+.f...� • +F-+Yr.M.. NOW •o.� � P r� to to • 0 b � r.-iwr• � _ _ rra.— O � r_ o a .,swam.; • 41 X AA A7 CD O O cm x L6 L6 o ECE1UE -•-..� --.- _ -- - 14 15 is ]7 20 19 4 _ _ /�� ref 22 �d►��,�, }�/ y t P' 24 23 _ 26 25 12PG r 4k/! F-'F,/ 27C77YA'y i,Si� b� �,4/0'Ye, o� 29r� v.i( e.t 1e[J(jryvc 30 t..42�aa[, 4 5 o T Lfi5 31 32 33 1 -- 34 35 W ( ', 36 D E C 37 LOA 1 38 025 Bu:t R 70 uthot R —HANDLES r-- 1 SQ E !AP NY .. %I A!�f. IN U.S�,A. i 7. 1 , -- r . a - CD -i �l s .t AdW- p120DF _, Q� MTM Arc-D-tBCt cd S3 Cirwit 8rah"r with Coptination Arvhue,I'lia�a AMCjn r ,��j tntarruptor automitico can prot*w6l tsltu s t'w,combiftodos �on combenism is dittuts 0's*c i is Dis'pn�r 8vwcpr sD d20.tA 1 Pa: VO W-- 60 Hz 10 000 ATRIA nom.1 �3152 82 25081 nbMd in MX wo r g 5 9 C 4 0 1 6 2 s MX 3 Form Parts © SGUAFIE D 3 r C ■ ,Q c v p -3 N C cp c.rl V �o�SgfFOIK�oG TOWN OF SOUTHOLD—BUILDING DEPARTMENT L h sa Town Hall Annex 54375 Main Road-P. O. Box 1179 Southold,NY 11971-0959 Telephone(631) 765-1802 Fax(631) 765-9502 ht!ps://www.so-utholdto3ymy.gov Date Received APPLICATION FOR BUILDING PERMIT For Office Use Only E C E D E D PERMIT No. 5 o Building Inspector: E_� _ gN 17 2025 Applications and'forms must be filled out in their entirety.;lncomplete :t ',applications will not be accepted Where the Applicant:is'not the owner an Building Department Owner's Authorization form(Page 2)shall be completed; Town of Southold Date:16th June, 2025 `OWNER(S)OF PROPERTY. Name: Mr. Andrew Pace SCTM#1000-035.00-04.00-001.000 Project Address: 75 Gull Pond Lane, Greenport N.Y. 11944 -- Phone#:631.680.1157 _ Email: djjlaw@icloud.com Mailing Address: P O . Aar 1672.r 14ATr1 T71GIL, CONTACT PERSON: Name: David J. Jannuzzi Mailing Address: P.O. Box 1672, Mattituck, N.Y. 11952 Phone#: 631 .680.1157 Email: nigel_architect@hotmail.com DESIGN PROFESSIONAL;INFORMATION Name: Nigel Robert Williamson R.A. Mailing Address: P.O. Box 1758, Southold, N.Y. 11971 Phone#: 631 .834.9740 Emall- nigel_architect@hotmail.com CONTRACTOR INFORMATION:, Name: Mailing Address: Phone#: Email: DESCRIPTION OF PROPOSED CONSTRUCTION' El New Structure DAddition RAlteration ❑Repair ❑Demolition Estimated Cost of Project: DOther AS- hV t L7r LOFT` (152.845' S4,FTA oVE12 &i&T"196- $ Will the lot be re-graded? ❑Yes ®No Will excess fill be removed from premises? ❑Yes El No q�1 I rGHla . NEAT �' GrW GrVg FIeEPWCE MOZ)EL (,000 RX! -.fP) ADDIrp '0 LIV-iAJ4 RaCM. WAsuEP_ 4' rctL AbheD BEA 2. Mrrsr�4rSki l�tra� Sit-fir rQ.l CI M. µl rsu8rsr11 LEc ,e M SwAj ro& CoJnE SE sm EeT— sEn�� 4 F .Saircki• Q Locs C%TC. we, W 1JEg�so � / e i SEL Gk i J 'b ao . I IOS LL SD � SD 450 ArS I 0 TIE0 00 . PROPERTY,INFORMATION Existing use of property: Singje FaMily Welling Intended use of property: Single Familly Dwelling Zone or use district in which premises is situated: Are there any covenants and restrictions with respect to this property? ❑Yes M No IF YES, PROVIDE A COPY. 19 eheck Box After Reading: The owner/contractor/design:professional is responsible for all drainage and storm water issues as.provided by Chapter 236 of the Town Code.APPLICATION IS HEREBY MADE to the Building Department for the issuance of a Building Permit pursuantto the-Building Zone Ordinance of:the Town of.Southold,Suffolk,,County,New York'and other,;applicable Laws;'Ordinances or Regulations,for the construction if buildings for additions,alterations or remoiral or demolition as herein described.The applicant agrees to comply with all applicable laws,ordinances,building code;' housing code'and regulations and to,admit authorized inspectors on premises and in building(s)for necessary inspections.False statements made herein are' punishable as a Class A misdemeanor pursuantto Section 210 45 of the Ww York State.Penal Law. - Application Submitted By(pri It name): Nj:SgZ q i��',y��,Z�,� BAuthorized AgentA ❑Owner_ Signature of Applicant: Date f STATE OF NEW YORK) SS: COUNTY OF ) Nigel Robert Williamson being duly sworn, deposes and says that(s)he is the applicant (Name of individual signing contract)above named, (S)he is the Agent (Contractor,Agent, Corporate Officer, etc.) of said owner or owners,and is duly authorized to perform or have performed the said work and to make and file this application;that all statements contained in this application are true to the best of his/her knowledge and belief; and that the work will be performed in the manner set forth in the application file therewith. Sworn before me this 16 day ofJune , 2025 Notary Public DjUsD.JANNUZZI NOTARY PUBLIC,STATE OF NEW YORK Registration NM 02JAM2MS PROPERTY OWNER AUTHORIZATIO QualiSedin Suffolk Courdy (Where the applicant is not the owner) Commission Expires February 13,?023- residing at 7S �iL ALf/y � `�" / do hereby authorize Nigel Robert Williamson to apply on m ehalOoTown of So d B 'Iding Department for approval as describe her in. / 0� Owner's Signature Date Print Owner's Name 2 �OS�FFpj�.CO BUILDING DEPARTMENT- Electrical Inspector TOWN OF SOUTHOLD H z, Town Hall Annex- 54375 Main Road - PO Box 1179 o • Southold, New York 11971-0959 Telephone (631) 765-1802 APPLICATION FOR ELECTRICAL INSPECTION ELECTRICIAN INFORMATION (All Information Required) Date: 16"E J-L,ag 2a2s_ Company Name: Electrician's Name: u;�, License No.: Elec. email: Elec. Phone No: ❑I request an email copy of Certificate of Compliance Elec. Address.: JOB SITE INFORMATION (All Information Required) Name: A4 D►2aL� AcE c- o Doi;p T"#119 j Address: 7S cry .L, &40 t4E I I R4.4 Cross Street: CA 46 - Phone No.: 631. 6130, 1157 Bldg.Permit#: 5ab9'5 email: d•• A j iuovD• cat, Tax Map District: 1000 Section: 0 3 S- oo Block: D4,00 Lot: 001.000 BRIEF DESCRIPTION OF WORK, INCLUDE SQUARE FOOTAGE (Please Print , Cleajly): HEAT Gto SAs j"par MoaLcL-6Vo0rQct -IP1 ADn� ! � � 4 � AsH 6 Ep 4bZED To 8 DR�M IP2 Mir jSJ4; 1ot iWM 0 oE� EJ � � s�aE � M W81SHI ELECMtL MPL. Su;1 P ' wmiaLl. so 4 3m10o'f As Wmib mO P Square Footage: Circle All That Apply: Is job ready for inspection?: id!2�1` YES,Ej NO 0 Rough In Final Do you need a Temp Certificate?: YES ❑ NO Issued On Temp Information: (All information required) Service Size01 Ph 03 Ph Size: A # Meters Old Meter# ❑New Service0 Fire Reconnect[]Flood ReconnectOService ReconnectDUnderground DOverhead # Underground Laterals 1 F12 H Frame Pole Work done on Service? Y FjN Additional Information: PAYMENT DUE WITH APPLICATION BUILDING DEPARTMENT- Electrical Inspector TOWN OF SOUTHOLD ® - Town Hall Annex - 54375 Main Road - PO Box 1179 Southold, New York 11971-0959 Telephone (631) 765-1802 APPLICATION FOR ELECTRICAL INSPECTION ELECTRICIAN INFORMATION (All Information Required) Date: /6T` Tv,)k: 2o2-5- Company Name: Electrician's Name: , License No.: Elec. email: Elec. Phone No: ❑I request an email copy of Certificate of Compliance Elec. Address.: JOB SITE INFORMATION (All Information Required) Name: A► zp-15&. pAca c. o b&;z) T. \TA, #J u I Address: 7,s GrV LL kov Lq+J E C kE" �!j If C14,4 Cross Street: GE 48 . Phone No.: 631. 680. 11,57 Bldg.Permit#: r�5 a 0 C/ JC email: d-•1A,.) c,,A. Tax Map District: 1000 Section: 0 36-- 00 Block: O4,00 Lot: 001.000 BRIEF DESCRIPTION OF WORK, INCLUDE SQUARE FOOTAGE (Please Print Cleajly): NEAr Gro 4As �F�rz�� Moac�.6bg0 rk4i -rp� aan� ��1,aG a►�pr+ • es~sK �t Da`/ a ADZ® -0 S�D�M '�2, MiTJoBism; IiIIJ1 JS a �Jbe- 4 'D Scoa�ED Fv�J}� Q.4v MiTjJ13iSY11 12L_EC_M1L MIL. SLrr�1 P-+10 k Co�DE 11SM-PLL SD 4 sn1 ro's &s wi-F-b 0�j PLPJ� • Square Footage: Circle All That Apply: Is job ready for inspection?: YES ONO ❑Rough In �Final Do you need a Temp Certificate?: YES NO Issued On Temp Information: (All information required) Service Size01 Ph 03 Ph Size: A # Meters. Old Meter# ❑New Service Fire Reconnect Flood Reconnect OService Reconnect OUnderground OOverhead # Underground Laterals 1 2 H Frame M Pole Work done on Service? Y N Additional Information: PAYMENT DUE WITH APPLICATION PERMIT# Address: Switches Outlets G F I's Surface Sconces H H's UC Lts Fridge HW POOL Fans Mini Fr. W/D Panel Pump Exhaust Oven Sump Heater Trnsfmr Smokes I R 1 DW Generator Salt Gen. Carbon l Micro GrbDis Water Bond I Lights Heat Pucks ERV HOT TUB/SPA Inst Hot DeHum Transfer Disc Combo ' l Cooktop Minisplit Blower AC AH Hood Blower Service Amps Have Used Sub Amps Have Used Comments of Fat BUILDING DEPARTMENT-Electrical Inspector Off' �Gy� TOWN OF SOUTHOLD o Town Hall Annex- 54375 Main Road - PO Box 1179 Southold, New York 11971-0959 Telephone (631) 765-1802 APPLICATION FOR ELECTRICAL INSPECTION ELECTRICIAN INFORMATION (All Information Required) Date: !6� J�a� 2o2.5_ Company Name: Electrician's Name: License No.: 'Elec. email: Elec. Phone No: ❑I request an email copy of Certificate of Compliance Elec. Address.: JOB SITE INFORMATION (All Information Required) Name: AODR-e-t1 Aca c. o b ra T. TAtiau I Address: 7,S Grvr.L PoOlD L.4c tar co . 1(q Cross Street: GQ 46 . Phone No.: 431. 680. IIS7 Bldg.Permit#: 5 a O C1 5 email: d•• Aj ;c wop. c,,.4. Tax Map District: 1000 Section: 0 35% oo Block: O4,o0 Lot: ool.000 BRIEF DESCRIPTION OF WORK, INCLUDE SQUARE FOOTAGE (Please Print Cleajly): NFAr � CrW 4as ,r��E MpaE L-6-000 7'Q;c� -r?! aonF.a ��a4 n- �sHF2 �t rc- ti- D+:. .Eg- ADDED -0 S DAM #2. MirrLersk, Kill Js c.I dv scloJaEn f�vv�t w� 14%V481Sr+i 1ZL-EC-TV-1 L MP-- SLIP-1 R410A coaotr wm%�Li- SD 4 sol co v As 001-El, mD PV • Square Footage: Circle All That Apply: Is job ready for inspection?: � YES ❑ NO ❑Rough In Final Do you need a Temp Certificate?: ❑ YES ❑ NO Issued On Temp Information: (All information required) Service Size❑1 Ph❑3 Ph Size: A # Meters Old Meter# ❑New Service❑Fire Reconnect❑Flood Reconnect❑Service Reconnect❑Underground❑Overhead # Underground'Laterals 1 2 H Frame Pole Work done on Service? 171 Y RN Additional Information: PAYMENT DUE WITH APPLICATION ztm°=OR"'°`r"1016"Pa SURVEY OF LOT 7 CUMA MI CD Fr X X tllII W FRF RUMI "L NA RiIOWIFFa wawdOmi!m I =f 1 a••,••,w•A—R®FMI— MM� W' m "�'e MAP OF FORDH" ACRES ro sanrs" a i m rl mt ac cmis,¢a-merr SECTION ONE SITUATE AT GREENPORT ssm,xmv a a[�r,ear a.Q mrcvnv uc omits s na sane,wn w/�,rec nc un sanems awv�"a xra war es naas�su swa not ro W Lcm� m" TOWN OF SOUMOLD ti.muvna ww manes wvx a"ctssms�er iacmxa raor noccais am a�amx,s ao/u�evaa�vxr+amaEu s� BE G97M "°�"�"°"®" SUFFOLK COUNTY, N.Y. FILED: 0310711962 MAP NO. 3519 S.C.TM No. 1000-35-04-01 LOT AREA = 15,000 S.F. BVMDING COVERAGE = 1,373 S.F. / 9.2% LOT COVERAGE = 1.566 S.F. / 10.6x LOT CLEARWG = 100% CERTIFIED TO: SAS'SA MROKO KAWAKAMI EMMWNT ABSTRACT, INC. —77TLE No. EA 3811—S —WESTCOR LAND TITLE INSURANCE COMPANY NORTH ROAD (MAIN ROAD — S.R. 25) EDGE OF PAVEAMU C.B. CONC CURB C.B. f-2-� ERET"WNW _ U.P. _OVEJUMM NDW N 66.0120" E 100.00' M B'S710CSADS FENCE x-x-x- x-x-x-x m B,S MON. 5.7 STREE LINE I l0.5N LOT 7 VF O to FO 2 O O �� 0 OW LOT B O c C Qy `. cc CONC WALL a 4. �cm p N z �N c {}V 9.7' CONC STEPS gALT � � AY n GARAGE UNDER C.S. DRdIA* 23.7' a V CON 4 ❑ LINE m ASPHALT DRIVEWAY D TREE 4.07J'N ( B S.FE. ® 1.1 W --- FND. ASPHALT . MON. 3.2'S--'� MON. S 66'01 20" W 100.00' LOT 9 05 NEyy 1 p� SECCAFICO LAND SURVEYING PC f e 500 Montauk Highway 0 Moriches, New York 11955 u,�� /¢�`��' Phone: (631) 878-0120 Phone (631) 728-5330"I j= pseccafico@optonlinanet Pat C. Seccaflco. PLS Pat T. Seccofico. PLS NYS Lic. No. 051040 NYS Lia No. 049287 copyright — 2025 Seccafrco Land Surveying PC PROJECT No. 65381 SCALE: 1' = 20' DATE: 05/23/2025 APPROVED AS NOTED DATE:?F B•p# D 5 COMPLY WITH ALL CODES OF FE 0.06 BY NEW YORK STATE&TOWN CODES AS REOUI ED AND CONDITIONS OF NOTIFY BUILDING DEPARTMENT AT � 631-765-1802 8AM TO 4PM FOR THE FOLLOWING INSPECTIONS: UtHOLOOWNPUWNINGBCyA�q FOUNDATION-TWO REQUIRED TOMMS FOR POURED CONCRETE �►,$ ROUGH-FRAMING&PLUMBING INSULATION FINAL-CONSTRUCTION MUST BE COMPLETE FOR C.O. ALL CONSTRUCTION SHALL MEET THE REOUIREMENTS OF THE CODES OF NEW ELECTRICAL YORK STATE. NOT RESPONSIBLE FOR INSPECTION REQUIRED DESIGN OR CONSTRUCTION ERRORS ,Additional PLUMBER CERT1FiCAT10N certification ,tea Be required. ON LEAD CONTENT BEF � CERTIFICATE OF OCCUPANCY SOLDER USED IN WATER SUPPLY SYSTEM CANNOT EXCEED 2/10 OF 1°/a LEAD. PLUMBING ALL PLUMBING WASTE &WATER LINES NEED TESTING BEFORE COVERING _104 y„ 4 � cn EE XTNT OF LOFT ; w XTC,BEAH 5../4 kJ v 73'D L7�Ti-E . (AS-Su i 1.T.) i '� 15 10 M I U"E. ' d ! DIZopa GL� �5'E1?20oM <- ICS0SjSH I C LICt}IT, C n j)11� MG-. RK �r-rc,-t OPEN To BF-LoW . L _ x E rn j JJJ CATHEDRAL Gt.Cr. _fit ' LINE o Lo 1 ME krr(FHch sn � — � MIS. {�NOTDFIEGT'R(G. 4 ( z 5D Co 44 i. J o 12 vl O JD EAT T,1 GLo / �OOpM ` z a �ql MODEL t� T1vC I-1}7 1. �--' G a I E opEM To sELow. C f _ c1. owo Ln v i w 1ooM . cL. ! o GAT H EM&L GLG L-J L � b gar I � � C PART t AL �i RST FLOOR- F�&k'�T"l1�t 1 SELC>ND T Q �:z ` 2 . _...t W�.s►�EQ � ISTFL-P- 33„ 04D. E n'pc � S►cy U GHr. QI,S E.Q. TD I AGpus m (N.T's� O Q L.o FT tt j �$LOGk UNDER POMT LOd125 7/4 �.oM Agov�. •rop of Gi ��, o RE �cE•ExTa. too R OT LESS 111 Li O J $OLIO 41J1+J�Dpao TN. Sot, op- NoN•E_\J_com&.colt£/ L-L 1r6.SS TH��t3 I�'8 TN. OR. 2tr•MIWOM FIRE PA'f�b NEAT � GLD DOOR , SEL a- ING I GAS I E LAGS SE L 1 ATrHiNCr MOD �6� I-1 I 4 j 2x10,TTS.@ 16"o• Q tL6 v1' Q) , . . (3)-2`4 f0"Cr12DE�2 �' A Q PD SI MS of .5 To u.& STAR- S °0 C�! � o s LALLy COL, �, �A.�E.M E.t�1T� up r -- oN4 C��'�'�it�L 5F�T16a.� SGALE = 1-0" N r i ' .DATE': 1(�-T0 E,202S. i 75 Gull Pond Lane, Greenport, N.Y. 11944 Date: 06/15/2025 Time: 13:56 p.m. Mitsubishi Mini Split Unit �I111 , f. CONDENSING' UNIT 000 Intertek .1 970GOSu' } (G> MODEL MUY-GE24NA r Ts nNA$F MAX VOLTAGE 253 UNIT SUPPL`l 208/230 1 60 MIN VOLTAGE 187 APPROVED FOR HACR BREAKERS OR TIME DELAY FUSES MAX.FUSE 20 AMPS MIN.CIRCUIT AMPACITY 17.1 11.A. ':-011rif' FAN MOTOR 0.93 77 RLA IRA COMPRESSOR 12.9 16.1 REFRIGERANT R410A �CTORY CHARGED 4 LB& 3 OZ THE LK)U'D LIME EXCEEDS 33FT..PLUSL.A OZ ^ R ADWIGNAL -;FT.tKM LINE. 3TALLER TO MARK:TOTAL CHARGE__LFS—O ^ry HI !� 1 s2C LO S . .SU17A8Lt FOR OUTLOOR INSTALI.A:IC". WF-,HT 11? tHS M+'3Mc;H1 FLECTRIc / Page 1 of 2 75 Gull Pond Lane, Greenport, N.Y. 11944 Date: 06/15/2025 Time: 13:56 p.m. Heat N Glo Natural Gas Fireplace Model 6000TRXI-IPI T,,w r incmclr Requhe—tb 120Vac.am 'e"" u.. wIN CANADF � ALfPFUUE' 0.2000 FT 2000.4500FT:�,{ MAXANPUTBTUH 40.000 36000 `{ r MIN.INPUT BTUH. 20,000 t0.000 ,} tow i ORIFICE SIZE Main Burner#39UM9 WUMS d Log Burner#55DMS #561MS Part I��IIIIII�!!�I��'Iu1I��Illl�l � Number ON.4w u,murr�onunrunrmm�m,lnumnrmmxx.nua 6pp0iRl(I-IPI 're K'Y2°vaa pSRXN� 600 a2p00 FT 36,000 00'1630 40 000 tb 000 ars Sera ser el ooD54 �n \ �\\\\ r �rinf� ■ ,r Page 2 of 2 ?'q�. Changes for the Bette MITSUBISH! I ELECTRIC SPLIT-TYPE, HEAT PUMP AIR CONDITIONERS . I - - — _- — _ _ ----- ---- ------ _— _---- -- ----- ------------------ May 2009 - --� No. OC342 REVISED EDITION-C TECHNICAL & SERVICE MANUAL CITY MULTI Series Wall Mounted Type R410A [Models] P KFY-P06NAM U-E Revision: P K FY—P 0 8 N A M U been mods — bee E ' PARTS LIST"has n modified. Please OC342 P KFY-P 12 N G M U-E • REVISEDIEDITION-B. PKFY-P15NGMU-E NOTE: P K FY P 18 N F M U E This manual describes only — — service data of the indoor units. P KFY-P24 N F M U-E • <G> compliant products have <G>mark on the spec name P KFY-P30 N F M U -E plate. • For servicing of RoHS compli- ant products,refer to the RoHS PARTS LIST. I CONTENTS i 1. DIFFERENCES.....................................2 2.,FEATURES............................................3 3. PART NAMES AND FUNCTIONS........6 -- 4.'SPECIFICATION...................................9 5. OUTLINES AND DIMENSIONS..........16 6.WIRING DIAGRAM.................. ..........20 7. REFRIGERANT SYSTEM DIAGRAM••••22 0 8.`,MICROPROCESSOR CONTROL.......23 PKFY P12NGMU-E 9. TROUBLESHOOTING..................•••�••30 10. DISASSEMBLY PROCEDURE......•••••39 11.'PARTS.LIST.......:..................................48 12. RoHS PARTS LIST.............................56 E1� I ITY MU LTI 1 , Revision "12. RoHS PARTS LIST" has been modified on page 61. Page Revise point Service Ref. 61 All parts PKFY-P18/24/30NFMU-E No. 1-9 1 DI;FFE�RENCES . ,i 0 PKFY-P06NAMU-E PKFY-P12NGMU-E PKFY-P08NAMU-E PKFY-P15NGMU-E Indoor Unit Indoor Unit PKFY P18NFMU-E PKFY-P30NFMU-E PKFY P24NFMU-E Indoor Unit Indoor Unit Differences among the models of PKFY series. Model PKFY Item P06 P08 P12 P15 P18 I P24 P30 NAMU-E NGMU-E NFMU-E Fan — Lineflow fan X 1 Lineflow fan X 1 Lineflow fan X 2 Fanspeed — 4 s eeds type 4 speeds type 2 s eeds type 2 s eeds type Air flow -High CFM 210 _1 90 %2880 370 640 570 990 890 Medium 1 CFM D 200 W 180 DW 330 D — W — D — W — Medium 2 CFM R 180 E 170 RE 300 R _ E — R _ E Low CFM Y 170 T 160 YT 250 Y 490 T 440 Y 780 T 700 Noise level High dB 36 42 45 49 Medium 1 dB 1 35 40 — — Medium 2 dB 33 36 — — Low dB 32 32 39 46 Out dimension Height in. 11-5/8 13-3/8 13-3/8 Width in. 32-1/8 39 55-1/8 1 66-1/8 Depth in. 6-1/4 9-1/4 9-1/4 Controller board SW2 1 — OFF ON OFF OFF OFF ON OFF 2 — -OFF OFF ON OFF ON OFF OFF 3 — ON ON ON OFF OFF ON OFF 4 — OFF OFF OFF ON ON ON OFF 5 — OFF OFF OFF OFF ON 6 — — OFF OFF OFF OFF I OFF Pipe dimension Gas side in. 1/2" 1/2" 1/2"/5/8" 5/8" Com atible Liquid side in. 1/4" 1/4" 1/4"/3/8" 3/8" (Compatible Drain unit side in. O.D.5/8" O.D. 13/16" 1 O.D. 13/16" 2 a L 2 FEATURES PKFY P06NAMU-E PKFY-P08NAMU-E Indoor Unit Model Cooling capacity/ Heating capacity PKFY P06NAMU-E 6,000 / 6,700 Btu/h PKFY P08NAMU-E 8,000 / 9,000 Btu/h 1. Compact Design •Compact 11-5/8 inch (29.5cm)high body fits snugly in even limited spaces. •Light weight 19lbs(8.5kg)unit easy to transport and install. 2. Auto-flap shutter enhances good looks With a simple flick of the OFF switch,the air outlet can be closed off with a shutter.The shutter also functions as a flap during operation to adjust the air flow angle,with"Auto Angle"securing a comfortable air flow. 3. Quiet operation 4. The intake grille filter can be completely removed allowing easy cleaning 3 r PKFY-P12NGMU-E PKFY-P15NGMU-E 0 Indoor Unit Model Cooling capacity / Heating capacity PKFY P12NGMU-E 12,000 / 13,500 Btu/h PKFY P15NGMU-E 15,000 / 17,000 Btu/h 1. Compact Design Units have now been downsized to require minimal wall space. A 20% reduction in width 39 inch (990mm)compared to previous models means that installation is possible in very narrow spaces. 2. Auto-flap shutter enhances good looks With a simple flick of the OFF switch, the air outlet can be closed off with a shutter. The shutter also functions as a flap during operation to adjust the air flow angle,with"Auto Angle"securing a comfortable air flow. 3. The intake grille filter can be completely removed allowing easy cleaning (Can be washed in water) • Front grille opens out « _ - P T . 7 -4 •Yx K, .�rh P 4. Quiet operation •Airflow passage configuration that assures quiet operation iD The unit incorporates a random pitch cycling fan. By changing fan intervals, quiet operation is achieved without reduction in airflow. Optimal design of the airflow passage gives a shortened fan diameter z' and allows a highly compact installation. z0 Thanks to a highly practical casing configuration, airflow generated by the fan is distributed uniformly. O Due to careful positioning of the vertical vane axis, air is blown evenly from the outlet.This prevents mixing with secondary air and also suppresses condensation. s 4 k PKFY-P18NFMU-E PKFY-P24NFMU-E PKFY-P30NFMU-E PKFY-P30NFMU-E Indoor Unit Models Cooling capacity / Heating capacity PKFY P18NFMU-E 18,000 / 20,000 Btu/h PKFY P24NFMU-E 24,000 / 27,000 Btu/h PKFY P30NFMU-E 30,000 / 34,000 Btu/h 1. A further refinement of comfort with noise suppression Remarkably low-noise operation has been achieved through the development of a"near-silent"fan and the design which minimizes air flow resistance. 2. Auto flap shutter With a simple flick of the OFF switch,the air outlet can be closed off with a shutter.The shutter also functions as a flap during operation to adjust the air flow angle,with"Auto Angle"securing a comfortable air flow. 3. Easily removable filter The presence of thumbscrews on the filters means that the filters can be quickly and smoothly removed. 5 F31 rART NAMES AND FUNCTIONS,. • Indoor Unit PKFY-P06NAMU-E Air intake grille Air intake PKFY-P08NAMU-E Filter Auto vane Air outlet PKFY-P12NGMU-E Filter Air intake grille ` PKFY P15NGMU-E Air intake Auto vane Guide vane Air outlet PKFY-P18NFMU-E PKFY-P24NFMU-E Filter Removes dust and dirt Air intake grilles PKFY-P30NFMU-E Air intake from the intake air. Room air is suctioned in here. Guide vane Air flow can be changed to horizontally by moving the Auto vane Guide vane to the left or right. Air outlet Air outlet 6 Is Remote controller • Once the operation of the unit is set, subsequent operations can only be performed by pressing the ON/OFF button repeatedly. • Operation buttons Set Temperature buttons ON/OFF button Qp Down O up Fan pe Sed button Timer Menu button MITSUBISHI ELECTRIC (Monitor/Set button) Filter.,button Mode button(Return button) (<Enter>button) TEMP. QI ON/OFF Test Run button Set Time buttons O O CD O Check button(Clear button) Op Back ❑ 016*00.OMENU OON/OFF �'O �� FILTER El Ahead BACK MONROR SEf DAY 38£ 1 GEIX TEST 0 Airflow Up/Down button Timer On/Off button PAR-21MAA OCLOCK VOPERATIONA GFAA (Set Day button) Louver button (0 Operation button) To Opening the O numbe preceding operation door 1 01l Ventilation button (A Operation button) Op To next operation number 7 • Display "Sensor"indication Displayed when the remote controller LpOseDay-of-Week sensor is used. s of thls explanation, Shows the current day of the week. of the display are shownuringctual operat on,onlyvant items will be lit Timefrimer Display Shows the current time,unless the simple crAuto Off "Locked"indicator timer is set. Indicates that remote controller but- If the simple or Auto Off timer is set,shows the time tons have been locked. remaining. Identifies the current operation Shows the operating mode,etc. "Clean The Filter"indicator Multilanguage display is sup- Comes on when it is time to clean the ported. A.,MITSUBISHI ELE TFUC filter. TIME SUN_MON TUE TH FRI SAT �— TIMER 1 II I I—I1 I I Hr ON AFTER D1 I 1 III AFTER OFF Timer indicators ERROR CODE ® The indicator comes on if the corre- r�r—Ir—.h � ''� FILTER "Centrally Controlled"indicator ® j/j/j/-F-C ®lam�r,�'e sponding timer is set. OyS MPLE Indicates that operation of the re- ® 01 1\/I /,J ONLY1Hr. AUTO OFF mote controller has been prohib- ited by a master controller. Fan Speed indicator Shows the selected fan speed. :Fup11DonA4ir Direction Indica- Room Temperature display Ventilation indicator Appears when the unit is running"Timer Is Off'indicator for Shows the room temperature. g in The indicator\shows the direc- Ventilation mode. Indicates that the timer is off, tion of the outcoming airflow. Louver display Indicates the action of the swing "One Hour Only"indicator louver.Does not appear if the Displayed if the airflow is set to louver is stationary. low and downward during COOL Temperature Setting or DRY mode.(Operation varies Q(Power On indicator) Shows the target temperature, according to model.) Indicates that the power is on. The indicator goes off after one hour,at which time the airflow di- rection also changes. Caution • Only the Power on indicator lights when the unit is stopped and power supplied to the unit. • If you press a button for a feature that is not installed in the indoor unit,the remote controller will display the"Not Available" message. If you are using the remote controller to operate multiple indoor units,this message will appear only if the feature is not present at every unit connected. • When power is turned ON for the first time, it is normal that"PLEASE WAIT"is displayed on the room temperature indication (For max. 2minutes). Please wait until this"PLEASE WAIT"indication disappears then start the operation. � SPECIFICATIONS 4-1. SPECIFICATIONS PKFY-P06NAMU-E PKFY-P08NAMU-E Item Unit PKFY-P06NAMU-E PKFY P08NAMU-E Power source 0,V,Hz Single phase,208/230V, 60Hz Cooling capacity Btu/h 6,000 8,000 Heating capacity Btu/h 6,700 9,000 o Cooling kW 0.03 p Power Supply Heating kW 0.03 U U w Cooling A 0.15 Starting Current Heating A 0.15 Exterior<munsell symbol> Plastic, white : <2.60Y 8.66/0.69> Height in. 11-5/8 Out dimensions Width in. 32-1/8 Depth in. 6-1/4 Heat exchanger — Cross fin(Aluminum plate fin and copper tube) Fan x No. — Lineflow fan x 1 DRY CFM 170-180-200-210 Air flow *�2 Fan WET CFM 160-170-180-190 External static pressure Pa 0 Fan motor output kW 0.017 Insulator — Polyethylene sheet Air filter — PP honey comb Gas side in. 1/2" Pipe dimensions Liquid side in. 1/4" Unit drain pipe size in. PVC pipe with O.D.5/8" Noise level 0 2 dB 32-33-35-36 Product weight Ibs 19 Note 1. Rating conditions Cooling :Indoor D.B. 807 W.B. 67°F Outdoor D.B. 957 W.B. 75°F Heating : Indoor D.B. 707 Outdoor D.B.47°F W.B.43°F 2. Air flow and the noise level are indicated as Low-Medium2-Medium1 -High. 9 PKFY-P12NGMU-E PKFY-P15NGMU-E Item Unit PKFY-P12NGMU-E PKFY-P15NGMU-E Power source 0,V,Hz Single phase,208/230V,60Hz Cooling capacity Btu/h 12,000 15,000 Heating capacity Btu/h 13,500 17,000 Cooling kW 0.07 Mn Input (1) Heating kW 0.07 w Cooling A 0.34 Current Heating A 0.34 Exterior<munsell symbol> — Plastic,white: <0.70Y 8.59/0.97> Height in. 13-3/8 Out dimensions Width in. 39 Depth in. 9-1/4 Heat exchanger — Cross fin(Aluminum plate fin and copper tube) Fan X No. — Lineflow fan X 1 Air flow �k 2 DRY CFM 280-340-370-410 Fan WET CFM 250-300-330-370 External static pressure Pa 0 Fan motor output kW 0.03 Insulator — Polyethylene sheet Air filter — PP honey comb Gas side in. 1/2" Pipe dimensions Liquid side in. 1/4" Unit drain pipe size in. PVC pipe with O.D. 13/16" Noise level *2 dB 32-36-40-42 Product weight Ibs 35 Note 1. Rating conditions Cooling : Indoor: D.B. 80°F W.B. 67°F outdoor:D.B. 95°F W.B. 75°F Heating : Indoor: D.B. 70°F outdoor:D.B.47°F W.B.43°F 2. Air flow and the noise level are indicated as Low-Medium2-Medium1 -High. 10 PKFY-P18NFMU-E PKFY-P24NFMU-E PKFY-P3ONFMU-E Item Unit PKFY P18NFMU-E PKFY-P24NFMU-E PKFY P30NFMU-E Power source 0,V,Hz Single phase,208V-230V,60Hz Cooling capacity Btu/h 18,000 24,000 30,000 Heating capacity Btu/h 20,000 27,000 34,000 Cooling kW 0.09 0.12 Input Heating kW 0.09 0.12 N U w Cooling A 0.44 0.58 Current Heating A 0.44 0.58 Exterior<munsell symbol> — Plastic ,white:<3.4Y 7.7/0.8> Height in. 13-3/8 Dimensions Width in. 55-1/8 66-1/8 Depth in. 9-1/4 Heat exchanger — Cross fin(Aluminum plate fin and copper tube) Type X No. — Lineflow fan X 2 Air flow DRY CFM 490-640 780-990 Fan Low-High WET CFM 440-570 700-890 External static pressure Pa 0 Fan motor output kW 0.045 0.070 Insulator — Polyethylene sheet Air filter — PP honey comb Pipe dimensions Gas side in. 1/2"/5/8"(compatible) 5/8" ' Liquid side in. 1/4"/3/8"(compatible) 3/8" Unit drain pipe dimension in. PVC pipe with O.D. 13/16" Noise level Low-High dB 39-45 46-49 Product weight Ibs 53 62 Note 1. Rating conditions Cooling : Indoor: D.B. 80°F W.B. 67°F outdoor:D.B. 957 W.B. 75°F Heating : Indoor: D.B. 707 outdoor:D.B.477 W.B.43°F 11 4-2. ELECTRICAL PARTS SPECIFICATIONS PKFY PO6NAMU-E PKFY-PO8NAMU-E Model Symbol PKFY P06/P08NAMU-E :Pa:rts:n:a::m�e Room temperature TH21 Resistance 30°F/15.8k4,50°F/9.6kQ,70°F/6.OkQ,80°F/4.8kQ,90°F/3.9kQ, 100°F/3.2k4 thermistor Liquid pipe temperature thermistor TH22 Resistance 30oF/15.8kQ,50°F/9.6kQ,70°F/6.OkQ,80°F/4.8kQ, 90°F/3.9kQ, 100°F/3.2k4 Gas pipe temperature thermistor TH23 Resistance 30°F/15.8kQ,50°F/9.6k4,70°F/6.OkQ,80°F/4.8kQ,90°F/3.9k.Q, 100°F/3.2kQ Fuse (Indoor power board) FUSE 250V 6A Fan motor MF 4-Pole Output 8W/PS4N8-KA (with thermal fuse) Fan motor capacitor C 1.2NF X 440V Vane motor MV MSFBC20A03 DC12V (with limit switch) Linear expansion valve LEV DC12V Stepping motor drive Port dimension 03.2(0-2000pulse)EDM-40YGME Power supply terminal TB2 (1-1,L2,GR) 250V 20A block Transmission terminal TB5 (M1, M2) 250V 10A block 12 PKFY-P12NGMU-E PKFY-P15NGMU-E Parts name Model Symbol PKFY-P12/P15NGMU-E Room temperature thermistor TH21 Resistance 30°F/15.8kf2, 50°F/9.6kQ, 70°F/6.Okf2, 80°F/4.8kf2, 90°F/3.9ko, 100°F/3.2kf1 Liquid pipe temperature thermistor TH22 Resistance 30°F/15.8kf2, 50°F/9.6k.Q, 70°F/6.0kf2, 80°F/4.8kn, 90°F/3.9kf2, 100°F/3.2kf2 Gas pipe temperature thermistor TH23 Resistance 30°F/15.8kQ, 50°F/9.6kfl, 70°F/6.OkQ, 80°F/4.8kQ, 90°F/3.9kf2, 100°F/3.2k.Q Fuse FUSE 250V 6A (Indoor controller board) PM4N30-KA 208V/230V 60Hz Fan motor 4 pole Output 30W (with inner-thermostat) MF Inner-thermostat OPEN 25 f 9°F Fan motor capacitor C 2.0 pF 440V Vane motor MV MP 35 EA DC12V DC12V Stepping motor drive Linear expansion valve LEV Port dimension 03.2(0—2000pulse)EDM-40YGME Power supply terminal block T132 (1-1,L2,GR) 330V 30A Transmission terminal block TB5 (M1, M2, S) 250V 20A MA remote controller terminal block TB15 (1,2) 250V 10A 13 PKFY-P18NFMU-E PKFY-P24NFMU-E PKFY-P30NFMU-E Parts name Model Symbol PKFY-P18/P24NFMU-E PKFY P30NFMU-E Room temperature thermistor TH21 Resistance 30°F/15.8kQ, 50'F/9.6kQ, 70°F/6.OkQ, 80°F/4.8kQ, 90°F/3.9kQ, 100°F/3.2kQ Liquid pipe temperature thermistor TH22 Resistance 30°F/15.8kQ, 50°F/9.6kQ, 70°F/6.0k.Q, 80°F/4.8k.Q, 90°F/3.9kQ, 100°F/3.2k..Q Gas pipe temperature thermistor TH23 Resistance 30°F/15.8kQ, 50°F/9.6kQ, 70°F/6.0k.Q, 80°F/4.SkQ, 90°F/3.9kQ, 100°F/3.2kQ Fuse FUSE 250V 6A (Indoor controller board) PN4N45-K PN4N70-K 208-230V 60Hz 208-230V 60Hz Fan motor 4pole Output 45w 4pole Output 70w (with inner-thermostat) MF Inner-thermostat OPEN 266±9°F Fan motor capacitor C 2.5,uF 440V Vane motor MV MP 35 EA DC12V DC12V Stepping motor drive DC12V Stepping motor drive Linear expansion valve LEV Port dimension 03.2(0—2,000pulse) Port dimension 05.2(0—2,000pulse) EDM-40YGME EDM-80YGME Power supply terminal block TB2 (L1,L2,GR) 330V 30A Transmission terminal block TB5 (M1, M2,S) 250V 20A MA remote controller terminal block TB15 (1,2)250V 1OA 14 Unit 4-3. NOISE CRITERION CURVES 3.3ft Wall 3.3ft Ambient temperature 80°F PKFY-P06NAMU-E ENOTCH SPL(d6) LINE PKFY-P12NGMU-E NOTCH SPL(dB) LINE PKFY-P08NAMU-E 3s PKFY-P15NGMU-E Hi n 42 o---0 35 a Mediuml0 33 Medium236 32 Low 32 Q 90 Q 90 m m 0 0 v 80 v 80 N N O O O O 70 NC-70 d 70 NC-70 m m v v 60 _y 60 NC-60 j NC-60 W LLl J J 5 W50 N NC-50 mLu NC-50 W 40 W 40 IL p NC40 p NC40 Z Z 7 m y 30 w 30 O NC 30 G NC-30 m 2011APPROXIMATE m 20 APPROXIMATE W THRESHOLD OF W THRESHOLD OF Q ING UOSR C-20 HEARING FORANO CONTINUOUS V NOSE U NOISE O10H NC-20 O 10 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES,Hz BAND CENTER FREQUENCIES,Hz PKFY-P18NFMU-E NOTCH SPLdB LINE PKFY-P30NFMU-E NOTCH SPLdI3 LINE PKFY-P24NFMU-E L.W 39 Low 46 W so W 90 m m L) 80 V 80 N 04 O N O O 70 O O O 0 70 o NC-70 m NC-70 V m jJ 60 60 jj>j NC-60 Lu NC•60 J W J 50 w 50 W NC-50LLI NC-50 Q' y a, 40 W 40 Cal Z NC-40 IL NC40 7 U)j 30 O 30 0 NC-30 NC-30 Z 2 APPROXIMATE > 20 THRESHOLD OF uj 20 THRESHOLD OF F HEARING FOR NC-20 > HEARING FOR Nc•20 CONTINUOUS Q CONTINUOUS NOISE V NOISE 10 O 10 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 BAND CENTER FREQUENCIES,Hz BAND CENTER FREQUENCIES,Hz 15 1 n - ❑ V IV CM 0 OD CY) O' Installat plate balance olnt hole DetailsO of installation plate NV as C N ^ V W N ib O Y�[11 amp N ' R O ry Nry r , Cr �_ �v N g gm N 12 Y 30-13116 83 L' N '� N ` Installation plate's . °. . . . 2 �. 33//55..ttl4r13 551yy1811351J] ¢3237� 1, 9 411I3 222 1 1 055I1 T 3/16xl-15/32 4.5x37 4 ales C ■ z-z7!zyy(( 3 16x1-9 16 4.Sx40 4 holes '^ 1-7/847.5Y• 10313(1) 19132(15) 253--9711/1126828 5q268 ]) 2-832 31732Z90)) 4-13210 1281 32J32 815 4.7/8(12) IL I III Z 3/16x1-3/8 4.5x35 4 holes 1. ^6g o 27/32 21.5 9-314 247.5 29/32 150 " N n r intake 8 5/32 4.3 holes : 2-3/8 eo m N �' Knockout hot ��7 3132 25 6-7/32 158 3/16 5 m m Piping hole¢2-9/16(065) Terminal block 12-01/8(02.8)holes 4 11/32 9 holes 87 3/16 5.1 installalon plate Air intake Installation space (Direction) m 315116(100)ormor Su ortin iece fille(130)ormom 1Z,i 1 �\ Noy ova p a E m Z..: 1-11132(34 1-11/16 42.5 A o N 'CO) C 2-25/32 0.3 e n 24-13/16 630 Air intake 5-3/ 148 27a/6 ss5 Air outlet 2g/8 6a Air outlet Air outlet ^ N 26-31l32(660)(Drain pipe total 29-29132(760))4-11132(110) (Direction) Wirin an Vance holes Notes 1.Use MI or W3/8 screw for installation plate. 17-23132(4so Gas t e 2.Extension piping side. Detailed figure dwg(ABC) 20.25/3z 52o Li uid i e 9/1611s> (Knockout hole) B Refrigerart Liquid pipe 114E C e Pi Knockout nht kout hole of piping Gas pipe �11,21`s/a(sa) ,� , ��? 'P Knockout hole for Drain pipe 58(616)I.D at' Knockout hole for rs remote control wiring 31/32(24.4 �� Rg `? left i in Rsr16 R6 3.Sleeves are available an the market 37 R15 Knockout halt for Sleeve Through-hole y R1g1 under i in ock. 73 3z 10 69/16 0 69111�670 2-3/4 e Ry16 RB remote conhal wldn of is 3132(2.5) 1-11/3234 N N . n AFP 1-25132(45) 3-19/32 97.5 7 f1 Io l X X In M l � N 28-5/32(715)Air Intake 8-27/32(225) Right side z z Left side Front view 13318(340) 3-l32(8) 11-1/32(280) 93116(233) Air Intake Air intake Address board Less than 19/32(15) Knock out hole for left piping C C Refrigerant pipe.Drain pipe.Wiring hole. MM VV W m N � N Service space required around indoor unit Right side' O 23/8 60 39(990) Auto vane 2-3/8(60) v `o E 9-1/4(235) r7 O N © Lower side m 27-3/4(705)MrouOet 9.1/4(235) Knockout hole for right piping Refrigerant pipe.Drain pipe. 12—Louvers manual) 6 5/1fi(160) 1-sns(ao) Wiring hole 5-29/32(150)or more Less than 5-1/8(130) 131/32(50)or more Knockout hole for under piping (Necessary clearance for Refrigerant piping.Drain pipe. Unit installation m Wiring hole N D D Details of installation plate Installation plate balance point hole s 2-314(70) 1-3/8(35) Unit center < 1-31132(50) 7-15132(196) �5 Service panel m g cro NN < lsala(aoo) lssnfi(ass) N Q s rPoweatcto s/ts to Holes tv a Front view(top open the grille(� ) a '" e holes for bolts Filter ri49-03116(¢5)holes � �fortappingscrew 3-5/32 Bo 5.1/8(130) 7-15132(190) IFEE s r 1 9-1/16(230) o 10-23/32(272) 12-7132(310) ISIR 12-11/16(322)y1 y IV I _ Left-rear s (Left side piping 3I18 5[11 1-5/16 33 I In hill, o o �'ps2 13/8(35)Installation) 22-T/8 581 2-1/8 54 r 17-11I16 449 3-3/8 86 L�°� fO N Drain hosebI/4F 27-916 00 6-1132153 Knockout holefor „ Knockout hole for �„Right-rear r (Flexible hose total length3l-1/2(B00)) left-rear pi in °°' right-rear piping ��piping hole Liquid (Right side piping insta lotion) Ga Sleeve 1 Through-hole 02-15/16(075) 2-15/16 03-5/32 =1 Sleeves are available on the market C 75— 6 s12 This size shows the lower end of through hole. ;* 0 S 3 3 T T • j V �TT n n Top side [V -Ph 00 O O M Z Z Service space required around indoor unit N E i Air 9-1/4(235) 9-1/4(235) 9-1/4(235) 11 9-1/4(235) M 111 intake 2 1-zsr3z(as) E 1-25/32(45) 1-25132(45) /Air Front view Right side outlet / 55-1/8(1400) 1-31132(50)or more o Left side 42-29/3 2 0 0 90)Air intake 9-1/4 9-27132(250)or more E Less Nan 9-27132 250 N m C A � Knockout hole for wiring Knock out hole A B A C Terminal block for right piping 1-3/16(30) m S 1a116(30) Knockout hole Less than 19/32(15) piping for left2 MI1a{I BOIL v 11-9/16(39 V m n N m c' 1-15/32 37 Co 1-15/32(37) N �+ 2-29/32 74 3-27/32(98 1-1/4(32) 2-29132 4) Drain hose 31/32(25) Drain hose/ 15/16 24 1 Drainage range on 4-7132(107) Details of installation plate ri ht-hand side Wiringentrance holes 2-5/32 5s aa/e(111) Unit center 4-23/32 1za Drainage range on 38-31/32 990 9-21/32 z45 43-11/16(1110)Drain hose 7-7/3z 193 left hand side 17-29132 455 Drain hose for 13/32X3-19/32=(35-13/16(10X91=(910)) 11-7/32(285) left-hand side piping Lower side MODEL P18 P24 35.7116(9D0) 3/4 1s Auto vanes Louvers Manual) 23/32(18) 44-3/32(1120) 9-7/16(240) 1 Liquid pipe 1/4F/3/8F(Compatible) 3/8F Wall fixture 23/32 18 3-19/32(91) N 21-23/32(55 Mroutlet 21-23/32 2)AtrouBet 2 Gas pipe 1/2F/5/8F(Compatible) 5/8F Sleeve�1 Through-hole 03-17/32 453-17/32-r�3-15/16 6 114 6 holes N (090) (090--0100) 1 Sleeves are available for tapping screws m on the market. �5 Under anel(Removable t g — —— _ left-hand side piping) 32 15/32 12 holes Knockout hole for under- i in for bolts 8-27/32(25 9-7/16(240) 7-3/3z 11 1132(280) 12-318(314) N Refrigerant pipe/Drain pipe 12-1/4 6 holes za 1/az s10 317/3z so Rear i in hole C for tapping screws Range for left rear piping hole 7 X n 3 T� - In Top side Service space required around indoor unit a W N O Air ZZ ® ® ® ® ® 17 intake ic E 9-1/4(235) 9-1/4(235) 9-1/4(235) 9-1/4(235) 9-1/4(235) Alr.. 1-25/32(45) 1-25132(45 M7 / Outlet / `? 1-25/32(45 1-25132(45 m 71-131/332(50) ore t° Knock out hole Right side 9-27132(250)or more r Less than 5-29132(150) Front view for right piping Left side 66-118(1680) 9-114(235) - 53-15/16(1370)Alr Intake Knockout hole for wiring m _ o r A B C A C r N N m 1-3/16(30) iv �_ 1-3/16(30) cb a+ � N —� Knockout hole Terminal block for left piping Less�snsps) 1-17l32(39) I 1-15/32(37) v o 2 1-15132 37 my 3-27132(98 1- 42 m�2-29/32 74 23 m ` Bolt m m` m Drainage range on Drainage range on ^ a left hand side ri ht-hand side Unit out line Unit center 31/32 25 _ 50(1270) 9-21/32245 ( ) Drain hose 15/16(24 1 4-vaz(102) 23-7/16 595 Drain hose forWiring2-5132 55 Wall fixture 1/2X3 19/32(46 9/16)(13X91=(1183) 11-7/32(285) left-hand side piping entrance holes 4-23/32(120) 84 1/4 6 hOles 35-7/16(900) 3/4 19 43-'11116(1110)Drain hose 7-7/32(183) - for tapping screws 23132(18) 19/32(91) m Lower side 23132(18 N 55-1/8(1400) 9-7/16(240) 1 Liquid pipe I 3/8F �+ 1° 27-5118(694)Alr outlet 27-5/16(694)Air outet 2 Gas pipeI 5/8F N Sleeve�k1 Through-hole M 03-17/32 03-17132-03-15116 (Q590) (090-0100) till Sleeves are available Louv7underplping on the market. B 11-5/8(295) 8-27/32 5 16(240). /32 1 1/32(280) 12-3/8(314) Under anel R 41- 15132 12 holes 29-17/3z(750) Auto vanes left-hand side for bolts 12- 1/4 6 holes /16(90� Rear i in hole Knockout hole for tapping screws Range for left rear piping hole Refrigerant pipe/Drain pipe C 7 3 C1 7' 3 3 6 WIRING DIAGRAM PKFY-P06NAMU-E PKFY-P08NAMU-E [LEGEND] SYMBOL NAME SYMBOL NAME SYMBOL NAME A.B CIRCUIT BOARD D(ADDRESS) P.B INDOOR POWER BOARD LEV LINEAR EXPANSION VALVE SW1 SWITCH MODE SELECTION C CAPACITOR(FAN MOTOR) MF FAN MOTOR SW5 VOLTAGE SELECTION F.0 FAN PHASE CONTROL MV VANE MOTOR SW11 ADDRESS SETTING 1ST DIGIT FUSE FUSE(6AI25OV) TB2 TERMINAL POWER SUPPLY SW12 ADDRESS SETTING 2ST DIGIT ZNR VARISTOR TB5 BLOCK TRANSMISSION SW14 CONNECTION No. TH21 THERMISTOR ROOM TEMP.DETECTION M.B INDOOR CONTROLLER BOARD (32°F115k4,77°F/SAk4) CN32 CONNECTOR REMOTE SWITCH TH22 PIPE TEMP.DETECTION/LIQUID GN51 CENTRALLY CONTROL (32°F/15k0,77°F/5.4k4) CN52 REMOTE INDICATION TH23 PIPE TEMP.DETECTION/GAS SW2 SWITCH CAPACITY CODE (32°F/15k4,77°F/5.4k4) SW3 MODE SELECTION TO OUTDOOR UNIT TO NEXT TO MA-REMOTE BC CONTROLLER INDOOR UNIT TH23 TH22 TH21 CONTROLLER M-NET REMOTE CONTROLLER TB2<5'> DC8.7d3V DC24.30Y i LEV Ins M1.M2; i L2_� iTB5 00 -b S(SHIELD) 3 O GR i j BOX c�0 m M� a b b"FUSE15A) z 123456 12345 123 123 12 12 O O m Jm� o Y o tL CN60 CNN CN32 CN34 CN29 CN21 "la m m BREAKERS LEV (BLU) SWITCH(GRN) GAS LIQUID (15A) A.B 5VDC SUPPLY �� (� �� ORN YLW 1 2 1 2 3 4 5 6 1 2 3 POWER SUPPLY SW5 BRN CN2M FAN CND -IN 208-230V 60Hz 208V�230V AODRES�3 4 1 2 3 4 5 1 2 3 4 5ffE 1 2 3 (BLU) (GRN) (RED) 2 CN51 CN52 1234 12345678 123 12 ON 3YY1 CN43 1 8 CENTRALLY REMOTE CN42 CN81 CN35P C CONTROL INDICATION ADDRESS ADDRESS CN3A CN20 MICON OFF® RED)6 0 (WHT) (GRN) (BLU)INTAKE BOARD FUSE T O (�D) (�0) (RED) BLK (BLU) ZNR 26A 12345678910 ADD SS 7 r a SW12 SW11 SW14CN82 6 A �j ORN 3 MCON F.0 F*NN T Q w LED2 BRN 2 (RED) CN53M 3RD NID 1ST CONNECTION 1 POWER BOARD 1 2 3 4 5 DIGIT DGIT DIGIT N0. o (RED) w to CN35M LED1 A Nf�SaoFig.1 POWER BOARD 1 2 3 P.B M B [BLU) Notes: <Fi9 1> 1.At servicing for outdoor unit,always follow the wiring diagram of outdoor unit. 2.In case of connecting MA-Remote controller,please connect MA remote controller cable in an accessorie MODELS SW2 ON 66to the connector 1 2.(Remote controller wire is non-polar.) PKFY-P06NAMU-E OFF 1234 3.In case of using M-NET,please connect to TB5.(Transmission line is non-polar.) ON 4.Symbols used in wiring diagram above are,Qo:terminal block,F-F-F-1:connecter,•:direct wire connection. PKFY-P08NAMU-E OFF 1234 5.Please set the switch SW5 according to the power supply voltage. Set SW5 to 230V side when the power supply is 230 volts. < >Use Copper Supply Wire. When the power supply is 208 volts,set SW5 to 208V side. 6.The setting of the SW2 dip switches differs in the capacity.For the detail,refer to the Fig.1. LED on indoor board for service Mark Meaning Function LED1 Main power supply Main power supply(Indoor unit:208-23OV) power on-+lamp Is lit LED2 Power supply for Power supply for MA-Remote controller MA-Remote controller on lam Is lit 20 PKFY-P12NGMU-E PKFY-P15NGMU-E PKFY-P18NFMU-E PKFY P24NFMU-E PKFY-P30NFMU-E [LEGEND] SYMBOL NAME SYMBOL NAME SYMBOL NAME I.B INDOOR CONTROLLER BOARD C CAPACITOR FAN MOTOR TH23 THERMISTOR PIPE TEMP.DETECIOWGAS CN24 CONNECTOR HEATER LEV LINEAR EXPANSION VALVE (32-F/15kO,7TFISAW) CN32 REMOTE SWITCH MF FAN MOTOR(WITH INNER THERMOSTAT) AB CIRCUIT BOARD ADDRESS CN51 CENTRALLY CONTROL MV VANE MOTOR SWi SWITCH MODE SELECTION CN52 REMOTE INDICATION P.B INDOOR POWER BOARD SWS VOLTAGE SELECTION RC FAN PHASE CONTROL TB2 TERMINAL POWER SUPPLY SWIl ADDRESS SETTING 1ST DIGIT FUSE FUSE(EWSOV) TB5 BLOCK TRANSMISSION SW12 I ADDRESS SETTING 2ND DIGIT SW2 SWITCH CAPACITY CODE TBI5 MA-REMOTE CONTROLLER SW74 CONNECTION No. SW3 MODE SELECTION TH21 THERMISTOR ROOM TEMP.DETECTION SWC OPTION SELECTOR SW4 MODEL SELECTION 32-171150,77715.411 X4 AUX.RELAY FAN MOTOR TH22 PIPE TEMP.DETECTIONIIJQUID ZNR VARISTOR (32'F115kQ,77'F15AkQ) TO NEX7INDOOR UNIT TB2c*> a BLU O L2_� i PULL BOX GRNIYLW p GR i I MF P.B AC208.230V DC11I3H17V� '7-�' TNE& TRANS C-N29 -' �S FUSE 3 Fb�I 2 rl (1SA) � Ilv I I C 1 ___J 1 \l BREAKER 1.8 m� ] l AN 1 3 5 1�C) 1 3 1 3 RED) POWERSUPPLY FUSE CN2D 1 L -IN 208.23DV 60HZ IX4 250V LED1 � 2 6A DRAIN NET TO OUTDOOR UNIT F.0 X4 ZNR CN31 BLU TBS REMOTE -- M2 BCCONTROLLER M• 1 O-- C24- 3 2 1 CN2M 2 BLU O M7_ ROLLER OC2430V ryLYI� REMOTE CENTRALLY REMOTE (BLU) Q S(SHIELD) NEATER INDICATION CONTROL LEV SWITCH CO CNr 52(GRN) CNS, 11WHT1 CNfiO CN321'MT) CN3A 1 pRN TB0151_ TO MA-REMOTE 5 1 5 1 fi 5 4 3 2 1 1 3 (BLU) 3 ORN O 2_)CONTROLLER D8.7.13V VANE ADDRESS ADDRESS SW2 SW3 SW4 (� ( (BLI() 7654321 4321 OFF CNGV(GRN) CN81(RED) CN42(RED) ON®® ®ON INT UQUI GAS 654321 8 OFF ZN'0 CN21 CN2�LED 123456 12345678910 2345 �dmie3=3Li Ij 6 m oaam e X4 m zmoi MV See FIg.1 A.B 5VDC SUPPLY SW5 Fil. LEV TH21 TH22 TH23 208V�230V <Flg.1> ADDRESS ON®CN43(RED) Models SW2 SW3 SW4 OFF 12345678910 CN 2(ESS 7 ON RED) fi PKFY-P12NGMU-E OFF OFF ON® OFF SW12 SW71 SWCO SW14 123456 ON® 5 1234567891 12345 ON Q �� 2 PKFY-P15NGMU-E OFF® ON® ON 123456 OFF 1234567891 OFF 12345 3RD 2ND 11T CONNECTION OIGIT DIGIT DIGIT N0. 1 PKFY-P18NFMU•E OFF® OFF ON® OFF 123456 1234567891 ON ON12345 ON PKFY-P24NFMU•E 0 F® OFF® OFF® 123456 1234567891 12345 ON ONON PKFY-P30NFMU-E OFF® OFF® OFF® 123456 1234667891 12346 <E>Use Copper Supply Wire. Notes: 1.At servicing for outdoor unit,always follow the wiring diagram of outdoor unit. 2.In case of using MA-Remote controller,please connect to TB15.(Remote controller wire is non-polar.) 3.In case of using M-NET,please connect to TBS.(Transmission line is non-polar.) 4.Symbol[S]of TB5 Is the shield wire connection. 5.Symbols used in wiring diagram above are,@:terminal block,®:connecter. 6.The setting of the SW21SW3/SW4 dip switches differs in the capacity.For the detail,refer to Fig.1. 7.Please set the switch SW5 according to the power supply voltage. Set SW5 to 230V side when the power supply is 230 volts. When the power supply is 208 volts,set SW5 to 208V side. LED on indoor board for service Mark Meaning Function LED1 Main power supply Main power supply(Indoor Unit:208-23OV) power on-lamp Is Ilt LED2 Power supply for Power supply for MA-Remote controller MA-Remo controller on- lamp is Id 21 7 REFRIGERANT SYSTEM -DIAGRAM PKFY-P06NAMU-E PKFY-P08NAMU-E Gas pipe temperature thermistor TH23 Gas pipe i Strainer Flare (#100mesh) Liquid pipe temperature thermistor TH22 Liquid pipe Heat exchanger Li:24 I Strainer Refrigerant flow in cooling (#100mesh) Room temperature .... Refrigerant flow in heating thermistor TH21 Item Service Ref. PKFY P06/PO8NAMU-E Gas pipe 1/2" Liquid pipe 1/4" PKFY-P12NGMU-E PKFY-P15NGMU-E PKFY-P18NFMU-E PKFY-P24NFMU-E PKFY-P30NFMU-E Gas pipe thermistor Strainer(P12/P15:#100 mesh thermistor TH23 P18/P24/P30:#50 mesh) Gas pipe Liquid pipe thermistor TH22 Flare connection Heat exchanger < Liquid pipe Linear expansion valve 1 Strainer(#100mesh) Strainer(#100mesh) Room temparature —o Refrigerant flow in cooling thermistor TH21 ....*Refrigerant flow in heating Service Ref. PKFY P12/P15NGMU-E PKFY P18NFMU-E PKFY P24/P30NFMU-E Item Gas pipe 1/2" 1/2"/5/8" (Compatible) 5/8" Liquid pipe 1/4" 1/4"/3/8" (Compatible) 3/8" 22 ❑8 - MICROPROCESSOR CONTROL INDOOR UNIT CONTROL 8-1. COOL OPERATION <How to operate> O Press POWER ON/OFF button. OO Press the operation MODE button to display P P Y COOL. ® Press the TEMP. button to set the desired temperature. It)P. ° 00 NOTE:The set temperature changes 2°F when the Q or CDbutton is ❑ b o „ ❑ pressed one time. Cooling 67 to 87°F. OO OO o0 Dana aex�mxe Control modes Control details Remarks 1.Thermoregulating 1-1.Thermoregulating function (Function to prevent restarting for 3 minutes) function -Room temperature'_desired temperature+2°F•••Thermo ON - Room temperature:-5 desired temperature.--Thermo OFF 1-2.Anti-freezing control Detected condition:When the liquid pipe temp. (TH22)is 32°F or less in 16 minutes from compressors start up,anti-freezing control starts and the thermo OFF. Released condition : The timer which prevents reactivating is set for 3 minutes, and anti-freezing control is cancelled when any one of the following conditions is satisfied. i0 Liquid pipe temp. (TH22)turns to be 50 aF or above. O The condition of the thermo OFF has become complete by thermoregulating,etc. O The operation modes becomes mode other than COOL. ®The operation stops. 2. Fan By the remote controller setting(switch of 4 speeds or speeds) Type Fan speed notch 4 speeds [Low],[Med2],[Med1],[High] 2 speeds [Low], [High] To be continued on the next page 23 From the preceding page Control modes Control details Remarks 3..Drain pump 3-1.Drain pump control Except for •Always drain pump ON during the COOL and DRY mode operation. PKFY-P06NAMU-E (Regardless of the thermo ON/OFF) PKFY-P08NAMU-E •When the operation mode has changed from the COOL or DRY to the others (including Stop),OFF the control after the drain pump ON for 3 minutes. Drain sensor function Drain sensor •Energize drain sensor at a fixed voltage for a fixed duration.After energizing, Indoor control compare the drain sensor's temperature to the one before energizing,and judge P.C. board 1 z whether the sensor is in the air or in the water. CN31 2 3 Basic control system •While drain pump is turned on, repeat the following control system and judge If the unit is whether the sensor is in the air or in the water. without the drain sensor, install Timing of ON-------- - - the jumper energizing connector. drain sensor Repeat Indoor control OFF P.C. board Stand by for 30 Stand by for 30 CN31 a minute sec. a minute sec. �-V Detect the temperature When installing before the jumper (TO)energizing connector, Detect the Judge whether determine to temperature the sensor is in detect after ♦— the air or in the compulsorily in (T1)energizing water. the air. •Drain sensor temperature rise(At) •Temperature of drain sensor before current is applied(To) •Temperature of drain sensor after current is applied (Ti) [At=Ti-To] 4.Vane (1) Initial setting :Start at COOL mode and horizontal vane. "SET FOR 1 HOUR' (up/down vane change) (2)Vane position:Horizontal-Downward A-Downward B-Downward C-->Swing appears on the -------------------------------------------------------------- wired remote PKFY-P06NAMU-E and.PKFY-P08NAMU-E is not equipped ; controller. with the swing function. Horizontal-Downward A-Downward B-Downward C r (3)In case of PKFY-P06/P08NAMU-E and PKFY P12/P15NGMU-E: Restriction of the downward vane setting When setting the downward vane A,B or C in[Med1],[Med2]or[Low]of the fan speed notch,the vane changes to horizontal position after 1 hour have passed. In case of PKFY P18/P24NFMU-E and PKFY P30NFMU-E: Restriction of the downward vane setting When setting the downward vane A,B or C in [Low]of the fan speed notch, the vane changes to horizontal position after 1 hour have passed. 24 8-2. DRY OPERATION <How to operate> iD Press POWER ON/OFF button. ti 88 �:�w Bls OO Press the operation MODE button to display DRY. 03 Press the TEMP. button to set the desired temperature. 00 0O NOTE:The set temperature changes 2°F when the Cv or Qbutton is D °`° "'�"° °'"F o 0 0« D pressed one time. Dry 67 to 87°F. �.. 0 0 ®O o0 Control modes Control details Remarks 1.Thermoregulating 1-1.Thermoregulating function(Function to prevent restarting for 3 minutes) function Setting the Dry thermo by the thermoregulating signal and the room temperature(TH1). Dry thermo ON Room temperature '_ desired temperature+2°F Dry thermo OFF Room temperature < desired temperature Room 3 min.passed since starting operation Dry thermo Dry thermo temperature ON OFF Thermoregulating signal Room temperature(T1) time(min) time(min) T1 > 83T 9 3 ON 83°F>T1 ' 79°F 7 3 Over 64°F 79°F>T1? 75°F 5 3 75°F>T1 3 3 OFF Unconditional 3 10 Less than 64°F Dry thereto OFF 1-2. Frozen prevention control No control function 2. Fan Indoor fan operation controlled depends on the compressor conditions. Dry thermo Fan speed notch ON [Low] OFF Stop Note: Remote controller setting is not acceptable. 3. Drain pump Same control as COOL operation Exceptfor PKFY-P06NAMU-E PKFY-P08NAMU-E 4.Vane Same control as COOL operation (up/down vane change) 25 8-3. FAN OPERATION <How to operate> i0 Press POWER ON/OFF button. 0 I : : Ba O Press the operation MODE button to display FAN. EM ItTEnta. OO GMFF 00 O N Dana oew°xe Control modes Control details Remarks 1. Fan Set by remote controller. Type Fan speed notches 4 speeds type [Low],[Med2],[Med1],[High] 2 speeds type [Low], [High] 2.Vane Same as the control performed during the COOL operation,but with no restriction (up/down vane change) on the vane's downward blow setting. 26 8-4. HEAT OPERATION <How to operate> O Press POWER ON/OFF button. 0 Press the operation MODE button to display HEAT. � STV-8-M-- BA 90 Press the TEMP. button to set the desired temperature.v -' NOTE:The set temperature changes 27 when the Qor(Z)button is itTEMP. oowOFF pressed one time. Heating 63 to 83°F. 00 O B a C5 o n« D <Display in HEAT operation> 0 0 ' u o [DEFROST] e The[DEFROST]symbol is only displayed during the defrost operation. [STANDBY] The[STANDBY]symbol is only displayed from the time the heating operation starts unit the heated air begins to blow. Control modes Control details Remarks 1.Thermoregulating 1-1.Thermoregulating function(Function to prevent restarting for function 3 minutes) •Room temp. < desired temp.30°F•••Thermo ON •Room temp. '_ desired temp. ---Thermo OFF 2. Fan Controlled by the remote controller(4-speed) Fan speed change notch Give priority to under-mentioned controlled mode Refer to the model function table 2-1. Hot adjuster mode 2-2. Preheating exclusion mode 2-3.Thermo OFF mode(When the compressor off by the thermoregulating) 2-4. Defrosting mode 2-1.Hot adjuster mode The fan controller becomes the hot adjuster mode for the following conditions. 0 When starting the HEAT operation 0 When starting the compressor by the thermoregulating 0 When releasing the HEAT defrosting operation Hot adjuster mode*1 E *1 "STAND BY"will be displayed Set fan speed by the remote controller during the hot adjuster mode. [Low] [Extra Low] A B C A: HOT adjuster mode start B:5 min have passed since the condition A or the indoor Condenser/Evaporator temp.turned to be 95°F or more C:2 min have passed since the condition B (Terminating the hot adjuster mode) To be continued on the next page 27 From the preceding page Control modes Control details Remarks 2. Fan 2-2. Residual heat exclusion mode This control is same for the model When the condition changes the auxiliary heater ON to OFF without auxiliary heater. (thermoregulating or operation stop,etc),the indoor fan operates in[Low]mode for 1 minute. 2-3.Thermo OFF mode When the thermoregulating function changes to OFF,the indoor fan operates in[Extra low]. 2-4.Defrosting mode The indoor fan stops. 3.Vane control (1) Initial setting: OFF-HEAT•••[last setting] (Up/down vane When changing the mode from exception of HEAT change) to HEAT operation. ---[Downward C] (2)Vane position: Horizontal-Downward A-Downward B-Downward C-Swing r ------------------------------------------------------------ PKFY 08NAMU-A is not equipped with the swing function. Horizontal-Downward A-Downward B- Downward C r � '---------------------------------------------------------- (3)Restriction of vane position iD The vane is horizontally fixed for the following modes. (The control by the remote controller is temporally invalidated and control by the unit.) •Thermo OFF •Hot adjuster[Extra low]mode •Heat defrost mode 28 8-5. AUTO OPERATION [AUTOMATIC COOIJHEAT CHANGE OVER OPERATION] <How to operate> iD Press POWER ON/OFF button. �88 8e:�w OO Press the operation MODE button to display AUTO. OO Press the TEMP. button to set the desired temperature. It,ep. ooWOFF NOTE:The set temperature changes 2°F when the (Z)or Qbutton is O O O I pressed one time.Automatic 67 to 83°F. o 0 0 "AUTO"works to change by itself the operation mode either to cooling 201 or heating to the room temperature. Control modes Control details Remarks 1. Initial value of HEAT mode for room temperature<Desired temperature operation mode COOL mode for room temperature'-Desired temperature 2. Mode change (1)HEAT mode-►COOL mode Room temperature'_Desired temperature+3*F.or 3 min.has passed (2)COOL mode->HEAT mode Room temperature`_Desired temperature-3*F.or 3 min.has passed 3.COOL mode Same control as cool operation 4. HEAT mode Same control as heat operation 29 0 TROUBLESHOOTING 9-1. HOW TO CHECK PKFY-P06NAMU-E PKFY-P08NAMU-E Part Name Check points Room temperature Disconnect the connector,then measure the resistance using a tester. thermistor(TH21) (Surrounding temperature 50°F-86°F) Liquid pipe temperature thermistor(TH22) Normal Abnormal Gas pipe temperature thermistor(TH23) 4.3kQ-9.6kQ Open or short Vane motor(MV) OMeasure the resistance between the terminals using a tester.(Surrounding temperature 77T.) Blue M Normal Abnormal Red Red-Pink Red-Blue Red-Orange Red-Yellow Orange Pink Open or short 4000±7% Fan motor(MF) iDMeasure the resistance between the terminals using a tester.(Surrounding temperature WE) Normal Abnormal White-Black 1950 FAN Red-Black 2000 Open or short White 1 4 Black g 2OWithout disassembling the parts, measure the electrical pressure of the gray wire(Signal line)and Fuse brown wire(GND)while the power is on. 293*4°F Brown Gra Yellow MAt first, check if the electrical pressure is 12V between the 3 2 1 CN34 brown wire(GND)and yellow wire(VCC). Normal (2)Slowly start running the fan. It is normal if while the fan rotate once, the electrical pressure change from OV to12V then go back to OV. Abnormal If the electrical pressure stay at around OV or 10V, it means the fan motor has the defects. Linear expansion Disconnect the connector then measure the resistance of valve using a tester. valve (LEV) Blue (Coil temperature 68°F) O Normal Abnormal M Brown Yellow White-Red Yellow-Brown Orange-Red Blue-Brown Open or short 150Q±10% white Red orange 30 PKFY-P12NGMU-E PKFY-P15NGMU-E Parts name Check points Room temperature Disconnect the connector then measure the resistance using a tester. thermistor (TH21) (Surrounding temperature 50°F-86°F) Liquid pipe temperature thermistor (TH22) Normal Abnormal Gas pipe temperature thermistor (TH23) I 4.3k4-9.6k.Q Open or short Vane motor(MV) Measure the resistance between the terminals using a tester. White (Surrounding temperature 68°F--86°F) OConnector Normal Abnormal Orange M Red—Yellow Red Red—Blue 186Q-2144 Open or short Red—Orange Blue Yellow Red—White Fan motor(MF) Measure the resistance between the terminals using a tester. (Surrounding temperature 68°F) Relay connector Motor terminal 3 Red 1 or Normal Abnormal Relay connector 2 White 3 Red-Black 141.2Q 1 Black 5 White-Black 131.54 Open or short Protector OPEN :257*9°F CLOSE:174*27°F Linear expansion Disconnect the connector then measure the resistance with the tester. valve(LEV) Blue (Surrounding temperature 68°F) O L Normal Abnormal White-Red Yellow-Brown Orange-Red Blue-Brown Open or short + o White Red Orange 1504-10/o 31 PKFY-P18NFMU-E PKFY-P24NFMU-E PKFY-P30NFMU-E Parts name Check points Room temperature Disconnect the connector then measure the resistance using a tester. thermistor (TH21) (Surrounding temperature 50°F-86°F) Liquid pipe temperature thermistor (TH22) Normal Abnormal Gas pipe temperature —9.6kQ Open or short thermistor (TH23) Fan motor(MF) Measure the resistance between the terminals using a tester. FAN (Surrounding temperature 68°F) CO3 1 Motor terminal or Normal Rela connector Abnormal 3 Y PKFYP18/P24NFMU-E PKFY-P30NFMU-ERed-Black 99.54±10% 62.60±10% White-Black 103.54±10% 74.00±10% Open or short 5 Protector OPEN :266*9°F CLOSE:181*27°F Linear expansion Disconnect the connector then measure the resistance of valve using a tester. valve(LEV) Bi1e (Surrounding temperature 68°F) O F Normal Abnormal White-Red Yellow-Brown Orange-Red Blue-Brown Open or short 15052—10/o White Red Orange Vane motor(MV) Measure the resistance between the terminals using a tester. (Surrounding temperature 68°F-86°F) Orange Connector Normal Abnormal Red i O Brown—Yellow Pink Brown—Blue 186-21452 Open or short rn Red—Orange Yellow Brown Blue Red—Pink 32 <Thermistor characteristic graph> <Thermistor for lower temperature> 50 Thermistor for Room temperature thermistor(TH21) lower temperaturel Liquid pipe temperature thermistor(TH22) Gas pipe temperature thermistor(TH23) 40 Thermistor Ro=15kQ ± 3% Fixed number of 13=3480 ±2% Y 30 m Rt=15exp {3480( N 273+(t-32)/1.8 273 30OF 15.8kQ 20 50OF 9.6kQ 70OF 6.OkQ 80OF 4.8kQ 90OF 3.9kQ 10 100°F 3.2kQ 0 -20 0 20 40 60 80 100 120 Temperature(•F) Linear expansion,valve i0 Operation summary of the linear expansion valve • Linear expansion valve open/close through stepping motor after receiving the pulse signal from the indoor controller board. •Valve position can be changed in proportion to the number of pulse signal. <Connection between the indoor controller board and the linear expansion valve> Controller board DC12V Linear expansion valve Brown 6 4 eB lue Red 5 Drive circuit OM 6 rown I 04 Blue 4 r�4 03 OZrange 3 103 Yellow 5 2 1 3 W 02 Yellow 2 02 White Red Orange I�1 01 White 1 L------- Connector(CN60) Note : Since the number of the connector at the controller board side and the relay connector are different,follow the color of the lead wire. 33 <Output pulse signal and the valve operation> Output Output (Phase) 1 2 3 4 Closing a valve : 1 —>2 3—>4—> 1 Opening a valve :4—.3-->2--> 1 >4 01 ON OFF OFF ON The output pulse shifts in above order. 02 ON ON OFF OFF * 1.When linear expansion valve operation stops, all output phase become OFF. 3 OFF ON ON OFF 2.At phase interruption or when phase does not shift in order, 04 OFF I OFF I ON ON motor does not rotate smoothly and motor will lock and vibrates. 0 Linear expansion valve operation * When the switch is turned on, 2200 pulse closing valve signal will //Open be send till it goes to®point in order to define the valve position. When the valve moves smoothly,there is no noise or vibration occurring from the linear expansion valve. However,when the pulse number moves from m to®or when the valve.is locked, more noise can be heard than normal situation. Noise can be detected by placing the ear against the screw driver nngl a valvehandle while putting the screw driver to the linear expansion valve. he way \® Pulse number Extra tightning(80-100pulse) s0 Trouble shooting Symptom Check points Countermeasures Operation circuit Disconnect the connector on the controller board,then con- Exchange the indoor con- failure of the micro nect LED for checking. troller board at drive circuit processor 6 failure. 5 4 3 2 1 1k4 LED Pulse signal will be sent out for 10 seconds as soon as the main switch is turn on. If there is LED with lights on or lights off,it means the operation circuit is abnormal. Linear expansion Motor will idle and make ticking noise when motor is operated Exchange the linear expan- valve mechanism is while the linear expansion valve is locked. This ticking sound sion vale. locked. is the sign of the abnormality. Short or breakage Measure the resistance between the each coil(red-white,red-Exchange the linear expan- of the motor coil of orange,brown-yellow,brown-blue)using a tester. It is normal sion valve. the linear expansion if the resistance is in the range of 1500 t 10% valve Valve does not close To check the linear expansion valve,operate the indoor unit in If large amount of thermis- completely(thermis- fan mode and at the same time operate other indoor units in for is leaked,exchange the for leaking). cooling mode,then check the pipe temperature 4quid pipe linear expansion valve. temperature>of the indoor unit by the out- door multi controller board operation moni- tor. During fan operation,linear expansion —Thermistor valve is closed completely and if there are (Liquid pipe)some leaking,detecting temperature of 1 Linear the thermistor will go lower.If the detected expansion temperature is much lower than the tem- valve perature indicated in the remote controller, it means the valve is not closed all the way. It is not necessary to exchange the linear expansion valve,if the leakage is small and not making any trouble. Wrong connection Check the color of lead wire and missing terminal of the con- Disconnect the connector of the connector or nector. at the controller board, contact failure then check the continuity. 34 9-2. FUNCTION OF DIP SWITCH PKFY-P06NAMU-E PKFY-P08NAMU-E Operation by switch Switch Pole Function Remarks ON OFF 1 Thermistor<Intake temperature guilt-in remote controller Indoor unit detection>position Address board 2 Filter clogging detection Provided Not provided <Initial setting> 3 Filter sign indication 2,500hr 100hr ON OFF 4 Air intake(•Q) Not effective Not effective 1 2 3 4 5 6 7 8 910 SW1 5 Remote indication switching Thermostat ON signal indication Fan output indication ( 1) Mode Selection 6 Humidifier control Fan operation at Heating mode Heat thermostat ON is operating. SW1-7 SW1-8 Fan speed OFF OFF Extra low 7 Air flow set in case of Low(10) Extra low(�K1) ON OFF Low g heat thermo OFF Setting air flow(M1) Depends on SW1-7 OFF ON Setting air flow ON ON Stop 9 Auto restart function Effective Not effective ( 2)It is impossible to intake 10 Power ON/OFF Effective Not effective the fresh air. Indoor controller board SW2 MODELS PKFY P06NAMLl-E PKFY P08NAMLl-E Set while the unit is off. Capacity 1-4 ON® ON code SW 2 OFF OFF <Initial setting> setting 1 2 3 4 1 2 3 4 Set for each capacity. 1 Heat pump/Cooling only Cooling only Heat pump Indoor controller board Set while the unit is off. 2 Capacity save Available Not available <Initial setting> 3 Vane Available Not available ON OFF Reading change of LEV opening 1 2 3 4 5 6 7 8 910 4 on reversion of after defrosting Not available Available (*3) At cooling mode,each SW3 5 Vane horizontal angle Second setting First setting angle can be used only1 hour. Function Vane cooling limit angle Selection 6 setting(•�3) Horizontal angle Down B,C 7 Indoor linear expansion Effective Not effective valve opening 8 Heat 4 degrees up Not effective Effective 9 Target superheat setting 5 degrees 2 degrees temperature 10 Target sub cool setting 15 degrees 10 degrees temperature 35 PKFY-P12NGMU-E PKFY-P15NGMU-E Switch Pole Function Operation by switch Remarks ON OFF 1 Thermistor<intake temperature Built-in remote controller Indoor unit detection>position Address board 2 Filter clogging detection Provided Not provided <Initial setting> ON 3 Filter cleaning 2,500hr 100hr OFF 12345678910 4 Fresh air intake Effective Not effective Note: SW1 (•�1)At Heating mode with fan 5 Remote indication switching Thermostat ON signal indication Fan output indication operated. Mode Selection 6 Humidifier control the heating operated while.x1 on thecondition ding �2 ( 2)At Heating mode with heat thermostat operated. 7 Air flow set in case of Low X3 Extra low -)R3 (•-x3) heat thermo OFF SW1-7 SW1-8 Fan speed 8 Setting aire flow X3 Depends on SW1-7 OFF OFF Extra low 9 Auto restart function Effective Not effective ON OFF Low OFF ON Settin airflow 10 Power ON/OFF Effective Not effective ON ON Stop Indoor controller board SW2 MODELS PKFY P12NGMU-E PKFY P15NGMU-E Set while the unit is off. Capacity 1-6 ON® ON code SW 2 OFF OFF <Initial setting> setting 123456 123456 Set for each capacity. 1 Heat pump/Cooling only Cooling only Heat pump Indoor controller board Set while the unit is off. 2 Louver Available Not available <Initial setting> 3 Vane Available Not available ON OFF 12345678910 4 Vane swing function Available Not available Note: (•§4)At cooling mode,each SW3 5 Vane horizontal angle Second setting First setting angle can be used onlyl hour. Function (•*5)SW 3-9 setting Selection g Vane cooling limit -4 Horizontal angle Down B, C PKFY-P12NGMU-E=OFF angle setting PKFY-P15NGMU-E=ON 7 Indoor linear expansion Effective Not effective valve opening 8 Heat 4degrees up Not effective Effective 9 Superheat setting X5 5 degrees 2 degrees temperature 10 Sub cool setting 15 degrees 10 degrees temperature Indoor controller board SW4 Set while the unit is off. Unit 1~5 ON <Initial setting> Selection OFF 12345 O OFF 1 2 3 4 5 36 PKFY-P18NFMU-E PKFY-P24NFMU-E PKFY-P30NFMU-E Operation by switch Switch Pole Function Remarks ON OFF 1 Thermistor<intake temperature Built-in remote controller Indoor unit detection>position Address board 2 Filter clogging detection Provided Not provided <Initial setting> ON 3 Filter cleaning 2,500hr 100hr OFF 1 2 3 4 5 6 7 8 9 10 4 Fresh air intake Effective Not effective Note: SW1 5 Remote indication switching Thermostat ON signal indication Fan output indication (-X1)At Heating mode with fan Mode operated. 6 Humidifier control Always operated while .1 Operated depending X2 (02)At Heating mode with Selection the heating mode on the condition heat thermostat operated. 7 Air flow set in case of Low �Q Extra low §�3 (§�3) heat thermo OFF SW1-7 SW1-8 Fan speed 8 Setting air flow X3 Depends on SW1-7 OFF OFF Extra low 9 Auto restart function Effective Not effective ON OFF Low OFF ON Setting airflow 10 Power ON/OFF Effective Not effective ON ON Stop Indoor controller board SW2 MODEL PKFY P18NFMU-E PKFY P24NFMU-E PKFY P30NFMU-E Set while the unit is off. Capacity code 1-6 ON SW 2 OF® OF® OFON ® <Initial setting> setting 123456 123456 123456 Set for each capacity. 1 Heat pump/Cooling only Cooling only Heat pump Indoor controller board Set while the unit is off. 2 Louver Available Not available <Initial setting> 3 Vane Available Not available ON OFF 1 234567 8 910 4 Vane swing function Available Not available Note: (�k4)At cooling mode,each angle SW3 5 Vane horizontal angle Second setting First setting can be used only1 hour. Function Selection g Vane cooling limit *4 Horizontal angle Down B, C �5 SW 3-9,3-10 setting angle setting g ('� ) g PKFY-P18/P24NFMU-E=ON 7 Indoor linear expansion Effective Not effective PKFY-P30NFMU-E=OFF valve opening 8 Heat 4degrees up Not effective Effective 9 Superheat setting 5 degrees 2 degrees temperature 10 Sub cool setting 15 degrees 10 degrees F temperature Indoor controller board SW4 Set while the unit is off. Unit 1-5 ON <Initial setting> Selection OFF 1 2 3 4 5 O OFF 1 2 3 4 5 37 PKFY-P06NAMU-E PKFY-P08NAMU-E PKFY-P12NGMU-E PKFY-P15NGMU-E PKFY-P18NFMU-E PKFY P24NFMU-E PKFY-P30NFMU-E Switch Pole Operation by switch Remarks SW11 Address board 1st digit s Address can be set while the address SW12 SW11 unit is stopped. setting yM'10 M"OAddress setting should be done when M-NET <Initial setting> remote controller is being used. sw12 sw11 SW 0 10 1 90, 90, 2 digit N address '9 9 5 q� setting r Address board SW14 21—' SW14 This is the switch to be used when the indoor Connection a <Initial setting> unit is operated with R2 series outdoor unit SW14 No. m as a set. setting o ?p Bg�9 Address board 220V 240V SW5 (208V) (230V)If the unit is used at the 230V area, set the <Initial setting> Voltage 2 voltage to 230V. 220V 240V Selection If the unit is used at the 208V, set the voltage (208V) (230V) to 208V. K*1 38 10 1 SASS E M B LY PROCEDURE PKFY-P06NAMU-E PKFY-P08NAMU-E Be careful when removing heavy parts. OPERATING PROCEDURE PHOTOS&ILLUSTRATIONS 1. REMOVING THE LOWER SIDE OF THE INDOOR UNIT FROM THE INSTALLATION PLATE Figure 1 Figure 2 When there is removing plate I (1) Remove the corner box at right lower side of the indoor — unit. (2) Insert the removing plate at the back side of the corner O _ box to remove the indoor unit. I � (3) Remove the hook by pulling the lower side of the indoor unit down as shown in the figure 1. 71ndoor unit I Push Corner hole When there is no removing plate or it can not be used for emoving plate some reason. O OO Be careful (1) Remove the front panel. not to damage (2) Insert the screw driver to the corner hole at both left and Insert * ' I the airflow adjustment t 1 right side as shown in the figure 2. the edge Pull plate with the (3)Push it up then, pull down the lower side of indoor unit and I screw driver. Push Down remove the hook. 2. REMOVING THE FRONT PANEL Photo 1 * Before removing the front panel, leave the open space at upper side of air flow adjustment plate approximately 2 to Front panel 3 cm. (1) Remove the screw caps then remove the set screws. — —_— _--— -- (Refer to the Photo 1) (2) Remove the left side of the front panel,then right side. (3)After removing the lower side of the front panel a little, _= remove it as pulling the upper side toward you. - * Please pay attention to the nozzle assembly. INSTALLING THE FRONT PANEL Set screws (1) Insert the lower side of the front panel under the air adjustment plate. (2)Set the upper side of the front panel. (3) Set the lower side of the front panel then fix it with the screws. Figure 3 (4) Press the area indicated as arrow sign and set it to the air conditioner unit. OO n0 Push o c OOOO Airflow adjus ment plate 39 OPERATING PROCEDURE PHOTOS$ILLUSTRATIONS 3. REMOVING THE INDOOR MICRO CONTROLLER BOARD Electrical box cover AND INDOOR POWER BOARD Photo 2 (1)Remove the front panel. (Refer to 2) (2)Remove the electrical box cover(screw 4 x 10). (Refer to the Photo 2) INDOOR MICRO CONTROLLER BOARD (1)Disconnect the following connectors on the indoor micro controller board. +—�Screw cap (connector in front of) n POWEP mm + •CN60, CN5V, CN34, CN29, CN21 •CN42, CN81, CN3A, CN20 (2)Pull out the indoor micro controller board toward you,thenw1 disconnect the rest of connectors. Electrical box •CN53M, CN35M (See the Photo 3) Indoor micro controller board INDOOR POWER BOARD Photo 3 (1)Disconnect the following connectors on the indoor power Indoor power board. — board •FAN, CN53P, CN35P, CN2M, CND (2) Remove the screws of the indoor power board, then pull out the indoor power board toward you. (See the Photo 3) — J Electrical box 4. REMOVING THE ELECTRICAL BOX Photo 4 Fixture (1) Remove the front panel. (Refer to 2) Indoor micro (upper) (2)Remove the electrical box cover. controller board Indoor power (3)Pull the nozzle assembly toward you as opening the catch board of the nozzle assembly. — (4)Disconnect the indoor/outdoor connector. (5)Disconnect the following connector on the indoor micro controller board. (See the Photo 4) r I fixture(lower) •CN60, CN5V, CN34, CN29, CN21, CN20, CN3A (6)Disconnect the following connector on the indoor power board. (Seethe Photo 4) •FAN, CN2M, CND (7)Disconnect the ground wire. (8)Pull the disconnected lead wire out from the electrical box. (9)Push up the upper fixture catch to remove the box,then pull the lower fixture and remove it from the box fixture. 4 Electrical box Ground wire set screw 40 OPERATING PROCEDURE PHOTOS&ILLUSTRATIONS 5. REMOVING THE NOZZLE ASSEMBLY Photo 5 (1)Remove the front panel (Refer to 2). Heat exchanger Electrical box (2)Remove the electrical box cover. (3) Disconnect the connector(CN5V) on the indoor micro con _ troller board. �® (4) After unhook the right side of the corner box, press the s t ' ✓`'' upper left side and remove the corner box. 5 Remove the nozzle assemble from the fixture. Nozzle assembly ( ) fixture Drain hose (See the Photo 5) fixture (6)Remove the drain hose. 6. REMOVING THE LINE FLOW FAN AND THE FAN MOTOR Heat exchanger Fan motor Photo 6 r fixture(right) (1) Remove the front panel. (Refer to 2) (2) Remove the nozzle assembly. (Refer to 5) x#` (3) Remove the electrical parts box. (4) Remove the fixture while pressing the right side of motor fixture catch. (See the Photo 6) (5)Remove the left side of the motor fixture. (6) Loosen the screw which fixes the line flow fan to the fan ix ure(left) motor,then remove the fan motor by sliding it to the right Line flow fan side. (See the Photo 6) fixture set screws 7 Pull the left-hand side of the heat exchanger toward you. set screws O 9 Y h4,, Drain hose (See the Photo 7) LI Nozzle assembly ;. (8)Remove the line flow fan. Photo 7 Heat exchanger Heat exchange fixture(left) 7. REMOVING THE VANE MOTOR Photo 8 Heat exchanger (1)Remove the front panel. (2)Remove the screw of the electrical parts box cover, and remove the cover. (3)Remove the screw of the vane motor,and remove the motor Vane motor ` from the shaft. (4)Disconnect the vane motor connector(CN5V)on the indoor controller board. Vane motor connect . screws Nozzle assembly 8. REMOVING THE LIQUID PIPE THERMISTOR AND GAS Photo 9 PIPE THERMISTOR Heat exchanger Gas pipe thermistor (1)Remove the front panel. (Refer to 2) (2) Remove the electrical box cover. (3) Remove the pipe cover. (4)Cut the wiring fixed band. - (5) Remove the liquid pipe thermistor and gas pipe thermistor. (See the Photo 9) (6)Disconnect the connector(CN29) (CN21)on the indoor Liquid pipe thermistor micro controller board. Electrical box 41 PKFY-P12NGMU-E PKFY-P15NGMU-E OPERATION PROCEDURE PHOTOS& ILLUSTRATION 1. REMOVE THE LOWER SIDE OF THE INDOOR UNIT FROM Figure 1 Hook THE INSTALLATION PLATE (1) Remove the left/right corner box of the indoor unit. �- ,�_ : , : • : ;� e , (2) Hold and pull down the lower and both ends of the indoor • ! unit, and remove the ♦ section from the square hole. . . • ' ' •. (Refer to the Figure 2.1) . Or remove the front panel and push the ♦ section down by using alien wrench ,etc.from the front side. (Refer to the Figure 2.2). (3) Unhook the top of the indoor unit from the back plate catch. Figure2.1 Figure 2.2 Hook t Square hole t Square hole Up Down 2. REMOVING THE FRONT PANEL Figure 3 Terminal block cover (1)Open the front grille. (2) Remove the terminal block cover with a screw. (3) Remove the screw 3 caps then remove the set 3 screws. (4)After removing the lower side of the front panel a little, remove it as pulling toward upper. Front grille Photo 1 Front panel ,> Set screws 3. REMOVING THE INDOOR CONTROLLER BOARD Photo 2 (1)Remove the terminal block cover. (2)Remove the front panel. (see the Photo 1) - - „ Electrical parts (3) Remove the electrical parts box(2 screws). Motor cover �� a box (4) Remove the electrical parts box cover(1 screw). (5) Disconnect the connector on the indoor controller board and Hooks for • A, 'II. remove the controller board by pulling up the hook of the Electrical parts l controller case. box *1 To smooth work, hang the side hooks of the electrical parts box on the hook of the motor cover. (see the Photo 3) Photo 3 k Indoor control P.C.board Hooks Controller case Electrical parts box 42 OPERATION PROCEDURE PHOTOS & ILLUSTRATION 4. REMOVING THE VANE MOTOR Photo 4 fS (1)Disconnect the connector CN6V on the indoor controller r � Set screws board. Nozzle � ,,. y (2)Remove the 2screws of the vane motor, disconnect the assembly lead wire and remove the vane motor from the shaft. - �' Lead wire Vane motor r; 5. REMOVING THE THERMISTOR Photo 5 (1) Removing the room thermistor TH21. ODisconnect the connector CN20<red>on the indoor controller board. Liquid pipe - ORemove the room thermistor from the holder. thermistor e Gas pipe (2) Removing the liquid pipe thermistor TH22. _� z � thermistor ODisconnect the connector CN21<white>on indoor con- troller board. ORemove the liquid pipe thermistor set to the pipe. Room 41� (3) Removing the gas pipe thermistor TH23. thermistor ODisconnect the connector CN29<black>on indoor controller board. ORemove the gas pipe thermistor set to the pipe. lectrical parts box YY Y e 6. REMOVING THE NOZZLE ASSEMBLY Photo 6 (1) Disconnect the connector CN6V on the indoor controller board. (2) Disconnect the lead wire of the vane motor. , (3) Remove the corner cover. (4) Pull the drain hose out from the nozzle assembly. ` (5) Unhook the hook of the lower nozzle assembly and pull the nozzle assembly toward you, then remove the nozzle assembly by sliding it down. Hook Drain hose Nozzle assembly Corner cover 7. REMOVING THE ELECTRICAL PARTS BOX Photo 7 Vane motor (1)Remove the terminal block cover. -- connector (2)Remove the front panel. (see the Photo 1) (3)Disconnect the vane motor connector. Liquid pipe t (4)Disconnect the fan motor connector from the fan motor. s thermistorW,1; (5)Remove the liquid/gas pipe thermistor. (see the Photo 5) ;\' �- (6)Disconnect the linear expansion valve connector. (7) Remove the electrical parts box(2 screws). -'# _ Electrical Fan motor ,-_:,vim parts box connector 8. REMOVING THE FAN MOTOR Photo 8 Photo 9 (1)Remove the terminal block cover. (2)Remove the front panel. (see the Photo 1) Motor cover (3)Remove the electrical parts box. (see the Photo 7) , (4)Remove the nozzle assembly. (see the Photo 6) (5)Remove the fan motor leg fixing 3 screws. (6)Unscrew the set screws using by alien wrench and remove L it by sliding the fan motor to right. (7)Remove the 4 screws and remove the motor cover from the fan motor leg. Motor Set Fan motor leg screw Screws 43 OPERATION PROCEDURE PHOTOS & ILLUSTRATION 9. REMOVING THE LINE FLOW FAN Photo10 (1)Remove the terminal block cover. (2) Remove the front panel. (see the Photo 1) (3) Remove the electrical parts box. (see the Photo 7) Heat exchanger - (4) Remove the nozzle assembly. (see the Photo 6) (5)Remove the fan motor. (see the Photo 8) x--==--_-- (6)Remove the pipe fixture with 2 screws.(see the Photoll) Set screws (7)Remove the left/right screws of the heat exchanger and pull the left-hand side up. (8) Remove the 2 screws by sliding it toward you remove the fixture(fixing bearing). X The fan motor is removable first,when the fan removing is hard. f: When resetting the fan to the fan motor. -- Locate and fix the shaft after installing the fan. Fixture(fixing bearing) 10. REMOVING THE HEAT EXCHANGER Photo 11 (1)Remove the terminal block cover. Heat exchanger (2)Remove the front panel. (see the Photo 1) (3)Remove the electrical parts box. (see the Photo 7) Set screw. (4)Remove the corner box. (5)Remove the nozzle assembly. (see the Photo 6) (6)Remove the 2 screws and the pipe fixture. (7)Remove the 2 screws and heat exchanger. - f �Y _ter'9 t Pipe fixture Set screws 44 PKFY-P18NFMU-E PKFY-P24NFMU-E PKFY P30NFMU-E OPERATING PROCEDURE PHOTOS & ILLUSTRATION 1. Removing the lower side of the indoor unit from the installation plate Figure 1 (1) Remove the 2 screws. Hanger of indoor unit Hang the indoor unit hangers to the catches on the instal- Catch of installation plate lation plate. i i Metal fixture i Screws 2. Removing the right side panel Figure 2 (1) Remove the 2 screws of the right side panel: one on the bottom and the other on the upper right-hand side. �� r Indoor controller (2)Sliding the right side panel to the right, pull it out toward board you. Right side panel i Terminal cover } ` Electrical parts box cover 3. Removing the indoor controller board Photo 1 (1) Remove the right side panel. boar controller board (2) Remove the screw of the electrical parts box cover, and remove the cover. e 3 Disconnect the connectors on the indoor controller board. a [� Electrical O .��-:� parts box (4)To unhook the catches on the right-hand side of the indoor controller board, pull the left-hand side toward you and lift up the cover to the right.Then the indoor control- Catches ler board can be removed. 4. Removing the electrical parts box Photo 2 Room temperature thermistor (1)Remove the right side panel. (2)Remove the screw of the electrical parts box cover and = controller cover, and remove each the cover. (3)Disconnect the vane motor,the linear expansion valve, = _ the room temperature thermistor,the liquid pipe temperature thermistor and the gas pipe temperature thermistor connec- _ Electrical box parts for on the indoor controller board. (4)Remove the 2 screws of the electrical parts box. (5)Disconnect the connector of the fan motor lead wire. (Fan motor side) (6) Remove the electrical parts box. - - Screws 45 OPERATING PROCEDURE PHOTOS & ILLUSTRATION (7) Remove the indoor controller board case. Photo 3 Then the Power board and the capacitor can be serviced. . Capacitor Power board 801 f Terminal block . . Electrical parts box -ter 5. Removing the vane motor (1) Remove the right side panel. Photo 4 Indoor controller board (2)Remove the screw of the electrical parts box cover, and remove the terminal cover. (3)Remove the 2 screws of the vane motor, and remove the motor from the shaft. (4)Disconnect Disconnect the vane motor connector on the indoor control- ler board. Screws Vane motor 6. Removing the intake grilles (1) Remove the right side panel. Figure 3 Catch on the left side panel (2)To remove the left side panel, remove the screw on the bottom and the screw on the upper left-hand side. (See _ Figure 3.) — Catch on 1. Press up this side of the left side panel to unhook the the unit catch on the panel from the catch on the unit. 2. Slide the left side panel to the left to remove the panel. Q Note: Fix the unit to the metal fixture securely (3) Remove the air filters. (4) Hold and press the center cover to remove. Photo 5 (5) Remove the screws of the grilles. Left side panel Slide to the (6) Pull the lower side of the grille toward you and slide the right Grills upper to the right to remove the grilles. Screws for grilles 7. Removing the drain pan (1) Remove the left and right side panels. Photo 6 Drain p an Drain hose (2) Remove the grilles. band (3) Remove the electrical parts box cover. (4)Loosen the drain hose band to remove. (5)Remove the 3 screws of the drain pan, and slide the drainwZ �, pan toward you to remove. " Screws Drain hose 46 OPERATING PROCEDURE PHOTOS 8. Removing the lineflow fan and the fan motor (1) Remove the left and right side panels. Photo 7 (2) Remove the grilles. (3)Remove the electrical parts box. Screw (4)Remove the drain pan. Lineflow fan (5)Loosen the screw that fixes the lineflow fan to the fan Fan motor motor. (See Photo 7. ) (6)Remove the 4 screws of the motor fixture, and remove the fan motor and the motor fixture at a time(See Photo 8.) (7)Remove the screws of the left and right motor supports, . and remove the motor supports and the fan motor. (See Photo 9.) `' (8)Remove the screw of the center support, and remove the j support. (See Photo 10. ) ---- -- (9)Remove the 2 screws on the left and right sides of the heat exchanger, and pull the bearing support toward you. (See Photo 8 Photo 11.) Screws (10)Pull the left-hand side of the heat exchanger toward you, and remove the lineflow fan. Fan motor Motor fixture Photo 11 Heat exchanger Photo 9 Fan motor Screw Bearing support / Screw i Motor support Motor {' support Lineflow fan Photo 10 Lineflow fans Center support Screw 47 11 PARTS. LIST (non-ROHS compliant), PANEL PARTS PKFY-P06NAMU-E PKFY-P08NAMU-E 1 I : 1 \ 7 S 6 4 5 Q'ty/set Price Remarks Wiring Recom- No. Parts No. Parts Name Specifications PKFY-P-NAMU-E (Drawing No.) Diagram mended Unit Amount 06108 Symbol Q'ty 1 R01 22A 635 BOX 1 2 R01 22A 651 FRONT PANEL 1 3 R01 22A 500 AIR FILTER 1 4 R01 22A 691 INTAKE GRILLE 1 5 R01 22A 096 SCREW CAP 1 3PCS/SET 6 R01 22A 054 GRILLE CATCH 1 7 T7W A00 658 CORNER BOX 1 8 R01 22A 808 BACK PLATE 1 48 ELECTRICAL PARTS PKFY-P06NAMU-E PKFY-P08NAMU-E 21 20 19 15 18 17 16 15 14 13 22 1 0 (� o G =o 2 c QD o� 11 12 3� 4�5 6 0/78� 9 Q'ty/set Price Remarks Wiring Recom• No. Parts No. Parts Name Specifications PKFY-P-NAMU-E Diagram mended 06/08 (Drawing No.) Symbol Q'{y Unit Amount 1 T7W BOO 675 FAN GUARD 1 2 R01 22A 530 NOZZLE 1 3 R01 22A 223 VANE MOTOR 1 MV 4 R01 22A 002 AUTO VANE 1 5 R01 22A 527 DRAIN HOSE 1 6 R01 22A 126 MOTOR BAND SET(LEFT,RIGHT) 1 7 R01 07Y 092 VANE SLEEVE 1 8 T7W E12 202 ROOM TEMPERATURE THERMISTOR . 1 TH21 9 T7W E00 294 ADDRESS BOARD 1 A.B 10 T7W E00 304 ADDRESS CABLE 1 11 T7W E18 716 TERMINAL BLOCK 313(L1,L2,GR) 1 TB2 12 T7W E19 716 TERMINAL BLOCK 213(M1,M2) 1 TB5 13 T7W E05 313 POWER BOARD 1 RB 14 T7W E44 310 INDOOR CONTROLLER BOARD 1 M.B 15 R01 22A 105 RUBBER MOUNT 2 16 R01 E38 202 PIPE TEMPERATURE THERMISTOR GAS 1 TH23 17 T7W E06 202 PIPE TEMPERATURE THERMISTOR LIQUID 1 TH22. 18 T TW E18 762 FAN MOTOR PS4N8-KA 1 MF 19 R01 22A 114 LINE FLOW FAN 1 20 R01 005 103 SLEEVE BEARING 1 21 R01 22A 102 BEARING MOUNT 1 22 — I REMOTE CONTROLLER PAR-21MAA 1 R.B This REMOTE CONTROLLER is made by AIR-CONDITIONING&REFRIGERATION SYSTEMS WORKS, MITSUBISHI ELECTRIC CORPORATION. 49 HEAT EXCHANGER PARTS PKFY P06NAMU-E PKFY-P08NAMU-E 1 2 '•'i v .,yam„ :.;_.-•�.. .:. .'...: 3 Q'ty/set Wiring Recom- Remarks Price No. Parts No. Parts Name Specifications PKFY-P-NAMU-E (Drawings Diagram mended Unit Amount 06/08 Symbol Q'ty 1 T7W K10 480 HEAT EXCHANGER With connection pipe 1 2 R01 E63 401 LINEAR EXPANSION VALVE 1 LEV 3 R01 E03 470 CONNECT PIPE 1 Including LEV 50 STRUCTURAL PARTS PKFY-P12NGMU-E 11 10 PKFY-P15NGMU-E 9 • 00 A o o 1 \ ® o 000 2 � s 0 00 00 0 00 � 7 0 m 3 4 5 6 Q'ty/set Remarks Wiring Recom- Price No. Parts No. Parts Name Specifications PKFY P-NGMU-E (Drawing No.) Diagram Symbol mendQty d Unit Amount 12/15 1 R01 89Y 651 FRONT PANEL 1 2 R01 07Y 092 VANE SLEEVE 1 3 R01 07Y 691 FRONT GRILLE 1 4 R01 A16 500 AIR FILTER 2 5 R01 07Y 002 AUTO VANE 1 6 R01 07Y 096 SCREW CAP 3 7 R01 09Y 658 CORNER COVER 1 8 R01 07Y 635 BOX ASSEMBLY 1 9 R01 07Y 808 BACK PLATE 1 10 R01 07Y 623 UNDER COVER 1 11 R01 07Y 658 CORNER COVER 1 51 ELECTRICAL PARTS 28 PKFY-P12NGMU-E PKFY-P15NGMU-E 4 3 2 1 27 26 25 24 23 5 6 oo �o 7 CDC. 8 � 9 � 29 10 s C a 30 11 12 13 14 15 16 17 18 19 20 21 22 Q'ty/set Remarks Wiring Recom- Price No. Parts No. Parts Name Specifications PKFY-P•NGMU-E Diagram mended 12 15 (Drawing No.) Symbol Q'ty Unit Amount 1 T7W E23 762 FAN MOTOR PM4N30-KA 1 1 MF T7W K11 480 HEAT EXCHANGER 1 2 T7W K12 480 HEAT EXCHANGER 1 3 IR01 07Y 114 LINE FLOW FAN 1 1 4 R01 005 103 SLEEVE BEARING 1 1 5 R01 07Y 102 BEARING MOUNT 1 1 6 1101 07Y 106 BEARING SUPPORT 1 1 7 T7W ADD 675 FAN GUARD 1 1 8 111011 07Y 524 DRAIN PLUG 1 1 9 1101 07Y 530 NOZZLE ASSY 1 1 10 R01 07Y 059 ARM 2 2 11 1101 07Y 038 GUIDE VANE 10 10 12 R01 09Y 038 GUIDE VANE 4 4 13 T7W E04 223 VANE MOTOR 1 1 MV 14 1101 07Y 527 DRAIN HOSE 1 1 15 R01 07Y 135 MOTOR COVER 1 1 16 R01 07Y 105 RUBBER MOUNT 2 2 17 T7W E11 716 TERMINAL BLOCK 3P(L7,L2,GR) 1 1 TB2 18 T7W El 716 TERMINAL BLOCK 3P(M1,M2,S) 1 1 TB5 19 1101 556 246 TERMINAL BLOCK 2P(1,2) 1 1 TB15 20 .T7W E11 255 RUN CAPACITOR 2.OµF 440V 1 1 C 21 1101 E02 313 POWER BOARD 1 1 P.B 22 T7W E42 310 CONTROLLER BOARD 1 1 I.B 23 T7W E31 202 ROOM THERMISTOR 1 1 TH21 24 T7W E32 202 LIQUID PIPE THERMISTOR 1 1 TH22 25 T7W E33 202 GAS PIPE THERMISTOR 1 1 TH23 26 T7W E06 130 MOTOR SUPPORT 1 1 27 R01 E63 401 LINEAR EXPANSION VALVE PAR-21MAA 1 1 LEV 28 — REMOTE CONTROLLER 1 1 29 T7W EDO 294 ADDRESS BOARD 1 1 A.B 301 T7W E02 304 1 ADDRESS CABLE 1 1 1. I j This REMOTE CONTROLLER is made by AIR-CONDITIONING&REFRIGERATION SYSTEMS WORKS,. MITSUBISHI ELECTRIC CORPORATION. 52 STRUCTURAL PARTS s 8 PKFY-P18NFMU-E PKFY-P24NFMU-E 5 PKFY-P30NFMU-E 1 a _ o 2 3 b 0 o \ / 7 4 � �\ 6 5 Q'ty/set Price Remarks Wiring Recom- No. Part No. Part Name Specification PKFY-P-NFMU-E Drawin N Diagram mended 9o.) Symbol Q'ty 18 24 30 Unit Amount 1 R01 12G 662 LEFT SIDE PANEL 1 1 1 2 R01 E01 812 UNDER PLATE 1 1 R01 E00 812 UNDER PLATE 1 3 R01 E00 811 NOSE 1 1 R01 E01 811 NOSE 1 4 R01 A17 500 AIR FILTER 4 4 5 5 1101 12G 691 INTAKE GRILLE 2 2 2 6 R01 16G 692 INTAKE GRILLE 1 7 R01 12G 661 RIGHT SIDE PANEL 1 1 1 1101 12G 808 BACK PLATE 1 1 8 R01 16G 808 BACK PLATE 1 9 1101 E01 641 TOP PLATE 1 1 R01 E00 641 TOP PLATE 1 53 ELECTRICAL PARTS PKFY-P18NFMU-E PKFY-P24NFMU-E PKFY P30NFMU-E 30 29 1 2 28 27 0 0 o 3 25 4 24 5 26 0 o 23 22 7 A ll/ 8 9 6 10 12 15 11 13 14 16 17 18 19 2 . 20 Q'ty/set Price Remarks wiring Recom. PKFY-P'NFMU-E No. Part No. Part Name Specification (Drawing Diagram mended No.) Symbol Q'ty 18 24 30 Unit Amount 1 R01 Z61 102 BEARING MOUNT 1 1 1 2 R01 12G 103 SLEEVE BEARING 1 1 1 R01 13G 114 LEFT LINEFLOW FAN 1 1 3 R01 16G 114 LEFT LINEFLOW FAN 1 T7W K13 480 HEAT EXCHANGER 1 4 T7W K14 480 HEAT EXCHANGER 1 T7W K15 480 HEAT EXCHANGER 1 T7W E13 529 DRAIN PAN 1 1 5 T7W E14 529 DRAIN PAN 1 J7R01 12G 002 AUTO VANE 2 2 6 R01 16G 002 AUTO VANE 2 R01 12G 063 JOINT SHAFT 1 1 1 54 Q'ty/set Price Remarks Wiring Recom- No. Part No. Part Name Specification PKFY-P•NFMU-E Diagram mended (Drawing No.) Symbol Q-ty 18 24 30 Unit Amount 8 R01 12G 621 CENTER COVER 1 1 1 9 R01 KV5 527 DRAIN HOSE 1 1 1 10 T7W E03 223 VANE MOTOR 1 1 1 MV 11 R01 12G 523 DRAIN SOCKET 1 1 1 12 R01 E32 202 GAS PIPE THERMISTOR 1 1 1 TH23 13 T7W E12 202 ROOM TEMPERATURE THERMISTOR 1 1 1 TH21 14 R01 E02 202 LIQUID PIPE THERMISTOR 1 1 1 TH22 15 T7W EDO 294 ADDRESS BOARD 1 1 1 A.B 16 R01 05A 304 ADDRESS CABLE 1 1 1 17 T7W E11 716 TERMINAL BLOCK 3P(L1,L2,GR) 1 1 1 TB2 18 T7W E17 716 TERMINAL BLOCK 3P(M1,M2,S) 1 1 1 T65 19 R01 556 246 TERMINAL BLOCK 2P(1,2) 1 1 1 T1315 20 T7W E03 255 FAN MOTOR CAPACITOR 2.5µF 440V 1 1 1 C 21 T7W E42 310 INDOOR CONTROLLER BOARD 1 1 1 LB 22 R01 E02 313 POWER BOARD 1 1 1 RB T7W BOO 762 FAN MOTOR PN4N45-K 1 1 MF 23 T7W B01 762 FAN MOTOR PN4N70-K 1 MF 24 R01 12G 105 RUBBER MOUNT 2 2 R01 16G 105 RUBBER MOUNT 2 25 R01 E63 401 LINEAR EXPANSION VALVE 1 1 LEV T7W E16 401 LINEAR EXPANSION VALVE 1 LEV 26 R01 13G 115 RIGHT LINE FLOW FAN 1 1 R01 16G 115 RIGHT LINE FLOW FAN 1 27 R01 005 103 SLEEVE BEARING 1 1 1 28 R01 KV5 102 BEARING MOUNT 1 1 1 29 T7W B02 675 FAN GUARD 2 2 T7W B03 675 FAN GUARD 2 30 — REMOTE CONTROLLER PAR-21MAA 1 1 1 R.B This REMOTE CONTROLLER is made by AIR-CONDITIONING&REFRIGERATION SYSTEMS WORKS,. MITSUBISHI ELECTRIC CORPORATION. 55 12 Ro'HSPARTS LIST PANEL PARTS PKFY-P06NAMU-E PKFY-P08NAMU-E 1 � ISOM � I 7 8 4 5 Q'ty/set Wiring Price � ring Recom- No. c Parts No. Parts Name Specifications PKFY-P•NAMU-E Remarks Diagram mended 06/08 (Drawing No.) Symbol Q'ty Unit Amount 1 G R01 23A 635 BOX 1 2 G R01 23A 651 FRONT PANEL 1 3 G R01 23A 500 AIR FILTER 1 4 G R01 23A 691 INTAKE GRILLE 1 5 G R01 23A 096 SCREW CAP 1 3PCS/SET 6 G R01 23A 054 GRILLE CATCH 1 7 G T7W A02 658 CORNER BOX 1 8 G R01 23A 808 BACK PLATE 1 56 ELECTRICAL PARTS PKFY PO6NAMU-E PKFY-PO8NAMU-E 21 20 19 15 18 17 16 15 14 13 22 1 a o ) 2 �Do 11 12 3 10 4 5 6 til�7 8�� 9 Q'ty/set Price m Wiring Recom- No. o Parts No. Parts Name Specifications PKFY-P-NAMU-E Remarks Diagram mended Ix06/08 (Drawing No.) Symbol Q'ty Unit Amount 1 G T7W 23A 675 FAN GUARD 1 2 G R01 23A 530 NOZZLE 1 3 G R01 23A 223 VANE MOTOR 1 MV 4 G R01 23A 002 AUTO VANE 1 5 G R01 23A 527 DRAIN HOSE 1 6 G R01 23A 126 MOTOR BAND SET(LEFT,RIGHT) 1 7 G R01 08Y 092 VANE SLEEVE 1 8 1 G 11101 H06 202 ROOM TEMPERATURE THERMISTOR 1 TH21 9 G T7W E01 294 ADDRESS BOARD 1 A.B 10 G T7W E04 304 ADDRESS CABLE 1 11 G T7W E43 716 TERMINAL BLOCK 313(1-1,L2,GR) 1 T132 12 G T7W E42 716 TERMINAL BLOCK 2P(Ml,M2) 1 TB5 13 G T7W E37 313 POWER BOARD 1 RB 14 G I T7W E58 310 INDOOR CONTROLLER BOARD 1 M.B 15 G R01 23A 105 RUBBER MOUNT 2 16 G R01 H14 202 PIPE TEMPERATURE THERMISTOR GAS 1 TH23 17 G R01 H05 202 PIPE TEMPERATURE THERMISTOR LIQUID 1 TH22 18 G T7W E29 762 FAN MOTOR PS4N8-KA 1 MF 19 G R01 23A 114 LINE FLOW FAN 1 20 G I R01 E04 103 SLEEVE BEARING 1 21 G R01 23A 102 BEARING MOUNT 1 221GI 1 REMOTE CONTROLLER I PAR-21MAA 1 R.B This REMOTE CONTROLLER is made by AIR-CONDITIONING&REFRIGERATION SYSTEMS WORKS,. MITSUBISHI ELECTRIC CORPORATION. 57 HEAT EXCHANGER PARTS PKFY-P06NAMU-E PKFY-P08NAMU-E 1 2 rV Ff 1 3 Q'ty/set Price m Wiring Recom- No. o Parts No. Parts Name Specifications PKFY-P-NAMU-E Remarks Diagram mended W 06/08 (Drawing No.) Symbol 'I Qty Unit Amount 1 G T7W K34 480 HEAT EXCHANGER With connection pipe 1 2 G R01 H05 401 LINEAR EXPANSION VALVE 1 LEV 3 G R01 E04 470 CONNECT PIPE 1 Including LEV 58 STRUCTURAL PARTS PKFY-P12NGMU-E 11 10 PKFY-P15NGMU-E 9 o � A o o ® : o u 8 2 o0 0 00 00 � 7 0 3 4 5 6 Q'ty/set Remarks 9 Price rn Wiring Recom- No. Parts No. Parts Name Specifications PKFY-P NGMU-E (Drawing No.) Symbol Diagram mended Unit Amount 12/15 1 G R01 E05 651 FRONT PANEL 1 2 G R01 08Y 092 VANE SLEEVE 1 3 G R01 08Y 691 FRONT GRILLE 1 4 G R01 A32 500 AIR FILTER 2 5 G R01 08Y 002 AUTO VANE 1 6 G R01 08Y 096 SCREW CAP 3 7 G R01 10Y 658 CORNER COVER 1 8 G R01 08Y 635 BOX ASSEMBLY 1 9 G R01 08Y 808 BACK PLATE 1 10 G R01 08Y 623 UNDER COVER 1 11 G R01 08Y 658 CORNER COVER 1 59 ELECTRICAL PARTS 28 PKFY-P12NGMU-E PKFY-P15NGMU-E 4 3 2 1 27 26 25 24 23 x�. 5 6 oo =o 7 o e 8 � 9 � 29 10 s 4 a 30 11 12 13 14 15 16 17 181 20 21 22 N Q'ty/set Wiring Recom- Price No. Parts No. Parts Name Specifications PKFY-P-NGMU-E Remarks Diagram mended 0 12 15 (Drawing No.) Symbol Q'ty Unit mount 1 G T7W E30 762 FAN MOTOR PM4N30-KA 1 1 MF 2 G T7W H02 480 HEAT EXCHANGER 1 G T7W H03 480 HEAT EXCHANGER 1 3 G R01 E22 114 LINE FLOW FAN 1 1 4 G R01 E04 103 SLEEVE BEARING 1 1 5 G R01 08Y 102 BEARING MOUNT 1 1 6 G JR01 08Y 106 BEARING SUPPORT 1 1 7 G T7W A01 675 FAN GUARD 1 1 8 G R01 08Y 524 DRAIN PLUG 1 1 9 G R01 08Y 530 NOZZLE ASSY 1 1 10 G R01 08Y 059 ARM 2 2 11 G R01 08Y 038 GUIDE VANE 10 10 12 G R01 10Y 038 GUIDE VANE 4 4 13 G R01 E14 223 VANE MOTOR 1 1 MV 141 G I R01 08Y 527 DRAIN HOSE 1 1 15 G R01 08Y 135 MOTOR COVER 1 1 16 G R01 08Y 105 RUBBER MOUNT 2 2 17 G T7W E41 716 TERMINAL BLOCK 3P(L1,L2,GR) 1 1 TB2 18 G R01 E27 246 TERMINAL BLOCK 3P(M1,M2,S) 1 1 TB5 19 G R01 E21 246 TERMINAL BLOCK 2P(1,2) 1 1 TB15 20 G T7W E17 255 RUN CAPACITOR 2.OµF 440V 1 1 C 21 G R01 E38 313 POWER BOARD 1 1 RB 22 G T7W E57 310 CONTROLLER BOARD 1 1 1.13 231 G I T7W E46 202 ROOM THERMISTOR 1 1 TH21 24 G T7W E47 202 LIQUID PIPE THERMISTOR 1 1 TH22 25 G T7W E48 202 GAS PIPE THERMISTOR 1 1 TH23 26 G T7W E10 130 MOTOR SUPPORT 1 1 27 G R01 H05 401 LINEAR EXPANSION VALVE PAR-21MAA 1 1 LEV 28 G — REMOTE CONTROLLER 1 1 29 G T7W E01 294 ADDRESS BOARD 1 1 A.B 30 G T7W E06 304 ADDRESS CABLE 1 1 This REMOTE CONTROLLER is made by AIR-CONDITIONING&REFRIGERATION SYSTEMS WORKS,. MITSUBISHI ELECTRIC CORPORATION. 60 STRUCTURAL PARTS 8 PKFY-P18NFMU-E s PKFY-P24NFMU-E 5 PKFY-P30NFMU-E _ o 2 3 m b 0 7 ae 4 `\ 6 5 Q'ty/set Price N Wiring Recom- PKFY-P-NFMU-E Remarks No. c Part No. Part Name Specification Diagram mended M (Drawing No.) Symbol q,ty 18 24 30 Unit Amount 1 G R01 14G 662 LEFT SIDE PANEL 1 1 1 G R01 E02 812 UNDER PLATE 1 1 2 G R01 E03 812 UNDER PLATE 1 G R01 E00 811 NOSE 1 1 3 G R01 E01 811 NOSE 1 4 G R01 A17 500 AIR FILTER 4 4 5 5 G R01 17G 691 INTAKE GRILLE 2 2 2 6 G R01 18G 692 INTAKE GRILLE 1 7 G R01 14G 661 RIGHT SIDE PANEL 1 1 1 G R01 E03 808 BACK PLATE 1 1 8 G R01 E04 808 BACK PLATE 1 G R01 E19 641 j TOP PLATE 1 1 9 G R01 E20 641 1 TOP PLATE 1 61 ELECTRICAL PARTS PKFY-P18NFMU-E PKFY-P24NFMU-E PKFY-P3ONFMU-E 30 29 2 28 27 0 0 o 3 tip 25 4 24 5 26 C 23 C s (�o- -22 7 ef 8 � o� 9 6 10 12 15 16 11 13 14 17 18 19 21 20 'Y Q'ty/set = PKFY-P-NFMU-E Remarks Wiring Recom- Price No. o Part No. Part Name Specification (Drawing No.) Diagram mended W � 9 Symbol Q'ty 18 24 30 Unit Amount 1 G R01 Z61 102 BEARING MOUNT 1 1 1 2 G R01 E04 103 SLEEVE BEARING 1 1 1 G R01 E23 114 LEFT LINEFLOW FAN 1 1 3 G R01 19G 114 LEFT LINEFLOW FAN 1 G T7W H04 480 HEAT EXCHANGER 1 4 G T7W H05 480 HEAT EXCHANGER 1 G T7W K33 480 HEAT EXCHANGER 1 G T7W E24 529 DRAIN PAN 1 1 5 G T7W E25 529 DRAIN PAN 1 G R01 18G 002 AUTO VANE 2 2 6 G R01 19G 002 AUTO VANE 2 7 G R01 13G 063 JOINT SHAFT 1 I 1 I 1 62 Q'ty/set wiring Recom- Price No. c Part No. Part Name Specification PKFY-P-NFMU-E Remarks Diagram mended (Drawing No.) Symbol Q-ty F24 30 18 Unit Amount 8 G 1101 14G 621 CENTER COVER 1 1 1 9 G R01 E04 527 DRAIN HOSE 1 1 1 10 G T7W E05 223 VANE MOTOR 1 1 1 MV 11 G R01 E02 523 DRAIN SOCKET 1 1 1 12 G R01 H15 202 GAS PIPE THERMISTOR 1 1 1 TH23 13 G R01 H06 202 ROOM TEMPERATURE THERMISTOR 1 1 1 TH21 14 G R01 H05 202 LIQUID PIPE THERMISTOR 1 1 1 TH22 15 G T7W E01 294 ADDRESS BOARD 1 1 1 A.B 16 G R01 A01 304 ADDRESS CABLE 1 1 1 17 G T7W E41 716 TERMINAL BLOCK 3P(L1,L2,GR) 1 1 1 TB2 18 G R01 E27 246 TERMINAL BLOCK 3P(M1,M2,S) 1 1 1 TB5 19 G R01 E21 246 TERMINAL BLOCK 2P(1,2) 1 1 1 TB15 20 G T7W E16 255 FAN MOTOR CAPACITOR 2.5µF 440V 1 1 1 C 21 G T7W E57 310 INDOOR CONTROLLER BOARD 1 1 1 1.6 22 G R01 E38 313 POWER BOARD 1 1 1 RB G T7W B05 762 FAN MOTOR PN4N45-K 1 1 MF 23 G T7W B06 762 FAN MOTOR PN4N70-K 1 MF 24 G R01 12G 105 RUBBER MOUNT 2 2 G R01 16G 105 RUBBER MOUNT 2 25 G R01 H05 401 LINEAR EXPANSION VALVE 1 1 LEV G T7W E21 401 LINEAR EXPANSION VALVE 1 LEV 26 G R01 E04 115 RIGHT LINE FLOW FAN 1 1 G R01 19G 115 RIGHT LINE FLOW FAN 1 27 G R01 E03 103 SLEEVE BEARING 1 1 1 28 G 1101 KV5 102 BEARING MOUNT 1 1 1 29 G T7W E15 675 FAN GUARD 2 2 G T7W E16 675 FAN GUARD 2 30 G — REMOTE CONTROLLER PAR-21MAA 1 1 1 R.B This REMOTE CONTROLLER is made by AIR-CONDITIONING&REFRIGERATION SYSTEMS WORKS,. MITSUBISHI ELECTRIC CORPORATION. 63 a f I'TY M 11 LTI A MITSUBISHI ELECTRIC CORPORATION HEAD OFFICE:TOKYO BLDG.,2-7-3 MARUNOUCHI CHIYODA-KU,TOKYO 100-8310,JAPAN ©Copyright 2005 MITSUBISHI ELECTRIC ENGINEERING CO.,LTD. Distributed in May 2009 No.OC342 REVISED EDITION-C PDF 7 Distributed in May 2009 No.OC342 REVISED EDITION-B PDF 7 Distributed in Aug.2006 No.OC342 REVISED EDITION-A PDF 9 New publication,effective May 2009 Distributed in Jun.2005 No.OC342 PDF 10 Specifications subject to change without notice Made in Japan i A H EAT& CC 1.0,. Owner's Manual Where everything comes together Installation and Operation oho Model: 6000TRXI-IPI o TENS ' O 1 GAS-FIRED C o V L US LISTED Thts appliance has been retired: Service parts pugasxnthin have been removed.,' ® Underwriters For replacamont parts pfoasofafor to thu ndividuaI soevtco'parla llst.lucatad on;tho,brand`v obsitas'.'` Laboratories Listed READ THIS MANUAL BEFORE INSTALLING OR OPERATING THIS APPLIANCE.THIS INSTALLERS WARNING: IMPROPER INSTALLA- GUIDE MUST BE LEFT WITH APPLIANCE FOR TION, ADJUSTMENT, ALTERATION, FUTURE REFERENCE. SERVICE OR MAINTENANCE CAN CAUSE INJURY OR PROPERTY DAM- WARNING: IF THE INFORMATION AGE. REFER TO THIS MANUAL. FOR IN THESE INSTRUCTIONS IS NOT ASSISTANCE OR ADDITIONAL INFOR- FOLLOWED EXACTLY, A FIRE OR MATION CONSULT A QUALIFIED IN- EXPLOSION MAY RESULT CAUS- STALLER, SERVICE AGENCY, OR THE ING PROPERTY DAMAGE, PER- GAS SUPPLIER. SONAL INJURY, OR DEATH. Do not store or use gasoline or other 1.This appliance may be installed in an af- flammable vapors and liquids in the vi- termarket,permanently located,manufac- cinity of this or any other appliance. tured(mobile)home,where not prohibited What to do if you smell gas by local codes. • Do not try to light any appliance. • Do not touch any electrical switch. 2.This appliance is only for use with the type of gas indicated on the rating plate. This • Do not use any phone in your build- appliance is not convertible for use with ing. other gases, unless a certified kit is used. • Immediately call your gas supplier from a neighbor's phone. Follow the gas supplier's instructions. • If you cannot reach your gas supplier, In the Commonwealth of Massachusetts: call the fire department. • installation must be performed by a licensed - Installation and service must be plumber or gas fitter; performed by a qualified installer,service • a CO detector shall be installed in the room agency, or the gas supplier. where the appliance is installed. Printed in U.S.A. Copyright 2006 Please contact your Heat & Glo dealer with any Heat&Glo,a brand of Hearth&Home Technologies Inc. questions or concerns.For the number of your nearest 20802 Kensington Boulevard,Lakeville,MN 55044 Heat&Glo dealer,please call 1-888-427-3973. This product maybe covered by one ormore ofthe following patents:(United States)4593510,4686807,4766876,4793322,4811534,5000162,5016609,5076254,5113843,5191877,5218953,5263471, 5328356,5341794,5347983,5429495,5452708,5542407,5601073,5613487,5647340,5688568,5762062,5775408,5890485,5931661,5941237,5947112,5996575,6006743,6019099,6048195,6053165, 6145502,6170481,6237588,6296474,6374822,6413079,6439226,6484712,6543698,6550687,6601579,6672860,6688302B2,6715724B2,6729551,6736133,6748940,6748942,6769426,6774802, 6796302,6840261,6848441,6863064,6866205,6869278,6875012,6880275,6908039,6919884,D320652,D445174,13462436;(Canada)1297749,2195264,2225408,2313972;(Australia)780250, 780403,1418504 or other U.S.and foreign patents pending. Heat&Glo • 6000TRXI-IPI • 386-901 Rev.I • 1/06 1 SAFETY AND WARNING INFORMATION READ,and UNDERSTAND�aII ihstructions.carefully These units MUST'use one of the:vent systems before''starting.•the installation. FAILURE TO described'in the Iristallmg Elie Fireplace`section of FOLLOW these installation instructions may,eesult tFie:Installers.Guide.'NO OTHERw,entSystemsor': in a possible.fire hazard'and will void the warranty. componen ts MAY BE USED QPrior to the first firing of the fireplace, READ the Q This gas fireplace and vent assembly MUST be Using Your Fireplace section of the Owners Guide. vented directly to the outside and MUST NEVER be _ attached to a chimney serving a separate solid fuel DO NOT USE thisappliance if any'`part has been'. burning appliance. Each gas appliance MUST USE a separate vent system. Common vent systems are under water. Immediately CALL a qualified service l PROHIBITED. technician to in'spect;the,unit and to replace'.any part ,.. y y gas control which has, -- INSPECT,the external ven,'t ca on a regular basis to: of the.controls stem,and an been under water p - - -•- -- -- w ---�--�- make sure that b debris is interfering'with the air I THIS UNIT IS NOT FOR USE WITH SOLID FUEL. flew. - -t Q The glass door assembly MUST be in place and Installation and repair should be PERFORMED by a sealed, and the trim door assembly MUST be in 111Q qualified service person The appliance and venting-, , place on the fireplace before the unit can be placed system should.,be INSPECTED before initial Use into safe operation. d at'ieastanually by a,'professional service l person:' More:frequent cleaning may`be required T� n; , due to excessive lint from carpeting'bedding ri DO NOT'OPER.4FE this,appliance with'the glass• material etc.:It is IMPERATIVE'that the unit's ( door removed, cracked, gr broken. Replacement of control';compartment, .burners; and"circulating air the,glass door should be,performed by a licensed { 'passageways BEWEPT CLEAN to provide for or qualified service person: DO-NOT.strike`or slam_.,,_ 1 adequate combustion and ventilation air. the glass door. Always KEEP the appliance clear and free from The glass door assembly SHALL ONLY be combustible materials, gasoline, and other replaced as a complete unit, as supplied by the gas flammable vapors and liquids. fireplace manufacturer. NO SUBSTITUTE material may be used. C� . .. NEVER OBSFRUCT,the flow`,of combustion and " ventilation air. Keep the front of the appliance i `Q DO NOT USE abrasive cleaners`on the,glass door' CLEAR of all obstacles and materials for servicing , assembly: DO NOT ATTEMPT to clean the glass and proper operations door>when it is hot. Due to the high temperature, the appliance should Turn off the gas before servicing this appliance. It is Qbe LOCATED out of traffic areas and away from Q recommended that a qualified service technician furniture and draperies. Clothing or flammable perform an appliance check-up at the beginning of material SHOULD NOT BE PLACED on or near the each heating season. appliance I Any safety screen or guard removed forservicing F Children and adults s,hould be,ALERTED to the must jbe replaced before"operatingrthts•appliance I .hazards of high surface temperature and should STAY AWAY to avoid burns or clothing ignition.'•' DO NOT place furniture or any other combustible i Young'children should;be CAREFULLY SUPERVISED'..'' household objects within 36 inches of the fireplace I when they are=in•the same,room as the appliance. front. 2 Heat&Glo 6000TRXI-IPI 386-901 Rev.I • 1/06 TABLE OF CONTENTS Safety and Warning Information ................................................ 2 4 Service Parts Lists ..................................................................... 4 Section 1: Approvals and Codes............................................... 7 Appliance Certification................................................................... 7 Installation Codes.......................................................................... 7 High Altitude Installations............................................................... 7 Section 2: Getting Started......................................................... 8 Introducing the Heat& Glo Gas Fireplaces................................... 8 Pre-installation Preparation ........................................................... 8 Section 3: Installing the Fireplace.......................................... 10 Constructing the Fireplace Chase .............................................. 10 Step 1 Locating the Fireplace .................................................. 10 Step 2 Framing the Fireplace................................................... 11 Step 3 Installing the Vent System............................................ 13 A. Vent System Approvals........................................... 13 B. Installing Vent Components.................................... 20 C. Vent Termination .................................................... 23 Step 4 Positioning, Leveling,and Securing the Fireplace................................................. 25 Step 5 Install the Optional Heat-Zone-Gas Kit ........................ 26 4 Step 6 The Gas Control Systems........................................... 26 Step 7 The Gas Supply Line ................................................... 27 Step 8 Gas Pressure Requirements ...................................... 27 Step 9 Wiring the Fireplace .................................................... 28 Step10 Finishing ...................................................................... 30 Step 11 Installing Trim, Logs and Ember Material .................... 31 Installing the Trim......................................................... 31 Positioning the Logs .................................................... 31 Shutter Settings ............................................................ 31 Placing the Ember Material.......................................... 31 Glass Specifications .................................................... 31 Step 12 Before Lighting the Fireplace ....................................... 32 Step 13 Lighting the Fireplace .................................................. 33 Step 14 Climate Control............................................................ 33 After the Installation ..................................................................... 33 Section 4: Maintaining and Servicing Your Fireplace......... 34 4= Contains updated information. Heat&Glo • 6000TRXI-IPI • 386-901 Rev.I • 1/06 3 Approvals and Codes Appliance Certification High Altitude Installations The Heat&Glo fireplace models discussed in this Installers U.L. Listed gas appliances are tested and approved with- Guide have been tested to certification standards and listed out requiring changes for elevations from 0 to 2,000 feet in by the applicable laboratories. the U.S.A. and in Canada. When installing this appliance at an elevation above 2,000 Certification feet, it may be necessary to decrease the input rating by changing the existing burner orifice to a smaller size. Input MODEL: 6000TRXI-IPI rate should be reduced by 4%for each 1000 feet above a LABORATORY: Underwriters Laboratories 2000 foot elevation in the U.S.A. or 10% for elevations TYPE: Direct Vent Gas Fireplace Heater between 2000 and 4500 feet in Canada.If the heating value STANDARD:ANSI Z21.88-2000•CSA2.33-M98•UL307B of the gas has been reduced,these rules do not apply.To identify the proper orifice size, check with the local gas Installation Codes utility. The fireplace installation must conform to local codes.Before If installing this appliance at an elevation above 4,500 feet (in Canada),check with local authorities. installing the fireplace, consult the local building code agency to ensure that you are in compliance with all applicable codes,including permits and inspections. In the absence of local codes,the fireplace installation must conform to the National Fuel Gas Code ANSI Z223.1 (in the United States)or the CAN/CGA-13149 Installation Codes (in Canada).The appliance must be electrically grounded in accordance with local codes or, in the absence of local codes with the National Electric Code ANSI/NFPA No. 70 (in the United States),or to the CSAC22.1 Canadian Electric Code(in Canada). These models may be installed in a bedroom or bed-sitting room in the U.S.A.and Canada. ��1caco ro. ISO * * Heat&Glo Quality Systems 9001 registered by SGS ICS sus . Heat&Glo • 6000TRXI-IPI 386-901 Rev.1 1/06 7 2 Getting Started The Heat&Glo Warrant will be voided b ,and Heat Glo Introducing the Heat& Glo Gas Fireplaces y y Heat&Glo direct vent gas fireplaces are designed to oper- disclaims any responsibility for,the following actions: ate with all combustion air siphoned from outside of the • Installation of any damaged fireplace or vent system building and all exhaust gases expelled to the outside. component. The information contained in this Installers Guide, unless ' Modification of the fireplace or direct vent systemir. noted otherwise, applies to all models and gas control • Installation other than as instructed by Heat&Gl systems.Gas fireplace diagrams,including the dimensions, • Improper positioning of the gas logs or the glass are shown in this section. • Installation and/or use of any component part not m - factured and approved by Heat&Glo, not withsta ding Pre-install Preparation any independent testing laboratory or other party app oval This gas fireplace and its components are tested and safe of such.component part or accessory. when installed in accordance with this Installers Guide. ANY SUCH ACTION MAY POSSIBLY CAUSE AFIRE Report to your dealer any parts damaged in shipment, HAZARD. particularly the condition of the glass. Do not install any unit with damaged, incomplete, or substitute parts. When planning a fireplace installation, it's necessa y to The vent system components and trim doors are shipped determine: in separate packages. The gas logs may be packaged • Where the unit is to be installed. separately and must be field installed. • The vent system configuration to be used. Read all of the instructions before starting the • Gas supply piping. installation.Follow these instructions carefully during • Electrical wiring. the installation to ensure maximum safety and benefit. • Framing and finishing details. Failure to follow these instructions will void the . Whether optional accessories—devices such as a fan, owner's warranty and may present a fire hazard. wall switch,or remote control—are desired. If the fireplace is to be installed on carpeting or tile, or on any combustible material other than wood flooring, the fireplace should be installed on a metal or wood panel that extends the full width and depth of the fireplace. 8 Heat&Glo • 6000TM-IPI 386-901 Rev.I • 1/06 28 112[724mm] 141/4 [362mm] s 21 112[548mm] 8(203mm) VENT COLLARS 11 518[297mm] 8 ELECTRICAL (203mm) ACCESS VENT COLLARS RF GAS LINE ACCESS T 38 34 518 T O [965mm] 251/4 [879mm] O 2 118 [642mm] 3112 26718 [55mm] [90mm] [682mm] ®• ® al •® T 36118 [916mm] 12 3/4 6 718[174mm] 41 118 [323mm] [1044mm] TOP STANDOFFS TOP VENT COLLARS REAR VENT COLLARS HOOD o�o 0 O DOOR O TRIM O , 0 O RATING PLATE GAS AND LABELS a LINE GAS I O 0 ACCESS ® ELECTRICAL CONTROLS ACCESS Figure 1. Diagram of the 6000TRXI-IPI Heat&Glo • 6000TRXI-IPI 386-901 Rev.1 1/06 9 1"MIN.(25mm) 3 O O A Installing the Fireplace Constructing the Fireplace Chase A chase is a vertical box-like structure built to enclose the gas fireplace and/or its vent system.Vertical vents that run A/E D on the outside of a building may be,but are not required to be, installed inside a chase. CAUTION. TREATMENT OFFIRESTOP SPACERSAND CONSTRUCTION OF THE CHASE MAY VARY WITH THE 1n"MIN.(13mm) TYPE OF BUILDING. THESE INSTRUCTIONS ARE NOT A B C D E SUBSTITUTES FOR THE REQUIREMENTS OF LOCAL 42" 22" 36" 51" 72" BUILDING CODES. THEREFORE, YOUR LOCAL BUILD- Note* 42" 22" 40" 57" 80" ING CODES MUST BE CHECKED TO DETERMINE THE If venting with (2)900 elbows off rear of unit the dimensions C, D,and E,will change. REQUIREMENTS FOR THESE STEPS. Figure 2. Fireplace Dimensions, Locations, Factory-built fireplace chases should be constructed in the and Space Requirements manner of all outside walls of the home to prevent cold air drafting problems.The chase should not break the outside Minimum Clearances building envelope in any manner. from the Fireplace to Combustible Materials Inches mm This means that the walls, ceiling, base plate and cantile- Glass Front........................ 36 .................... 914 ver floor of the chase should be.insulated. Vapor and air infiltration barriers should be installed in the chase as per Floor ...................................0 ....................... 0 regional codes for the rest of the home.Additionally, in re- Rear...................................1/2 ..................... 13 Sides .................................1/2..................... 13 gions where cold air infiltration may be an issue,the inside Surround Sides*................. 0 ....................... 0 surfaces may be sheetrocked and taped for maximum air Top tightness. Ceiling" ...........................3312 ................... 89 g .................... 787 To further prevent drafts,the wall shield and ceiling firestops See Figure 3. should be caulked with high temperature caulk to seal gaps. **The clearance to the ceiling is measured from the top Gas line holes and other openings should be caulked with of the unit, excluding the standoffs (see Figure 38). high temp caulk or stuffed with unfaced insulation. If the appliance is being installed on a cement slab, a layer of plywood maybe placed underneath to prevent conducting The distance from the unit to combustible construction cold into the room. is to be measured from the unit outer wrap surface to the combustible construction,NOT from the screw heads THE CHASE SHOULD BE CONSTRUCTED SO THATALL that secure the unit together. CLEARANCES TO THE FIREPLACE ARE MAINTAINED AS SPECIFIED WITHIN THIS INSTALLERS GUIDE. Minimum Clearances from the Vent Pipe to Combustible Materials Inches mm Vertical Sections. ............. 1 ................ 25 Step 1. Locating the Fireplace Horizontal Sections The following diagram shows space and clearance require- Top..................................... 3 ................ 75 ments for locating a fireplace within a room. Bottom............................... 1 ................ 25 Sides ................................. 1 ................ 25 Clearance Requirements At Wall Fires tops The top, back, and sides of the fireplace are defined by Top..................................... 3 ................ 75 stand-offs.The minimum clearance to a perpendicular wall Bottom............................... 1 ................ 25 extending past the face of the fireplace is one inch(25 mm). Sides ................................. 1 ................ 25 The_back of the fireplace may be recessed 21 1/2 inches (546 mm)into combustible construction. For minimum clearances, see the direct vent termination clearance diagrams on pages 23 and 24 in this manual. 10 Heat&Glo • 6000TRXI-IPI • 386-901 Rev.I • 1/06 Step 2. Framing the Fireplace Fireplace framing can be built before or after the fireplace is CAUTION. MEASURE FIREPLACE DIMENSIONS AND set in place. Framing should be positioned to accommo- VERIFY FRAMING METHODS AND WALL COVERING date wall coverings and fireplace facing material.The dia- DETAILS BEFORE FRAMING gram below shows framing reference dimensions. Noncombustible zone is defined by 3"above the elbow for the entire width and depth (behind the front header)of the firebox. WALL STUD 3" B C ®� I A \�� 31/2" A............. 42"* B..........38 1/2" C................22" D..........42 3/4" E .........27 7/8" O Framing should be constructed of 2 X 4 lumber or heavier. .m a� 1/2"CLEARANCE FROM BACK OF FIREPLACE TO COMBUSTIBLE E D 1/2"CLEARANCE FROM BOTH SIDES OF FIREPLACE TO COMBUSTIBLE FRAMING MEMBER Shows center of 10" x 12" vent framing holes for top and rear venting.The center of the hole is one(1)inch(25.4mm)above the center of the horizontal vent pipe. 0"CLEARANCE TO Figure 3. Framing Dimensions 0"CLEARANCE FRAMING MEMBER Heat&GO • 6000TRXI-IPI • 386-901 Rev.1 • 1/06 11 s 12 o 0 DVP4 DVP6 DVP12 14-1/4 12-3l16 2 MAX. MIN 24 DVP12A 36 48 9.7/8 DV P24 45.0° i 10-114 10 DVP45 o DVP36 11-114 7-1/4 1-1/4 TYP DVP48 8-9116 112 TYP 12-9116 go DVP90ST NOTE: PIPES OVERLAP 1-1/4 INCHES AT EACH JOINT. Figure 4. DVP-Series Direct Vent Component Specifications (5-inch inner pipe/8-inch outer pipe) 12 Heat&Glo • 6000TRXI-IPI - 386-901 Rev.I • 1106 Step 3. Installing the Vent System A. Vent System Approvals Identifying Vent Components These models are approved to use DVP-series direct vent The vent systems installed on this gas fireplace may in- pipe components and terminations(see Figures 4 and 5). clude one, two, or three 90'elbow assemblies. The rela- Approved vent system components are labeled for identifi- tionships of vertical rise to horizontal run in vent configura- cation.This pipe is tested and listed as an approved com- tions using 90°elbows MUST BE strictly adhered to.The ponent of the fireplace.The pipe is tested to be run inside rise to run relationships are shown in the venting drawings an enclosed wall. There is no requirement for inspection and tables.Refer to the diagrams on the next several pages. openings at each joint within the wall.There is no required pitch for horizontal vent runs.NO OTHER VENTING SYS- TEMS OR COMPONENTS MAY BE USED. 90°elbow. Rise to run ratios in the vent system must be followed if 45°elbows are used. Detailed installation instructions are included with each vent termination kit and should be used in conjunction with this This model has vent starting collars on both the top and the Installers Guide. back of the unit. Depending upon the installation, decide which ONE set of starting collars will be used to attach the The flame and ember appearance may vary based on the type vent system. The starting collar sealing cap must remain of fuel burned and the venting configuration used. on the starting collar NOT used. 0 STORM COLLAR VERTICAL TERMINATION ROOF FLASHING HORIZONTAL TERMINATION Termination Kits PIPE LENGTH WALL FIRESTOP PVK-80 90 DEGREE ELBOW CEILING FIRESTOP q (Required to have a 104 minimum of 3 feet of verticaiin the ventsystem) DVP-TRAP DVP-TVHW DVP-TB1 SERIES 0 Figure .5. Vent System Components and Termination Kits Heat&Glo • 6000TRXI-IPI • 386-901 Rev.1 1/06 13 Flue Restrictor Instructions ~ CAP © Remove screws with a 1/4 nut driver. Adjust to de- sired position per table. See Flue Restricting chart (see Figure 9). STRAIGHT UP VERTICAL VENTING V(FT.) 40'MAX.(12.4 M) V NOTE:On vertical venting configurations over 10 feet adjust the flue restrictor (2027-102)installed on the unit.See flue restrictor in- stallation instructions. Figure 7 �Y Adjustable Flue Restrictor(see Figure 8). 5 4 3 0 c• 2 1 Figure 6. Straight Up Vertical Venting 2 •� 3 4 5 Figure 8. 14 Heat&Glo • 6000TRXI-IPI • 386-901 Rev.1 1/06 Match the amount of vertical you have in the system with the chart to find the appropriate position to set HORIZONTAL VENTING the Flue Restrictor. Kit No. H Max.Run Figure 9. DVP-TRAP 24" (610 mm) =:CHART - . :Top Venf Top:Vent Reap Vent Rea"r.Vent Vertical NG- - LP N6 LP 4' 2-2 2-3 No No Restrictor Restrictor 8' 3-3 2-3 2-2 No Restrictor 15' 3-4 3-4 3-3 2-3 20' 4-4 3-4 3-4 3-4 H 25' 4-4 3-4 3-4 3-4 90-DEGREE ELBOWS 30' 4-4 4-4 4-4 3-4 45-DEGREE 35' 4-4 4-4 4-4 3-4 ELBOW F4;7 4-5 4-4 4-4 4-4 1 NOTE: This model is NOT tested and NOT approved to use 45°elbows in corner instal- lations. 900 elbows may be used in corner installations. Figure 10. Corner Installation Heat&Glo • 6000TRXI-IPI • 386-901 Rev.1 • 1/06 15 VENTING WITH ONE(1)90°ELBOW V H 1' MIN. (305mm) 2' MAX. (610mm) 2' MIN. (610mm) 4' MAX. (1.22m) T MIN. (914mm) 6' MAX. (1.86m) 4' MIN. (1.22m) 8' MAX. (2.4m) V+H=40'MAX. (12.4m) H=8'MAX. (2.4m) i V NOTE:On vertical venting configurations where the vertical component is over 10 feet, adjust the flue restrictor installed on the unit to improve ° flame appearance. H Figure 11. Venting with One 90° Elbow VENTING WITH ONE(1)90°ELBOW V(FT.) H (FT.) V MIN. (305mm) 5'MAX. (1.52m) H 2'MIN. (610mm) 10'MAX. (3.1m) 3'MIN. (914mm) 15'MAX. (4.65m) 4'MIN. (1.22m) 20'MAX. (6.2m) v V+H=40'MAX.02AMM) H=20'MAX.(6.2m) 'CJ / H i V 0 NOTE: For corner installations:A 6-inch(152mm) section of straight pipe may need to be attached to the fireplace before a 900 elbow, to allow the vent o pipe to clear the top standoffs. NOTE: If a 900 elbow is first attached to the unit, Figure 12. Venting with One 900 Elbow the maximum horizontal run is 3-feet(914mm). 16 Heat&Glo • 6000TRXI-IPI • 386-901 Rev.I • 1/06 VENTING WITH TWO (2) 900 ELBOWS H, v i � 0 H V H H+H, 1' MIN. (305 mm) 2'MAX.(610 mm) 5' MAX.(1.52m) 2' MIN. (610 mm) 4'MAX.(1.22 m) 10'MAX.(3.1 m) 3' MIN. (914 mm) 6'MAX.(1.86 m) 15'MAX.(4.65m) 4'MIN.(1.22 m) 8'MAX.(2.48 m) 20'MAX.(6.2m) V+H+H,=40'MAX.(12.4 m) H=8'MAX.(2.48 m) H+H,=20'MAX.(6.2m) Figure 13. Venting with Two 900 Elbows VENTING WITH TWO (2) 90° ELBOWS V FT. H + H, (FT.) 1' MIN. (305mm) 5'MAX.(1.52m) ` 2' MIN. (610mm) 10'MAX.(3.1m) 3' MIN. (914mm) 15'MAX.(4.65m) / 4' MIN. (1.22m) 20'MAX.(6.2m) V+H+H,=40'MAX.(12.4m) H+H,=20'MAX.(6.2m) V+V,+H=40'MAX.(12.4m) v' v H H� V H 0 0 Figure 14. Venting with Two 90°Elbows Heat&Glo • 6000TRXI-IPI • 386-901 Rev.1 1/06 17 VENTING WITH THREE(3)90-ELBOWS V H H+H1 1'MIN.(305mm) 2'MAX.(610mm) 5'MAX. (1.52m) 2'MIN.(610mm) 4'MAX. (1.22m) 10'MAX. (3.1m) 3'MIN.(914mm) 6'MAX. (1.86m) 15'MAX. (4.65m) I 4'MIN.(1.22m) 8'MAX. (2.48m) 20'MAX. (6.2m) V,+V+H+H,=40'MAX.(12.4 m) H=8'MAX.(2.48 m) H+H,=20'MAX.(6.2 m) i V, V i H, i i i H 0 111�V H H+HI+HZ 1'MIN.(305mm) 2'MAX.(610mm) 5'MAX.(1.52m) 2'MIN.(610mm) 4'MAX. (1.22m) 10'MAX. (3.1m) 3'MIN.(914mm) 6'MAX. (1.86m) 15'MAX. (4.65m) 4'MIN.(1.22m) 8'MAX. (2.48m) 20'MAX. (6.2m) V+H+H++H2=40' MAX.(12A m) H=8'MAX.(2A8 m) H+H,+H2=20'MAX.(6.2 m) V H2 H1 H 0 Figure 15. Venting with three 90' elbows 18 Heat&GIo 6000TRXI-IPI 386-901 Rev.1 1/06 VENTING WITH THREE(3)90°ELBOWS V(FT.) H (FT.) 1' MIN. (305mm) 5'MAX. (1.52m) 2' MIN. (610mm) 1U MAX.(3.1m) 3' MIN. (914mm) 15'MAX.(4.65m) 4' MIN. (1.22m) 20'MAX.(6.2m) NOTE: H +H, =20'MAX.(6.2m) V+V,+ H+H,=40'MAX. (12.4m) H, I V, < > / V b u H I I I I �+ 0 I NJ H I I V+V,(FT.) H + H, (FT.) 1' MIN.(305mm) 6MAX.(1.52m) 2' MIN.(610mm). 19 MAX.(3.1m) 3' MIN.(914mm) 16 MAX.(4.65m) 4' MIN.(1.22m) 20' MAX.(6.2m) H+H,=20'MAX.(6.2m) NOTE:V+V,+H+H,=40'MAX.(12.4m) 0 Figure 16. Venting with three 90°elbows Heat&Go • 6000TRXI-IPI 386-901 Rev.I • 1/06 19 B. Installing Vent Components 1. Attach the First Vent Component to the After determining which set of starting collars will be used Starting Collars (top or rear),follow venting instructions accordingly. To attach the first vent component to the starting collars of the fireplace: Venting Out the Rear Vent Make sure that the fiberglass gasket supplied in the Remove the installed rear seal cap from the rear starting manual bag seals between the first 8 inch (203mm) collars by cutting the strap at each end. (see Figure 17). vent component and the outer fireplace wrap. Using 2 Follow the vent configuration tables accordingly. self-tapping screws from the manual bag secure that Remove the insulation from the REAR five inch flue, pull gasket to the outer wrap (see Figure 18). the heat shield out from outside of the firebox. WARNING:`THE TOP HEAT SHIELD (INSIDE OUTER FIRST VENT THE,FIREBOX)MU`ST.REMAIN ATTACHED IFs WRAP COMPONENT THE VENT SYSTEM IS ATTACHED TO THE" . `�. REAR STARTING COLLARS;SEE FIGURE 17.,' FIBERGLASS f GASKET Venting Out the Top Vent Remove the two screws in the top vent collar seal cap and remove the top vent collar seal cap and two pieces of in- sulation inside the top two starting collars(See Figure 17). Remove the heat shield from inside the TOP five inch flue �p from outside of the firebox. The glass must be taken off again for positioning the logs when the unit is finally installed in place and finished around it. Re-install the glass door.Attach vent system to the top starting collars. Figure 18. Fiberglass Gasket WARNING:`.THE"REAR•VENT'„COLLAR SEAL .'CAP,MUST REMAIN*TTACHED T,O'THE REAR ,VENT COLLARS IF,THE VENT SYSTEM,ISAT- DVPPIPE: TACHED TO THE TOP,STARTING`COLLARS 1. Attaching the Venting to the Fireplace &1 WARNING:FAILURETO REMOVE INSULATION;;. , IN THE'SET.OF COLLARS;YO.U.gRE USING Refer to Cinch Pipe and Termination Cap installation in- COULD CAUSE'A FIRE; structions. 1 . WARNING:YOU MUST LEAVE THE INSULATION. 2. Assembling Vent Sections IN PLACE IN'THE SET OF COLLARS YOU ARE, Refer to Cinch Pipe and Termination Ca installation in- NOT USING, p p structions. Venting Out Rear Venting Out Top Q WARNING:ENSURE THAT THE FIBERGLASS I GASKET SUPPLIED WITH THE.FIREPLACE ca` SAP '0 SEAL$;BETWEEN THE FIRST VENT COMPONENT N AND THE OUTER FIREPLACE WRAP If the installation is for a termination cap attached directly AT !HEAT INSULJHEAT to the fireplace,skip to the sections,Install Firestops and DISCAR Vent Termination. PIECE HEATSCARD LATION nd SHIELD CUT HERE L� Cut the seal cap strap and remove white gasketmaterial. Figure 17 20 Heat&GO • 6000TRXI-IPI • 386-901 Rev.1 1/06 3.Continue Adding Vent Components If the combustible materials are not in place at the time --- of install the elbow heat shield may be screwed to the exhaust pipe see Figure 21 Cut the tabs as shown .WARNING INSTALLATION OF THIS FIRE-``; p•P ( 9 ) i PLACE REQUIRES THE USE OF�,HEAT ii1 and bend down.Secure the heat shield to the pipe main- SHIELD 570-290ABOVE THE,FIRST WO ELBOW IN i taining 3"to 4"between the pipe and shield. THE VENTING SYSTEM. To Install the Heat Shield: SCREW 1. Determine if the heat shield is required. Do so by mea- suring the vertical distance between the top horizontal surface of the elbow to any combustible surface above. 3„ If the distance is more than 4 inches,the heat shield is (76mm) 3°MIN. NOT required. If it is 4 inches or less,the heat shield IS REQUIRED.Install perthe following steps.See Figure 19. COMBUSTIBLE SURFACE Figure 21 HEAT/ (76mm) SHIELD Refer to Cinch Pipe and Termination Cap installation in- structions. • Continue adding vent components,locking each succeed- ing component into place. • Ensure that each succeeding vent component is secure- ly fitted and locked into the preceding component in the vent system. • 90' elbows may be installed and rotated to any point around the preceding component's vertical axis. If an el- bow does not end up in a locked position with the pre- ceding component, attach with a minimum of two (2) sheet metal screws. 4. Install Support Brackets Figure 19 Refer to Cinch Pipe and Termination Cap installation in- structions. 2. Fasten the shield in place using the four pilot holes pro- vided in the part.The shield should be oriented such that the 13 1/8 inch dimension (longest dimension) is run- ning in the same direction the elbow is pointing. The shield should be centered directly above the elbow,and positioned so that it creates a 1/2 inch airspace between the shield and the combustible surface.See Figure 20. CORRECT INCORRECT COMBUSTIBLE SURFACE 1 DIRECTION UP aoHEATSHIELD 0 WELBOW y 0 Figure 20 Heat&Glo • 6000TRXI-IPI 386-901 Rev.1 1/06 21 5. Install Firestops For Horizontal Runs-Firestops are REQUIRED on both HEAT SHIELD sides of a combustible wall through which the vent passes. TRIM HEAT SHIELD IF TOO LONGy ADD To NOTE. Model DVP-TRAP does not need an exterior SHIELD IF TOO firestop on an exterior combustible wall. SHORT To install firestops for horizontal runs that pass through either interior or exterior walls: EXTERIOR FIRESTOP • Cut a 10-inch by 12-inch(245mm x 305mm)hole through INTERIOR the wall. FIRESTOP NOTE. The center of the hole is one(1)inch(25.4mm) above the center of the horizontal vent pipe. • Position the firestops on both sides of the hole previ- ously cut and secure the firestops with nails or screws. • The heat shields of the firestops MUST BE placed to- Figure 23. Heat Shield, Interior&Exterior Firestops wards the top of the hole. For Vertical Runs-One ceiling firestop is REQUIRED at • Continue the vent run through the firestops. the hole in each ceiling through which the vent passes. To install firestops for vertical runs that pass through ceilings: NOTE:There must be NO INSULATION or other • Position a plumb bob directly over the center of the verti- combustibles inside the framed firestop opening. .cal vent component. • Mark the ceiling to establish the centerpoint of the vent. • Drill a hole or drive a nail through this centerpoint. 101, • Check the floor above for any obstructions,such as wir- ing or plumbing runs. INTERIOR WALLSHIELD • Reposition the fireplace and vent system, if necessary, to accommodate the ceiling joists and/or obstructions. r • Cut a 10-inch x 10-inch(254mm x 254mm)hole through 12„ the ceiling,using the centerpoint previously marked. Frame the hole with framing lumber the same size as the ceiling joists. r Figure 22. 10"x 12" Hole and Vent Pipe 10"(254mm) 10"(254mm) CHIMNEY HOLE NEW EXISTING CEILING FRAMING JOISTS MEMBERS CEILING Figure 24. 10"x 10" Hole& New Framing Members 22 Heat&GO 6000TRXI-IPI 386-901 Rev.1 1/06 If the area above the ceiling is NOT an attic, position and C. Vent Termination secure the ceiling firestop on the ceiling side of the previously Refer to Cinch Pipe and Termination Cap installation in- cut and framed hole. structions. NOTE:There must be NO INSULATION or other WARNING: THE TERMINATION CAP MUST BE combustibles inside the framed firestopopening. POSITIONED SO THAT.THEARROW IS POINT- P 9• ;ING UP:. WARNING: VENTING TERMINALS'SHALL~} NOT BE RECESSED INTO A WALL OR SID- ING: VENT TERMINATION CLEARANCES MUST 1 JOIST `BE FOLLOWED'TO AVOID FIRE'DANGER. SEE VENT TERMINATION.MINIMUM-CLEARANCES,DI- 'AGRAM ON FOLLOWING PAGE. CEILING NAILS(4 REQUIRED) CEILING FIRESTOP u ��• ��• I Figure 25. Ceiling Firestop (Ceiling Side) 9�. . If the area above the ceiling IS an attic,position and secure I IIIO the firestop on top of the previously framed hole. 0� NOTE:Keep insulation away from the vent pipe at least 7-114 in. 1 inch(25mm). (184mm) Figure 27. Trapezoid Termination Caps r NAILS(4 REQUIRED) 1 1 1 RAFTER CEILING CEILING FIRESTOP Figure 26. Attic Firestop Heat&Glo • 6000TRXI-IPI 386-901 Rev.1 1/06 23 + M N F V D A H R (See Note 2) O V U.S. T c v v (3 FT) V S Electrical 3 v F Service V V _j Q a'_'Oj D* A JorK v ❑V =VENT TERMINAL OX =AIR SUPPLY INLET ® =AREA WHERE TERMINAL IS NOT PERMITTED A = 12" .......................clearances above grade, veran- K = 3 ft.(U.S.A.) (See Note 1) da, porch,deck or balcony 6 ft. (Canada)......... clearance to a mechanical B = 12" ....................... clearances to window or door air supply inlet that may be opened, or to per- L** = 7ft.......................... clearance above paved manently closed window. (see Note 1) sidewalk or a paved driveway D* = 18 vertical clearance to unventilat- located on public property ed soffit or to ventilated soffit lo- M***= 18"......................... clearance under veranda, cated above the terminal porch,deck,balcony or over- hang *30" min. ..............for vinyl clad soffits and below 42...........................vinyl electrical service N = 6"...........................non-vinyl sidewalls F = 9" ........................ clearance to outside corner 12".........................vinyl sidewalls G = 6" .........................clearance to inside corner P = 8 ft. H = 3 ft. (Canada) ...... not to be installed above a gas meter/regulator assembly within QMIN Rm. 3 feet(90cm)horizontally from the 1 cap 3 feet 2 X Q ACTUAL center-line of the regulator 2 caps 6 feet 1 X Q ACTUAL I = 3 ft.(U.S.A.) 3 caps 9 feet 2/3 X Q ACTUAL 6 ft. (Canada) ...... clearance to gas service regu- lator vent outlet 4 caps 12 feet 1/2 x Q ACTUAL J = 9"(U.S.A.) I Qmn,=#termination caps x 3 R�=(2l#termination caps)x QM-1 12" (Canada) ........ clearance to non-mechanical air S = 6"MIN................... clearance from sides of elec- supply inlet to building or the (See Note 5) trical service combustion air inlet to any other appliance T = 12"MIN. ................ clearance above electrical (See Note 5) service ** a vent shall not terminate directly above a sidewalk or paved NOTE 3: Local codes or regulations may require different driveway which is located between two single family dwellings clearances. and serves both dwellings. NOTE 4:Termination caps may be hot.Consider their proximity to *** only permitted if veranda, porch, deck or balcony is fully open on doors or other traffic areas. a minimum of 2 sides beneath the floor,or meets Note 2. NOTE 5: Location of the vent termination must not interfere with NOTE 1: On private property where termination is less than 7 feet access to the electrical service. above a sidewalk, driveway, deck, porch, veranda or balcony, use of WARNING:In the U.S:Vent system termination is NOT permitted a listed cap shield is suggested. in screened porches. You must follow side wall, overhang and ground clearances as stated in the instructions. NOTE 2:Termination in an alcove space(spaces open only on one side and with an overhang)are permitted with the dimensions specified for In Canada:Vent system termination is NOT permitted in screened vinyl or non-vinyl siding and soffits. 1.There must be 3 feet minimum porches. Vent system termination is permitted in porch areas between termination caps.2. All mechanical air intakes within 10 feet with two or more sides open. You must follow all side walls, of a termination cap must be a minimum of 3 feet below the termination overhang and ground clearances as stated in the instructions. cap. 3.All gravity air intakes within 3 feet of a termination cap must be Heat& Glo assumes no responsibility for the improper perfor- a minimum of 1 foot below the termination cap. mance of the fireplace when the venting system does not meet these requirements. Figure 28. Minimum Clearances for Terminations CAUTION. IF EXTERIOR WALLS ARE FINISHED WITH VINYL SIDING, IT IS SUGGESTED THAT A VINYL PROTECTOR KIT BE INSTALLED. 24 Heat&Glo • 6000TRXI-IPI • 386-901 Rev.I • 1/06 WARNING:'. IN U S 'BUILDING CODES HORIZONTAL SPECIFY MINIMU'M_CHIMNEY'ANDIOR OVERHANG VENT HEIGHTAROVE THE ROOF TOP.THESE-MIN IMUM-HEIGHTS ARE NECESSARY IN THE'INTER 2 FT. 20 INCH MIN. VERTICAL "EST OF SAFETY SEE THE`FOLLOWING DIAGRAM MIN. WALL ` :FOR MINIMUM HEIGHTS,,PROVIDED THE TERMI r LOWEST DISCHARGE A NATION CAP IS AT LEASTTWENTY INCHES FROM I TERMINATION OPENING A VERTICAL WALL AND 2-FEET BELOW A HORI- CAP ZONTALOVERHANG: 12 X NOTE: This also pertains to vertical vent systems in- ROOF PITCH stalled on the outside of the building. IS w 12 To seal the roof hole, and to divert rain and snow from the H(MIN.)-MINIMUM HEIGHT FROM ROOF vent system: TO LOWEST DISCHARGE OPENING • Attach a flashing to the roof using nails, and.use a non- hardening mastic around the edges of the flashing base where it meets the roof. Roof Pitch H min. ft. • Attach a storm collar over the flashing joint to form a flat to 6/12 1.0 water-tight seal.Place non-hardening mastic around the over 6/12 to 7/12 1.25 joint, between the storm collar and the vertical pipe. over 7/12 to 8/12 1.5 • Slide the termination cap over the end of the vent pipe over 8/12 to 9/12 2.0 and snap into place. over 9/12 to 10/12 2.5 over 10/12 to 11/12 3.25 Step 4. Positioning, Leveling and over 11/12 to 12/12 4.0 Securing the Fireplace over 12/12 to 14/12 5.0 over 14/12 to 16/12 6.0 The diagram below shows how to properly position,level, over 16/12 to 18/12 7.0 and secure the fireplace. over 18/12 to 20/12 7.5 over 20/12 to 21/12 8.0 Figure 29. Minimum Height from Roof to Lowest Discharge Opening For Vertical Terminations-To locate the vent and install the vent sections: • Locate and mark the vent centerpoint on the underside of the roof,and drive a nail through the centerpoint. • Make the outline of the roof hole around the centerpoint nail, - NAILING TABS (BOTH SIDES) • The size of the roof hole framing dimensions depend on the pitch of the roof.There MUST BE a 1-inch(25.4mm)clear- ance from the vertical vent pipe to combustible materials. • Mark the roof hole accordingly. Figure 30. Proper Positioning, • Cover the opening of the installed vent pipes. Leveling and Securing of a Fireplace • Cut and frame the roof hole. • Use framing lumber the same size as the roof rafters Place the fireplace into position. and install the frame securely.Flashing anchored to the Level the fireplace from side to side and front to back. frame must withstand heavy winds. Shim the fireplace with non-combustible material, such • Continue to install concentric vent sections up through as sheet metal, as necessary. the roof hole(for inside vent installations)or up past the Secure the fireplace to the framing by nailing or screwing. roof line until you reach the appropriate distance above the roof(for outside terminations). Heat&Glo • 6000TRXI-IPI 386-901 Rev.I • 1/06 25 Step 5. Step 6. The Gas Control System Installing the Optional Heat-Zone-Gas Kit WARNING: THIS UNIT IS'NOT FOR USE WITH` NOTE:There must be NO INSULATION or othercom- ,SOLID�FUEL`c. �� bustibles inside the framed firestop opening. The type of gas control system used with this model is Intermittent Pilot Ignition. Intermittent Pilot Ignition System This system includes a 3 V control valve,electronic module and spark ignitor/flame sensor. j.� ,WARNIIMG-',110-12O,�-VAC 'MU'ST-NEVERLBE 0 CONNECTED TO A;CONTROL VALVE°IN A.,:i ,.. M MILLIVOLT;SYSTEM O 0 t HEAT-ZONE-GAS ATTACHES WARNING.'CONTIN000S 11:0-120,VACSER HERE f VICE MUST BE WIRED:DIRECTLYTO THE FIRE PLACEJUNCTION BOX 0 Intermittent Pilot Ignition 0I O• 0 Figure 31. FLAME SENSOR ROD 1. Remove the knockout from the fireplace and discard it (see Figure 31). 2. Center the duct collar around the exposed hole and at- tach it to the fireplace with 3 screws. NOTE: Do this BE- FORE final positioning of the fireplace. 3. Determine the location for the air register/fan housing assembly. Reference the Heat-Zone kit instructions forthe remaining installation steps. Figure 32. Gas Controls System E 26 Heat&Glo • 6000TRXI-IPI 386-901 Rev.I • 1/06 Step 7. The Gas Supply Line NOTE: Have the gas supply line installed in accordance Use a wrench on with local building codes by a qualified installer ap- ® shut-off valve when proved and/or licensed as required by the locality.(In tightening gas line. the Commonwealth of Massachusetts installation must be performed by a licensed plumber or gas fitter). NOTE: Before the first firing of the fireplace, the gas MANUAL supply line should be purged of any trapped air. SHUT-OFF VALVE NOTE: Consult local building codes to properly size / GAS the gas supply line leading to the 1/2 inch (13mm) 1 VALVE hook-up at the unit. This as fireplace is designed to accept a 1/2 inch g p g CONTROL (13 mm)gas supply line.To install the gas supply line: 0 VALVE • A listed(and Commonwealth of Massachusetts approved) FLEX GAS LINE CONNECTOR 1/2 inch(13mm)tee-handle manual shut-off valve and a ACCESS HOLE listed flexible gas connector are connected to the 1/2 Figure 33. Gas Supply Line inch (13mm)inlet of the control valve. NOTE: If substi- tuting for these components, please consult local codes for compliance. Step 8. Gas Pressure Requirements • Locate the gas line access hole in the outer casing of Pressure requirements for Heat&Glo gas fireplaces the fireplace. are shown in the table below. • The gas line may be run from either side of the fireplace provided the hole in the outer wrap does not exceed 21/2" Pressure Natural Gas Propane in diameter and it does not penetrate the actual firebox. • The gap between the supply piping and gas access hole Minimum 5.0 inches 11.0 inches Inlet Pressure W.C. W.C. can be plugged with non-combustible insulation to pre- vent cold air infiltration. Maximum Inlet 14.0 inches 14.0 inches • Open the fireplace lower grille, insert the gas supply line Gas Pressure W.C. W.C. through the gas line hole,and connect it to the shut-off valve. Manifold 3.5 inches 10.0 inches • When attaching the pipe,support the control so that the Pressure W.C. W.C. lines are not bent or torn. • After the gas line installation is complete, use a com- Aone-eighth (1/8) inch (3 mm) N.P.T. plugged tapping is mercially-available, non-corrosive leak test solution to provided on the inlet and outlet side of the gas control for a carefully check all gas connections for leaks. test gauge connection to measure the manifold pressure. _ _ _ Use a small flat blade screwdriver to crack open the screw WARNING:"DO NOT USE:AN OPEN FLAME'TO in the center of the tap.Position a rubber hose over the tap CHECK FOR GAS LEAKS. to obtain the pressure reading. • At the gas line access hole, use insulation to re-pack The fireplace and its individual shut-off valve must be the space around the gas pipe. disconnected from the gas supply piping system during any pressure testing of the system at test pressures in • Insert insulation from the outside of the fireplace and excess of one-half(1/2)psig(3.5 kPa). pack the insulation tightly to totally seal between the pipe and the outer casing. The fireplace must be isolated from the gas supply piping system by closing its individual shut-off valve during any pressure testing of the gas supply piping system at test pressures equal to or less than one-half(1/2)psig(3.5 kPa). Heat&Glo • 6000TRXI-IPI 386-901 Rev.I • 1/06 27 + �p INTERMITTENT PLUG-IN IGNITION MODULE o I PILOT 3V TRANSFORMER (I 3 VAC :� ❑ IGNITOR ONIOFF 1 S WALL SWITCH (---- — -- — FLAME SPA ER/ © 0 I SENSOR I IGNITION = IULLuuq fMODVUILE 1 I I I WHT I _ I I ORG VALVE LOW VOLTAGEGROUNDTO SEE NOTE 1 I FIREPLACE -------------�REMOTE cHasslsGROUND NEUTRAL = CONTROL HOT z z m � m 00 �+ WHITE WIRE CAN BE B PLUGGED INTO ANY z BLACK WIRE CAN BE ` OF#145 m PLUGGED INTO ANY OF U N LOCATIONS. PIGGYBACK m #1-#5 LOCATIONS ON THE ON/OFF SWITCH ON THE HOT SIDE NEUTRAL SIDE TRANSFORMER 3 VAC 91— po 0 0 1`/1 PLUG IN o 0 0 VALVE Figure 34. Intermittent Pilot Ignition (IPI) Wiring Diagram Step 9. Wiring the Fireplace MANIFOLD ASSEMBLY Intermittent Pilot Ignition (IPI)Wiring 3 Volt Transformer e This appliance comes with a 3 volt transformer.The trans- '- + HO,LDER former plugs into the junction box and the two leads plug �aEE - svoLT into the green control module(see Figure 34). Appliance Requirements RFD ReD This a liance requires 110-120 VAC be wired to the facto PP q rY installed junction box. Maintain correct polarity when wir- ing the junction box. SWITCH Figure 35. Intensifire Switch Wiring Diagram A WARNING Wire 110V to electrical junction box. Optional Accessories Do NOT wire 110V to valve. Optional fan and remote control kits require that 110-120 Do NOT wire 11oV to wall switch. VAC be wired to the factory installed junction box before • Incorrect wiring will damage millivolt valves. the fireplace is permanently installed. • Uninterrupted or continuous power is required at all times in IPI system EXCEPT Wall Switch when using battery back-up. Position the wall switch in the desired position on a wall. • Incorrect wiring will override IPI safety lockout and may cause explosion. Run a maximum of 25 feet (7.8 m) or less length of 18 _ A.W.G. minimum wire and connect it to the fireplace ON/ Intensifire Switch OFF switch pigtails. This model is equipped with an intensifire switch.This switch CAUTION: LABEL ALL WIRES PRIOR TO DISCON- allows you to turn On/Off the rear log burners.The switch is NECTION WHEN SERVICING CONTROLS. WIRING located on the control panel. Install the 9 volt battery into ERRORS CAN CA USE IMPROPER AND DANGEROUS the battery holder located in the lower compartment right OPERATION. VERIFY PROPER OPERATION AFTER next to the control panel(see Figure 35). SERVICING 28 Heat&GO • 6000TRXI-IPI 386-901 Rev.I • 1/06 VARIABLE SPEED CONTROL NOTE:IF ANY OF THE ORIGINAL WIRE AS SUPPLIED WITH THE APPLIANCE JUNCTION BOX MUST BE REPLACED,IT MUST BE BLK BLK REPLACED WITH TYPE 1059C RATED WIRE. BLK � BLOWER RECEPTACLE BLK BLK BLK BLK �It 0 O WHT WHT BLK O GROUND TEMPERATURE BLOWER SENSOR SWITCH GRN — BLK WHT — 110-120 VAC SENSOR BLOWER SWITCH Q -FAN" RECEPTACLE SPEED Figure 36. Fan Wiring Diagram CONTROL 0 .M RED 3116 MALE ❑ O — RED W XT. RED -1 IV 3116 FEMALE m to 5 RED x n x 1/4 FEMALE ,I�P EUTRAL 5 4 3 2 1 O O ® I O ,® ® ® ® ® ® 5 4 3 2 1 �� e HOT Connect two brown wires to thermostat. 1/4 FEMALE Note: For relay to work thermostat must not be powered by electricity. Figure 37. Cabin Kit (Relay)Wiring Diagram Heat&Glo • 6000TRXI-IPI 386-901 Rev.I • 1/06 29 Step 10. Finishing CAUTION.IF JOINTS BETWEEN THE FINISHED WALLS ~ Figure 38 shows the minimum vertical and corresponding AND THE FIREPLACE SURROUND(TOP AND SIDES) maximum horizontal dimensions of fireplace mantels or other ARE SEALED, A 300-F. MINIMUM SEALANT MATE- combustible projections above the top front edge of the RIAL MUST BE USED. THESE JOINTS ARE NOT RE- fireplace.See Figures 2 and 3 for other fireplace clearances. QUIRED TO BE SEALED. ONLY NON-COMBUSTIBLE Only non-combustible materials,may be used to cover the MATERIAL (USING 300° F. MINIMUM ADHESIVE, IF black fireplace front. NEEDED)CAN BEAPPLIED AS FACING TO THE FIRE- PLACE SURROUND.SEE THE DIAGRAM BELOW. WARNING:,WHEN=FINISHINGTHE-FIREPLACE, ` `NEVER OBSTRUCT OR MODIFY,THE AIR IN" LET/OUTLET GRiLLESSIIN ANY MANNER FINISH WALL MATERIAL MAY BE COMBUSTIBLE -TOP AND SIDES NON-COMBUSTIBLE BOARD 0 12-1 1 tt^ -7- 10-1 31" 9" TO CEILING 0" 7" 8 5" 17" 4" 16^ 15" 3-1 14" 13" 12" 11" EV 10" RE TOP FRONT EDGE OF FIREPLACE HIGH TEMPERATURE(300°F/1490C MIN.) TOP&SIDE SEAL JOINT Figure 38. Figure 39. Sealant Material Minimum Vertical and Maximum Horizontal Dimensions of Combustibles above Fireplace Hearth Extensions Note:There are 3 metal tabs holding the non-combustible A hearth extension may be desirable for aesthetic reasons. board in place for shipping.These tabs are to be cut off or However,ANSI or CAN/CGAtesting standards do not require bent back before finishing around the fireplace front. hearth extensions for gas fireplace appliances. 30 Heat&Glo 6000TRXI-IPI 386-901 Rev.I • 1/06 Step 11. Installing Trim, Logs, and Ember Material Installing the Trim IT i Combustible materials may be brought up to the specified 4 NM clearances on the side and top front edges of the fireplace, but MUST NEVER overlap onto the front face. The joints LATCHESr"�q between the finished wall and the fireplace top and sides (B AT ND OP)OM can only be sealed with a 300'F.(149°C)minimum sealant. Q WARNING:'WHEN FINISHING THE FIREPLACE, f "NEVER OBSTRUCT OR MODIFY THE.AIR IN'-., GLASS ASSEMBLY i LETIOUTLETGRILLES IN ANY MANNER.. Install optional marble and brass trim surround kits as desired.Marble,brass,brick,tile,or other non-combustible materials can be used to cover up the gap between the sheet rock and the fireplace. Figure 40. Glass Assembly Do not obstruct or modify the air inlettoutlet grilles. When overlapping on both sides,leave enough space so that the Glass Specifications: bottom grille can be lowered and the trim door removed. 6000TRXI-IPI: CERAMIC Positioning the Logs If the gas logs have been factory installed they should not need to be positioned. If the logs have been packaged separately, refer to the instructions that accompany the logs. Save the log instructions with this manual. RETAINING If sooting occurs, the logs might need to be repositioned SCREW slightly to avoid excessive flame impingement. (BOTH SIDES) BURNER Shutter Settings NG LP Left Log 1/2" SET 0 Right Log 1/2" SET Burner 3/8" FULL Figure 41. Burner Removal Placing the Ember Material Ember material is shipped with this gas fireplace.To place the ember material: • Pull the four glass latches out of the groove on the glass frame.Remove glass door from the unit(see Figure 40). • Embers CANNOT be placed directly over ports. Care should be taken not to cover the lighting trail of ports (from back to front). • When placing embers onto the burner care should be taken so that the ports are not covered. Place the em- bers along side the port trail, but not on or in between the ports.Failure to follow this procedure will likely cause lighting and sooting problems. • Save the remaining ember materials for use during fire- place servicing. • Replace the glass door and a front trim door on the unit. • Pull out and latch the glass clips into the groove on the glass frame. Heat&Glo 6000TRXI-IPI 386-901 Rev.1 1/06 31 Step 12. Before Lighting the Fireplace Before lighting the fireplace,be sure to do the following: Remove all paperwork from underneath the fireplace. sNIOFF SWITCH WTCH Review safety warnings and cautions _ • Read the Safety and Warning Information section at the beginning of this Installers Guide. Double-check for gas leaks • Before lighting the fireplace, double-check the unit for AIR SHUTTER possible gas leaks. WING NUT Double-check vent terminations and front grilles for Figure 42. obstructions. • Before lighting the fireplace, double-check the unit for possible obstructions that could be blocking the vent ter- Cold Climate Switch minations or the front grilles. If cold air infiltration, condensation, or frost on the glass is Double-check for faulty components an issue due to cold climate,you may wish to operate the fireplace in cold climate mode. • Any component that is found to be faulty MUST BE re- placed with an approved component.Tampering with the To change your Intellifire ignition to be used in the cold fireplace components is DANGEROUS and voids all war- climate mode remove the ON/OFF switch assembly from ranties. the manual bag(see Figure 42). 1. Remove the control panel assembly by taking out two A small amount of air will be in the gas supply lines.When screws with a 1/4"nut driver. first lighting the fireplace, it will take a few minutes for the 2. Insert the ON/OFF switch assembly into the control panel lines to purge themselves of this air. Once the purging is under the i (see Figure 42). complete,the fireplace will light and will operate normally. 3. Remove the remote/wall switch lead assembly with the Subsequent lightings of the fireplace will not require this brown wires attached from the original ON/OFF switch purging of air from the gas supply lines, unless the gas and plug into the ON/OFF switch in the cold climate valve has been turned to the OFF position, in which location. case the air would have to be purged. 4. Disconnect the green wire from the valve and connect to the male terminal from your new ON/OFF switch assembly. NOTE:The fireplace should be run 3 to 4 hours on the initial 5. Connect the female wire from the new ON/OFF switch start-up.Turn it off and let it cool completely. Remove and assembly to the valve where you just removed the clean the glass. Replace the glass and run the fireplace for previous green wire. an additional 8 hours. This will help to cure the products used in the paint and logs. Cold Climate Use; • To use as a cold climate switch,flip the switch to the During this break-in.period'it is,recommended thatsome "ON"position first to ignite pilot. windows in the house be opened'for air circulation.This,will • Next,flip the ON/OFF"ON"to ignite the burner. helpavoid setting:off.smokedetectors,anri help,eliminate , To use a wall switch or remote in the cold climate mode, any odors:associated with the fireplace's initial burning''. the wall switch must be connected to the remote/wall switch leads coming from the ON/OFF switch assembly, Air Shutter Setting not to the leads. This fireplace has an adjustable air shutter(which controls the primary air)factory set for the minimum vertical vent run Intellifire use when wired to use Cold Climate Switch: (see Figure 42). If your installation has more than the • To change back to use in the Intellifire mode the wall minimum required vertical vent length,adjustment of the air switch or remote must be connected to the remote/wall shutter may be necessary to obtain optimal flame switch leads from the switch. appearance. This should be adjusted by a qualified . Flip the ON/OFF switch to the "ON" position; next flip installer at the time of installation. the 0 switch to the"ON" position. By pushing the air shutter handle in,you will be closing the • To use as Intellifire after wired for cold climate switch air shutter.To adjust loosen the wing nut. Care should be you must have the ON/OFF switch in the"ON"position. taken when adjusting the air shutter so as not to cause the fireplace to soot. If sooting occurs the air shutter will need to be opened by pulling the handle out.When finished tighten wing nut. 32 Heat&GO • 6000TRXI-IPI 386-901 Rev.I • 1/06 Step 13. Lighting the Fireplace o You've reviewed all safety warnings, you've checked the fireplace for gas leaks, you know the vent system is unobstructed, and you've checked for faulty components. Now you're ready to light the fireplace. 'Q 'WARNING:PLEASE REFER TO THE USER'S MANUAL FORALL CAUTIONS,SAFETY, AND WARNING INFORMATION PERTAINING TO THE BAFFLE 'LIGHTING AND 0 PERATION OF THE FIREPLACE'. CONTROL LEVER Step 14 Climate Control Figure 43. This model is equipped with a baffle which will allow you to control the usable heat output. The baffle control lever is located at the lower left corner of the unit behind the lower After the Installation grille. I Q LEAVE THIS INSTALLATION MANUAL WITH TOP VENTED: More Heat:Pull handle down and push back THE APPLIANCE FOR FUTURE REFERENCE. to close the damper. Less Heat: Pull handle forward and _J push up to open the damper. REAR VENTED: More Heat:Pull handle forward and push Lip to close the damper. Less Heat: Pull handle down and push back to open the damper. Heat&Glo • 6000TRXI-IPI • 386-901 Rev.1 • 1/06 33 r 4 Maintaining and Servicing Your Fireplace Fireplace Maintenance Checking Flame Patterns, Flame Height Although the frequency of your fireplace servicing and main- Frequency: Periodically. tenance will depend on use and the type of installation,you By:Qualified service technician/Home owner. should have a qualified service technician perform an appli- Task:Make a visual check of your fireplace's flame patterns. ance checkup at the beginning of each heating season.See Make sure the flames are steady-not lifting or floating.The the table below for specific guidelines regarding each fire- thermopile/thermocouple tips should be covered with flame. place maintenance task. See Figure 32. IMPORTANT.TURN OFF THE GAS BEFORE SERVICING Checking Vent System YOUR FIREPLACE. Frequency: Before initial use and at least annually Replacing old ember material thereafter,more frequently if possible. Frequency:Once annually,during the checkup. By:Qualified service technician/Home owner. By:Qualified service technician. Task: Inspect the external vent cap on a regular basis to Task: Brush away loose ember material near the burner. ensure that no debris is interfering with the flow of air.Inspect Replace old ember material with new dime-size and shape entire vent system for proper function. pieces.Save the remaining ember material and repeat this procedure at your next servicing.For more information,see Cleaning Glass Door Placing Ember Material. Frequency: After the first 3 to 4 hours of use.As neces- sary after initial cleaning. Cleaning Burner and Controls By:Home owner. Frequency:Once annually. Task: Remove and clean glass after the first 3 to 4 hours of By:Qualified service technician. use.After the initial cleaning,clean as necessary, particu- Task:Brush or vacuum the control compartment,fireplace larly after adding new ember(flame colorant)material.Film logs and burner areas surrounding the logs. deposits on the inside of the glass door should be cleaned off using a household glass cleaner.NOTE:DO NOT handle Cleaning Flame Sensor Rod (IPI Systems) or attempt to clean the door when it is hot and DO Frequency: Periodically. NOT use abrasive cleaners. By:Qualified service technician. Task:Make a visual check of the straight flame sensor rod (see Figure 32). Use emery cloth to carefully remove any existing film or white deposits. 34 Heat&Glo • 6000TRXI-IPI 386-901 Rev.1 1/06