Home

LG E09EL.UA3 air conditioner

1. Inverter Single 26 Dimensional drawings 5RMIO 02A pun JOOPINO y po jeisu eq pjnous ue Uor11e noJI9 116 1949044 ou eoeds e 10 Ue uj 2 ease 0 2 15 10 s SN 2 li LA 1 Mi 910N m Y lt gt 9 5 Q 9 1104 UO 199UUO sey 911129 oDjeuosig 9 5 13814 0432981 05 112197 0 92 T160v OHHN960Mn SV WVZLS ESNEIZLMNSV AVZLH EANW9ZLMNSV Mveos esna9eoMnsv AV6OH EANWY6O0MNSV 1 21 9 04 6921 065 1M609 08M 960MnS V 4 2 Outdoor Units 400 0 Al ts 7970 6219 695 79 SVS 27 Inverter Single 5 10 02 Dimensional drawings H3dO9 SISSVHO yun Joopino eui ui pejeisul eq ue uonej nouJio adod ou ooede e ue ul 2 1onpoJd y ui SI YOIUM uone eisul pe eisul eq pinoys pun eu SION m M9JOS yeg G xog v
2. SUPA SUN SUI OOS BUOSBIS oqui s 105095 SUTJVIY IY JSE9 uoseos IUO 0 p nous SON VA pojeorpu 70 SIPI IY 05895 IY ojeorpu 9 5 uonounj 5 941 51 6 Surje1odo t 1 f T Occ T fL OoL LL L pue 2 02 Aedes yw Occ H Occ LL OcL LL L Joopjno pue 2 00 PUIHI 0 11 O00E fL L pue 9 61 LZ 1oopur je 10 SUN IZLIV ZUN ousisopd uSisoq jun 0905 sune Quasoid uoun g
3. FUION XX 20444 SUA SUP ZUM jum DoS T EL Sunezoedo f T oje1oduioj 1 T Occ I fL OcL LL L 100pjno pue 2 02 1ooput ye QUITO Jo o qeueA poges ISLIJULIO Jjo 1ejsouuoq qpuejs 9 juorongo oo ZULA Sul 009 Kyroedeo pesiou SUMAD SUA IWM Surjeou ZUM UPd DoS T EL UPd Sune1odo fT Upd 3juopeA1q 1 T UPd upd L Joopyno pue 5 07 omjerosdui Jop o ZUELA popoq Occ I LL Dac E L 100pjno pue j 0c Jo yw L OecI IL OoL LL DT OoL LL L Joopyno pue 2 02 1oopur o8 ZUPA ooue
4. pojeorpu 70 soje oJ IY 005695 Suneou uonounj poot s9yr 51 6 Sune1edo f T omje1oduioj 1 Occ H eth L 100pyno pue 2 00 PUI ZUIA Adeo pore oo q omge1oduioj 1 Occ I fL OoL LL OoL L L pue 2 02 sMesodui9 p edeo popoq L pue d 61 LZ je 8 Ayoeded parepooq SUIA SUN yusisopg ZUN ousIsopd 30005 815 q jun 0905 EX soos Quasoid ISN IV60H 1n V60H jun Joopino Inverter Single 150 Website Information 5RMIO 02A AS W126MMS3 H12AK Model poumbai st 159 FU 30005 10 JUE pournboi jou 5159 ZUIA SHNS SI 67 0 JI gt pun Jo dOO WHH pue oq jo u
5. Jo juororg90 peq nOlsdVHVZVdVd 51 o qeueA poges poxy IIP oseo ueJo Jjo 1ejsouuou qpuejs uey 19410 jndur x 8 1000 PD Uorjepe1so q 00 ZULA Sul 009 K3roedeo SUAN Su ZUN ZUN DoS 1 11 MY 8 oje1oduioj f T Occ T fL NUI NUI 1 MA L ounje1oduro 100pjno pue 2 02 ounje1oduioj je Suneou 1 omnyeroduray T Occ I LL fL 100pjno pue 2 02 Jooput Jo yu Suyerodo ly 1 Occ I fL OoL LL Occ fL OoL L L loopjno pu 2 02 IPUI oge1oAV ooueuuojied jo 1 papoq L pue 2 610 2 je dur ooo 10 popoq ZMP
6. jun Joopu 5 0 2 15 Energy label Labelling Efficiency Energy label Split and Window systems Energy Efficiency Class SEER SCOP A SEER38 5 SCOP55 1 6 1 lt SEER lt 8 5 4 6 lt SCOP 5 1 5 6 lt SEER 6 1 4 0 lt SCOP lt 4 6 5 1 lt SEER lt 5 6 3 4 lt SCOP lt 4 0 4 6 lt SEER lt 5 1 3 1 SCOP lt 3 4 4 1 lt SEER lt 4 6 2 8 lt SCOP lt 3 1 D 3 6 SEER 4 1 2 5 SCOP 2 8 E 3 1 SEER 3 6 2 2 SCOP lt 2 5 F 2 6 lt SEER 3 1 1 9 lt SCOP 22 G SEER lt 2 6 SCOP lt 1 9 AS W0963WB0 G09WL LG GO9WL ws kw X SEER 5 7 kWh annum 170 X ScoP X X kWh annum X 1100 X ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 MEZ64837621 AS W1263WBO G12WL QO BEES LG G12WL kw X X SCOP X 5 X kWh annum X 1224 X 5 6 kWh annum 220 ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 MEZ64837611 G GHIcDGGc zGouuL cckc r k ensiy siSii S5oi Oion coocc q 7qEKA2ad OOAAZMM Inverter Single 163 Energy label 5RMIO 02A AS W096MMS3 H09AK AS W126MMS3 H12AK QO BEES gt 00 LG s LG H12AK u H12AK as kw X 3
7. uopoung 07 6 omje1oduioj L Occ T fL OoL LL 22 11 pue 2 02 Aroedeo omge1oduioj Occ I fL L pue 2 02 ogeJoA y Oc0c LL DoS Z EL 260 lt 5 61727 1oopur yusisopd yusisopd gt Zue SUN ZUN ousisopd 30005 uSisoq jun 090 5 Suneoq Qquasoid ESN 1 ZINIMZTD Jo0opino 149 Inverter Single 5RMIO 02A Website Information AS W096MMS3 H09AK Model poumboa st 159 Sui o o SUT OOS 10 ZUE PANDA jou 8159 SIMSI UM st 7 0 0 1 ne op JI x x jo dOO AAA pere oop pue Jo
8. 91 301112390 15810 x JOJEOIUNWUWOD euJ9ju powy 2199304 SuruueA eqo Jomod punog 19430 gt Zue SUM ZUWA 30005 uondumsuoo Ayon Tenuuy juorogjgo oo uonepeJso q ZULY Jo 8009 gt Iop o SUM ZUWA o1n3e1oduro yu OoST EL yw juo eAiq 1L T OccI fL Occ IL L pue j 0c 4 1 4 0191 1ooput ye PUII Iop o jo gt porq o qeueA poges oseo uelo 5 qpuejs uey 19430 11 2 QUI OOO 09 8 ZUL Sul 00O Kyroedeo ZUPAN gt SUPA Joule AA ZUP ZUN pAg MA oS T EL MA yu 8 juo eAiq 1 T OscI LL OsL LL fL
9. INVERTER V Chassis UL2 ASUW2462EF0 P24EL Heat pump ASUW186CRR4 A18RL ASUW2462WRO D24RL Total capacity index of KW 9 2 6 8 connectable indoor units kBtu h 18 24 Power supply 10 220 240V 50Hz INVERTER V Chassis UE Hem USUWO96BB8FO PO9RL USUW126B8F0 P12RL je USUWO096H4A0 E09EL Total capacity index of 2 5 connectable indoor units x 12 Power supply 10 220 240V 50Hz INVERTER V Chassis Inverter Single Nomenclature 2 Nomenclature Model Number 8 2 141612 Le _ Serial Number Function F Mini lonizer 2Way B 4way 5RMIO 02A S lonizer Plasma 4way All in one HAF R lonizer 4Way A Non Plasma 2Way Chassis Look Chassis Look Classification S2 E Blowkiss E White Panel S3 W White Lighting SM M Moving Panel SB N White spray Panel Silver spray decor SB W Libero Artcool White SB R Libero Artcool Mirror SB 8 White spray Panel Silver spray decor 5 R Libero Artcool Mirror SH 4 White Panel E look SH 5 White Panel S look SN H Artcool Mirror 52 W White panel R look Electric Ratings 6 220 240V 50Hz Capacity Ex 24 24 000 Btu h Class Model Type W DC Inverter H P supply Method dividing Type Set model N Indoor Unit U Outdoor Unit Product type 5 Split Refrigerant type amp code A R410 Made in Korea EEU EEbLzece c e ck MWo9 9 COcOLL
10. oS T LL omje1oduioj 16 1 4 lat DTL ol O 100pjno pue 2 02 IWIJI SUYLA 107 omge1oduioj Occ I fL OoL LL Occ fL pue 2 02 juororg90 yu L Occ OoL LL Occ fL OoL L 2 02 IWIJI o8e19A V 10 JO L 1 pue 5 61 27 91ne1oduiog orje1 ASIoOU_ ZMP xx 9 4005 SUN ZUN 31002 BUOSBIS oqui s 8 31 ISBIIAYV UOSEOS SUVIY JSE9 JE oui e uoseas IUO YELPI 0 SIJE IY 005896 SUYLA
11. 8 UOSEOS ZULA IY ISLI opn ou IWY uoseos ouo p nous SON VA pojeorpu 70 SIEPI IY uoseos sune OY ojeorpu uonpounj ser 51 6 1 omje1oduioj f T Occ H ecc L 100pjno pue 2 02 Ioue ZUA 10 Ayoeded pore ooqq yw surjerodo td m omje1oduioj L Occ I fL OcL LL OoL L L 100pjno pue 2 02 UO 4 pore oo q c 0 1 Oe c LL 2006 01 5 L pu 61727 c je 8 pore ooq SUIA SURN yusisopg ZUN ousisopd 30005 usisog jun 0905 aN es Quoasoid uoun g Joopu jun Joopino LO ser 07 6 poumboi st 155 FU 301009 10 JULA JOYIIO are 8159 FUNIL 3 uou SI GZ 0 p2 JI Jo 4 pue
12. ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 264837620 AS W1862WRO D18RL AS W1862EF0 P18EL ENERG 60 P18EL P18EL LG DA8RL ase kw X 4 1 SEER 6 1 SCOP X 4 0 kWh annum 287 kWh annum X 1435 ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 MEZ64837618 5RMIO 02A AS W2462WRO D24RL AS W2462EF0 P24EL DIXI P24EL we P24EL nso LG D24RL us kw X SCOP X kWwh annum X ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 MEZ64837615 Test Condition Temp condition Cooling Test Heating Test Average Heating Test Warmer Energy label Heating Test Colder Tdesign temp Tdesignc 27 19 35 24 Tdesignh 20 15 10 11 A 27 19 35 24 20 15 7 8 Tdesignh 20 15 2 1 N A Tdesignh 20 15 22 23 20 15 7 8 27 19 30 20 15 2 1 27 19 25 20 15 7 6 20 15 2 1 20 15 2 1 20 15 7 6 27 19 20 20 15 12 11 20 15 7 6 20 15 12 11 Tol max 2 20 15 12 11 Tol max 15 nm Tol max 7 N A Tbivalent max 2 Indoor D B W B Outdoor D B W B unit C Tbivalent max 7 Tbivalent max 7 r C ccG GlelhULU Al AALUlLLLLLULULLU L LOOAEAAAAUNEMNNSA Inverter Single 167 LG Li
13. L 100pjno pue 5 07 10 Ajroedeo pore oo q yw 1 1 Occ T fL 22 1 L 100pjno pue 2 02 1oopur Jo juororgoo yw 1 Occ I fL OoL LL Occ fL L pu 2 02 Jo L 100pjno pue 2 61 2 dur ooo 10 oner popoq Iop o Suneoq SUN ZUM 30005 BUOSBIS pojyeusisop J1 8 UOSEOS IY JSE9 opnjou WY uoseos IUO SON VA pojeorpu 70 IJ 105695 suppea ojeorpu Suneou uonpounj posses 51 6 Sune1odo l T 1 Occ I fL 22 1 L Joopyno pue 2 02
14. je ZUA 107 pore oo q Sunerodo f L 1 T Occ I fL 22 11 OsL LL L pue 2 00 8 Ajroedeo 2602 200 lt 266 lt L pue 5 61727 Sui ooo Iop o ZUPA Surjeou ZUN ousisopd 30005 uSisoq jun 0905 SUNL uoun ESN 1M605 z1n 1M605 JOOpU Inverter Single 148 Website Information 5RMIO 02A W1263WB0 G12WL AS Model poumnboi st 189 ZUIKO 10 JUPA 1 PND jou 5159 ZUID SINSI uosoqo st cc 0 p2 JI gt gt eu Jo 4 Po1e oop pue Ajyroedeo uorjoos uses e Aq poprarp poges 104 110 8 9 22 Lv LG 68 191 uJoo eBj ponoueuezeded suuo 949 Assiod 27696 eiudelll
15. ZUWA ZUN o1n3e1oduro jum DoS T LL DoS T LL yw omje1oduioj L f T Oo I fL MA 1 1 OoL LL OoL LL DTL MA OeC LL AUI L 100pjno pue 2 00 omgje1eduiro Jooput L 100pjno pue 2 02 ye PUIHI JOP OD JO JWI Jo popoq je Zune Aedes pore ooqq omge1oduioj juo eAiq L Occ T fL L 100pjno pue 2 02 JO yw surjerodo lr L Occ H OoL LL Occ fL OoL L L pue 2 02 IUII SwA jo L pue 6 o1yeoduiog gur ooo 8 pore oo sue SUN SUN SUT OOS AJUDIIYJI BUOSBIS pojyeusisop poyeuSisop
16. connecin cable Terminal block Connecting cable CAUTION If the drain hose is routed inside the room insulate the hose with an insulation material so that dripping from sweating condensation will not damage furniture floors Foamed polyethylene or equivalent is recommended 2 Secure the cable onto the control board with the cable retainer E i NG OALuuW UAL Na a b l k G G GOU 0EO ULUUO L L OUOOOEEOEOLLELAAEEGINGEM 100 Inverter Single 5RMIO 02A Connecting the installation pipe and drain hose to the indoor unit 1 Align the center of the pipes and sufficiently tighten the flare nut by hand 2 Tighten the flare nut with a wrench Outside Diameter Torque 3 When needed to extend the drain hose of indoor unit assembly the drain pipe as shown on the drawing Wrap the insulation material around the connecting portion 1 Overlap the connection pipe insulation material and the indoor unit pipe insulation material Bind them together with vinyl tape so that there may be no gap 2 Set the tubing cutting line upward Wrap the area which accommodates the rear piping housing section with vinyl tape 3 Bundle the piping and drain hose together by wrapping them with vinyl t
17. EN E UOSEOS JSE9 JE opnjoug oui IUO sonjeA 0 IY uoseas SUYLA uopoung 5 97 916 1 1 fL Cac pue 2 02 Aroedeo sure1oco tf p UPd 3uo eAiq L OscT LL UPd OA 22 1 PL pu 2 07 o1nje1oduioj ogeJoA y Surjeou 207 7 208 2506 11 T Joopyno pu j 61 4C 8 10 SUIA SUN zej sopa Suneoq ST 29915 ZUJOO usso q jun 090 5 sune Quasoid NSN 11607 jun 1160V Joopino 159 Inverter Single 5 0 2 Website Information W126
18. IY uostos Supe ojeorpu 9 uonoung CIN AVETS CIN AVCTS Joopino 916 omje1oduioj 1 Occ T fL L o1nj amp 1oduro 100pjno pue 2 00 ounjeoduroj SPUI JUMPIN juo eAiq 1 T Occ H 22 1 OcL LL L pue 2 00 o1njyoduroj ZUPA 10 L ouje1oduro pue 2 610 2 je 8 jmedeo popoq SUIA SUN ZUN ougisopd 30005 815 q jun 1090 8 T Quasoid GSN NAZTV GSN NUZTV jun JOOpU CIN AVETS CIN AVCTS Joopino 153 Inverter Single 5RMIO 02A Website Information WO96B8FO PO9RL WO096BRRA AO9RL US AS AS W096BWRA AO9WL Models poumboi st 1591 ZUKO JO JUWE ISIMIDYIO jou 51591 st 7 0 2 MNLF gt x JO OO AAA pue un
19. yndur ougjo q 4 8 1000 PO Uorjepe1so q JUIIOIJO 09 SULA SUI OOS Ayroedes SUAN SUIA ZUN ZUM juo eAiq oS L LL Sunezodo T omje1oduioj Occ I fL 1 L Joopyno pue 2 00 Joy popoq yur omge1oduioj juo eAiq E T Occ T fL OcL fL Occ fL L 100pjno pue 2 02 Jooput ojeul o yua Sune1odo t T 1 OscI LL OoL LL L pue 2 02 Suw ooueulojied jo popoq L Joopyno pue 2 61 2 8 2 10 ouologgo 8 SUWA SUN ZUM SUI OOS BUOSBIS poyeusisap J poyeuSisop UOSvIS ZULA IY 1589 IWY uoseos Suneou IUO 0
20. eui ino Inverter Single 5RMIO 02A Dimensional drawings 25 3909 SISSVHO J00pjno NEL AENEA Ltd 2 69 Joopjno y si 941 2 Budid 9 Budid 1onpoJd y ul SI YOIUM enue w weed 191 y9 Uuomnejejsul Buipjoooe eq pjnous pun 94 90 5 990 ES 910 m o o o o gt uo EEREN RE SEITE E 1H8L V FHHO98LMN
21. TO OUTDOOR UNIT 22 O FUSE CN DISP1 CN TH1 CN TH2 o 9 IONIZER THERMISTOR MIDDLE PIPE THERMISTOR AIR C FORCE DISPLAY S W pro MEZ65064706 CN MOTOR1 CN HVB CN U D WHITE CN DISP2 CN DISP1 CN TH2 CN TH1 Inverter Single 37 Wiring diagrams 5RMIO 02A Models USNW096H4A0 E09EL USNW126H4A0 E12EL USNWO96HSA0 ZO9SL USNW126HSA0 Z12SL STEP MOTOR D CN DISP2 o RD CN U D1 WH Ine MOTOR 512 5 V YL pis MAIN ASM oh THERMISTOR BK F SL gt MIDDLE PIPE BL 5 22 THERMISTOR 916 T3 15A 250V iE T gt D 55 Q 5 9 meam TO OUTDOOR UNIT SMW PWB A5M MEZ65332101 CN MOTOR1 CN U D WHITE 5 2 CN DISP1 CN TH2 CN TH1 aoagaoaAaAyaoaoO EEbEaaoC6bnnSGnhnhOKLOAAUXAADA A AHLH AAAZG 38 Inverter Single 5RMIO 02A Wiring diagrams Models ASNWO96NRRO AO9LL ASNW126NRRO A12LL Factory Wiring STEP STEP 9 VOICE CONTROL o MOTOR RECEIVER PCB ASM Field Wiring NAM OPTION puisse LO FORCE S W 1 oir o DISPLAY 55
22. ojeorpu 0 uonpounj JT sr 916 1 f T Occ T fL ac L Joopyno pue 2 02 eunjeroduiog Suneou Ajroedeo yw surjerodo td p omge1oduioj 1 Occ T fL OoL LL 22 1 L pue 2 02 TUPIA popoq 2 0 Ouest t L 100pjno pu D 61 LZ je 8 10 SUA SUN yusisopg IZLIV ZUM ousIsopd 30005 uSisoq jun sune E suos Quasoid uoun g ISN IVZTH zin Joopino 151 Inverter Single 5RMIO 02A Website Information AS WO96BNR3 DO9AK Model st 159 SUT OOS 10 ZUE IALO jou 51591 ZUIL WOI SINSA UM st cc 0 p2 JI x x mm jo porepoop pue oq Apoedeo uonoos use s e Aq
23. ZUH ZUN MA MA MA 1 Occ I fL Ooh L L Joopyno pue 2 02 je SA GSN V60Ga GSN YM6O0V JOOpU yu Suyerodo ly omge1oduioj juo eAiq 1 acai L 100pjno pue 2 02 snye1odurs ojeuli yw surjerodo lr 1 T Occ I OcL fL OcL L L omyerodursy pue 2 02 Suey ooueuuojied jo L pue j 6 c o1ye1oduiog 8 10 OTI SUWA SUN ZUN SUT OOS BUOSBIS poyeusisap J poyeuSisop PSVIIAV UOSVIS FUNELI IY 1569 je uoseos UYLA ouo p nous pojeorpu 70 SIEPI ou uoseos ojeorpu 5 uonounj 17605 C
24. spun Ajroedeo poges 104 110 8 9 Lv 9 68 67 5 19 ASSION 27696 22269 dg sep PION Sled UOTE ULJOJUI STOW soluoJ o9 3 91 8 10 STIP 3087007 suone n88J JOJEOIUNWUWOD euJoju 100p1no 1o0pur powy 2199304 SuruueA eqo o Jomod punos IIO SUN ogeloAV ZUM 30005 uondumsuoo jrougoo o Tenuuy x xSUT BOY Hpo Uuorjepe1so q juororgo oo ZULA SUI 0OO SUON Sue SUN ZUN jum 06 yw oje1oduioj 1 Oe I LL OoL LL DTL DeL LL L Joopyno pue 2 02 ye UII Iop 0 Jo juororg20 porepooq nOlsdVHVZVdVd CUUENSHYD o quueA poges poxy oseo ueJo 5 qpuejs uey 1900 dur 1002 Uorjepe1so q JUIIOIJO 09 ZULA Jo SUI OOS Kyroedeo Sul oA
25. ye PUIHI nOldVHVZVdVd EuuEnsuur o quueA 5 ISLIJULIO 5 qpuejs 19410 ongoo q 4 8 1000 P Uorjepe1so q 00 SULA K3roedeo SUAN SUA ZUPA ZUM AVI oje1oduioj 1 MA Oe TI LL MA OeL LL MA 25 11 NUI ol I L 100pjno pue 2 02 ZULA 10 juo eAiq L Occ T fL OcL fL L 100pmo pue 2 02 puo Uewod JO pare ooqq yu omge1oduioj OscI LL OoL LL Ooc LL OoL LL L pue 2 02 ooueuuojied jo papoq L Joopyno pue j 6 z
26. GE MVZLH ESININ9Z LMNSV MV60H ESININ960MNSV 21 Inverter Single 5 10 02 Dimensional drawings 85 3002 SISSVHO JOOPINO y pejoeuuoo pinoys JOOPINO y si 941 2 JONPOJ y YOIUM jenue ul uonejejsul Buipioooe eq pjnous pun 941 910 m e qeo pue edid 104 1h0X290UM eju 1 0 4 1 214 0 488921 5 1 604 0 488960 50 9 LMNSV MV60Q EHN8960MNSV Je91 jug Duidid 129 19 990 pasies uo Inverter Single 22 Dimensional drawings 5RMIO 02A 85 39009 SISSVHO JUN y pejoeuuoo eq JoMod OS Joopino si yun 941 72 Xoq JONPOJ y ui YOIUM enue w Buipioooe eq pinous pun 991 910 m pue edid 104 1n0X90Uy uonong 9 Ke dsiq V rHHS9ZLMNSV 1H60V rHH8960MNSV 1IMcLV FHMS9Z LMNSV 1M60V FHMS8960MNSV 23 Duidid 129 191 Je01
27. Inverter Single Wall Mountes TOTAL HVAC SOU MON PROVIDER ENGINEERING PRODUCT DATA BOOK Inverter Single 50Hz R410A imer CNE E 6 8 d 0 9 4 Dimensional draWiNg S ade Ta Iss 19 D CAG HANNS uino russa UM a Fear Sac 30 b H lrigeranEcycle N DS 50 rore tmr 59 8 Capacity coefficient factor M M 72 9 Operation range 75 10 Air flow and temperature distributions Reference data 76 11 Sound levels Reference 80 12 REMOS e 87 19 MENS CACO me 94 14 Website Information c 148 1S ENTO V IADE e 163 2 Inverter Single 5RMIO 02A Publication history Pib No Applied model Notes Publication in AS W0963WBO GO9WL 5RMIO 01A AS W1263WBO G12WL Add 14 New Models January 2014 AS W2462EF0 P24EL AS W096MMS3 HO9AK AS W126MMS3 H12AK AS WO
28. SI 7 0 0 YNLJop JI x rn Jo dOO AAT PTP pue jo uorjoos uses e Aq poges 104 110 8 9 22 Lv LG 68 191 5 NAO Assiod 27696 eiudelllA 27269 dg SOW Sep PION 30101190 10 sprejop 08000 57 AIU 100p1no 1o0pur powy 2199304 SuruueA Jomod punos Sue SUN IZLIV ZUWA 30005 uondumsuoo jrougoo o enuuy 4 9 UIJEOQ juarogo oo uonepelso q ZULA Sui oA SWA IWM SURN ZUN yu 2061 yw omje1oduioj 16 Oe I LL DTL Date L pue 5 07 Joopul IPUI Jo 2 o qeueA poges ISLIJULIO
29. SUIA ZUN ZUN MA MA 1 Occ I LL OoL LL Osc LL L ounje1oduroj 100pjno pue 5 07 IUI SULA 10 popoq GSN GSN jun juo eAiq E L LL L o1nje1oduro pue 2 00 ojeul oouvullop1od Jo yur L Occ I OcL fL Occ fL OcL L L pu 2 02 100put IUII o8e19AV Suey jo L pue j 6 c 10 OTI poire ooqq SUWA ZUN euoseag oqui s 8 poyeuSisop 108095 ZULIA IY 1599 opnjou uoseas IUO 0 p nous SON VA pojeorpu 70 SIJI
30. Sleep mode auto button Sets the sleep mode auto operation screen Temperature adjustment buttons Adjusts the room temperature when cooling and heating On Off button Turns the power on off Indoor fan speed button Adjusts the fan speed Operation mode selection button 7 rj Control si a Selects the operation mode L_ panel 5 Cooling operation 26 Auto operation or TIMER Xx auto changeover 41 Dehumidifying operation 0 Heating operation X Air circulation UGHT _ TIME SSEC _ Jet button Warms cools down the indoor temperature within short period of time Air flow direction button Adjusts the air Applied Model flow direction vertically or horizontally ASNWO96MMS3 HO9AK ASNW126MMS3 H12AK Temperature display button Displays the room temperature Also changes unit from C to F if pressed for 5 seconds manna Timer button Sets the current time and the icles start end time Navigation and functions button Adjusts the time and sets the special functions se Operates SILENT mode Z Operates n E Control mode Auto clean silent Mode and E Control are not available at the same time CLEAN Adjusts the brightness of the indoor unit display dE Set clear button Sets or cancels functions Reset button Resets the air conditioner settings Some functions may not be supported depending on the mod
31. jo Ajroedeo pore po q qoeo ur pore oop 45815 e Aq oA posejs 104 110 8 9 9 68 67 5 19 18104 27696 22269 dg sep PION Sled Uruzu S9IUOJI29 3 91 SUIUIe GO 10 SPIP PLOD suone n88J JOJEOIUNWUWOD euJo9ju powy 299304 SuruueA eqo Jomod punos Sue SUN ogeloAV ZUM uondumsuoo jrougoo o Tenuuy x UIS Hpo Uuorjepe1so q juororgo oo ZULA SUI 0OO Sui oA SWA SUM IZLIV SUWA amwprdwg yu oS yun 1 T Occ I fL OoL LL Occ fL OoL L L 100pjno pue 2 00 snjye1odurs ye Jo popoq NOIYVHVZVdVd 5 o quueA 5 ISLIJULIO Jjo 1ejsouuoq 9 oAnoe uey
32. The specification may be subject to change without notic for purpose of Inverter S ingle Specifications 5RMIO 02A Models AS W096BNR3 DO9AK AS W126BNR3 D12AK Heat transfer sorce sink Air to Air Air to Air Type of appliance Cooling Heating Inverter heatpump Cooling Heating Inverter heatpump Cooling Capacity kW 2 5 3 5 Heating Capacity kW 2 2 4 00 Low Temp Heating Capacity 70 Cooling Heating SEER Energy efficiency class Cooling Heating G less efficient Annual energy consumption Cooling Heating 142 1 120 201 1 400 Power Supply O NV Hz 10 220 240 50 10 220 240V 50 Indoor Max m min 12 0 12 0 Outdoor 33 33 Moisture Removal I h 1 1 1 2 Indoor H M L Sleep dB A 3 38 33 23 19 39 33 23 19 Outdoor Max dB A 3 45 45 Indoor Max dB A 3 54 54 Outdoor Max dB A s3 62 62 Refrigerant amp Charge at 7 5 m g R410A 1 000 R410A 1 000 Additional Refrigerant charge g m 20 20 O Compressor ___ BhushessDCMoor Brushless DC Moir _ OLRmme y O Fan indoor Bbo PmpeenFa Fan Outdoor __ BbDO BbDO O Power Supply Cable 3 1 0 3 1 0 Power and Transmission Cable N x mm 4 1 0 4 1 0 Liquid Side 6 35 6 35 Piping Connextio
33. qpuejs 19410 211294 x 8 1000 PO Uorjepe1so q JUIIOIJO 09 ZULA SUI OOS Ayroedes eA1ojur SUAN ZUN ZUM omje1oduioj L pue 2 00 SPUI 107 pore oo q ywan omge1oduioj juo eAiq E L OecI LL L Joopyno pue 5 07 Uewod Jo UMYJ yw L Occ OoL LL Occ fL OoL fL L oungje1oduiog pu 2 02 Suey jo popoq L 100pjno pu j 6 c 10 sue SUN SUN SUI OOS BUOSBIS pojyeusisop poyeuSisop 8 UOSEOS IY ISLI o
34. Cooling Heating Discharge angle 60 Discharge angle 60 Air velocity m s Air velocity m s Temperature C Model AS W2462EF0 P24EL AS W2462WRO D24RL Cooling Heating Discharge angle 120 Discharge angle 100 Air velocity m s Air velocity m s Temperature C Temperature C 76 Inverter Single 5RMIO 02A Model AS W126MMS3 H12AK Cooling Discharge angle 160 Air velocity m s Temperature C Air flow and temperature distributions Heating Discharge angle 110 Air velocity m s Temperature C Models AS W126BNR3 D12AK AS W126BWR4 A12WL AS W126BRR4 A12RL US W126B8F0 P12RL Cooling Discharge angle 20 Air velocity m s Temperature C Heating Discharge angle 30 Air velocity m s Temperature C Inverter Single 24 Air flow and temperature distributions 5RMIO 02A Model AS W186CRR4 A18RL Cooling Heating Discharge angle 135 Discharge angle 120 Air velocity m s Air velocity m s Temperature C Temperature C Models US W126H4A0 E12EL US W126HSA0 Z12SL Cooling Heating Discharge angle 147 Discharge angle 117 Air velocity m s Air velocity m s Temperature C Temperature C 78 Inverter Single 5 02 Air flow and temperature distributions Models AS W096NRRO AO9LL AS W126NRRO A12LL
35. Inverter Single 109 Installation 5RMIO 02A Test Running 1 Check that all tubing and wiring are properly connected 2 Check that the gas and liquid side service valves are fully open Prepare remote controller 1 Open the bottom of remote control with turning it clockwise 2 Insert the battery Match the metal terminals between remote control and battery 3 Align the lines with each other close the bottom of the remote control with turning it counterclockwise NOTICE Remove the batteries from the remote controller if the system is not used for a long time Settlement of outdoor unit 1 Fixthe outdoor unit with a bolt and nut 910mm tightly and horizontally on a concrete or rigid mount 2 When installing on the wall roof or rooftop anchor the mounting base securely with a nail or wire assuming the influence of wind and earthquake If the vibration of the unit is transmitted to the pipe secure the unit with an anti vibration rubber Tubing connection Evaluation of the performance Operate the unit for 15 20 minutes then check the system refrigerant charge lt 1 Measure the pressure of the gas side service valve Discharge lt 2 Measure the air temperature from inlet and outlet of air conditioner 3 Ensure the difference between the inlet and outlet temperature is more than 8 C 4 Forreference the gas side pressure at optimum condition is shown on table co
36. ZUN ZUM ZUM jum ZUN ZUN SUI OOS ousisopd 30005 BUOSBIS uSisoq eS L LL yun on eA oqui s jun on eA 1090 5 ywn L juopeA1q 1 T MA MA MA DoS hL UPd Sune1odo fT o3e1oduroj juopeAiq 1 T 8 J 2 Occ I LL NUI UPd MA UPd poyeusisop WEM ci UPd Ores Dol 1 NUI 0 FULA oq 15691 opn ou oum uoseos ouo p nous pojeorpu 70 IY uoseos ojeorpu Sureoug uonpounj L 100pjno pue 2 02 o1nje1oduioj uoun y Zue gSN IMZIV EYN 1HZTd GSN JSN IYZId EYN IYZTd yun J00pul yun 100p3nO 199 Inverter Single 5 10 02 Website Information AS W186CRR4 A18RL Model poumbai st 1591 ZUKO 301005 10 SUSY OY JOYA ISIMIDYIO jou
37. Cooling Capacity kW 0 30 2 52 3 80 0 30 3 50 4 04 Power Input Cooling Heating W 463 570 780 755 Running Current Cooling Heating A 2 3 2 9 3 5 3 8 Starting Current Cooling Heating A 2 3 2 9 3 5 3 8 EER W W 5 4 4 6 COP W W 5 6 5 9 SCOP W W 5 2 25 1 Power Supply O V Hz 10 220 240V 50Hz 10 220 240V 50Hz Power Factor Air Flow Rate Indoor H M L Cooling Heating 14 5 11 5 8 5 16 5 12 5 9 5 33 14 5 11 5 8 5 16 5 12 5 9 5 33 Moisture Removal Outdoor Max m min Kg h Indoor H M L S Low Cooling Heating dB A 3 dB A 3 Refrigerant amp Charge at 7 5m g Sound Level 39 33 25 17 39 33 25 39 33 25 17 39 33 25 Additional Refrigerant Charge g m 2P Rotary 2P Rotary DA128A1FA 20F DA128A1FA 20F Motor Type Oil Type VG74 VG74 Oil Charge 450 450 Name Fan Indoor Motor Type Motor Output W 30 30 Type Propeller Fan Propeller Fan Fan outdoor Motor Type BLDC BLDC Circuit Breaker A 15 Power Supply Cable No mm 3 1 0 Power and Transmission Cable No mm No mm 4 1 0 Including Earth 4 1 0 Including Earth Piping Liquid Side mm in 6 35 1 4 6 35 1 4 9 52 3 8 9 52 3 8 Drain Hose O D I D mm in 21 5 16 0 0 85 0 63 21 5 16 0 0 85 0 63 mm 875 295 235 875 295 235 ee iesu ie inch 34 4 11 679 25 34 4 11 69
38. Heating 16 30 15 24 Installation of 3M filter 1 Pull out the 3M Multi protection filter assembly from the plastic bag 2 Insert the 3M Multi protection filter assembly to the front grille OTH 6 3 oe 006 3M Multi protection filter The feature can be changed according to a type of model o G6 b60GosoO oLOoO O aoOO iii naA zAZAZzZAZAZAZAAA A AZL GEJNNNE 146 Inverter Single 5RMIO 02A Installation Installation Guide for Areas Exposed to Sea Wind A CAUTION 1 Air conditioners should not be installed in areas where corrosive gases such as acid or alkaline gas are produced 2 Do not install the product where it could be exposed to sea wind salty wind directly It can result corrosion on the product Corrosion particularly on the condenser and evaporator fins could cause product malfunction or inefficient performance 3 If outdoor unit is installed close to the seaside it should avoid direct exposure to the sea wind Otherwise it needs additional anticorrosion treatment on the heat exchanger Selecting the location Outdoor Unit 1 If the outdoor unit is to be installed close to the seaside then direct exposure to the sea wind should be avoided Install the outdoor unit on the opposite side of the sea wind direc
39. Jjo 1ejsouuoq 9 12410 4 21 4 8 1000 PO uolyepeisoq JUIIOIJO 09 ZULA Jo SUI OOS Kyroedeo pesiou SUMAD SUA ZUN ZUN omje1oduioj 1 Occ I fL OeL LL OoC LL el 100pjno pue 2 02 IWIJI BUYLA 107 y ordes ywn omge1oduioj 1 L Dac SL pue 2 02 OJEW AA JO gt yw surjerodo lr 3juo eAiq 1 T Occ A OcL fL Occ fL OcL L L pu 2 02 W WIJI o8e19A V JO pore ooqq L 1 pue 5 61 27 1 OTI 8 SUWA SUP ZUN SUI OOS BUOSBIS jun oqui s 8
40. Putting nut on Remove flare nuts attached to indoor and outdoor unit then put them on pipe tube having completed burr removal not possible to put them on after finishing flare work Flaring work 1 Firmly hold copper pipe in a bar with the dimension shown in below table table below Outside diameter A Thickness mm inch mm mm 26 35 1 4 1 1 1 3 0 7 09 52 3 8 1 51 7 0 8 012 7 1 2 1 6 1 8 0 8 Clamp handle Red arrow mark 215 88 5 8 1 6 1 8 1 0 2 Carry out flaring work with the flaring tool Smooth all round Check N Inside is shiny without scratches 1 Compare the flared work with the figure by 2 If a flared section is defective cut it off and do flaring Improper flaring work again ii Inclined Surface Cracked Uneven damaged thickness Even length all round 116 Inverter Single 5RMIO 02A Installation Connecting the Piping Indoor unit 1 Open the panel of the indoor unit 2 Remove the chassis cover from the unit by loosing 3 screws Chassis cover 3 Pull back the tubing holder 4 Remove the pipe port cover and position the piping Indoor unit back side view Tubing holder Assembly of chassis cover Indoor unit 1 Insert 5 hooks of the chassis cover into the square hole of the chassis certainly 2 Assemble the chassis cover from the unit by joining 3 screws Inverter Single 117 I
41. Thi Thermistor for suction air temperature Th2 Thermistor for evaporator inlet temperature Th3 Thermistor for evaporator outlet temperature Th4 Thermistor for evaporator middle temperature CN TH1 Indoor CN TH2 Indoor CN TH3 Indoor Th5 Thermistor for discharge pipe temperature CN TH3 OUTDOOR Th6 Thermistor for condensing temperature Th7 Thermistor for outdoor air temperature CN TH2 OUTDOOR Electronic Expansion Valve Inverter Single 55 Refrigerant cycle diagram 5RMIO0 02A Models US W096B8F0 PO9RL US W126B8F0 P12RL Indoor Unit Outdoor Unit Liquid Side DE gt K gt lt J gt 2 Way Valve EEV Vna Heat Exchanger Exchanger Evaporator Condenser 4 Th4 LL Gas Side 2 pt gt Reversing Valve CEE Compressor 3 Way Valve Accumulator Cooling Heating Description PCB Connector Thermistor for air temperature CN TH1 Indoor Indoor Thermistor for discharge pipe temperature Thermistor for condensing temperature CN TH1 OUTDOOR Thermistor for outdoor air temperature CN TH1 OUTDOOR Thermistor for evaporator middle temperature CN TH2 EEV Electronic Expansion Valve Eccagaaa oaGUbLE AG LUUUOIAhAKkAb ADBEEEEEEA2ZZ AzAAGOG LtiUKN MN 56 Inverter Single 5RMIO0 02A Refrigerant cycle diagram Model
42. _ CN_UART SUB PWB ASM DRY gA contact CN CN CN ij asa CN JOGE CN IR CN SW CONTROL RECEIVER FORCE S W 2707777 MEZ64780603 Hok Ir LIGHTING PWB ASM 1 OPTION CN LR1 CN UART CN DISP1 CN EARTH CN LR2 CN UD CN STEP1 CN MOTOR CN SUB 5RMIO 02A CN STEP2 CN TH2 CN POWER CN_EARTH CN LIGHT How to open the control cover 1 Push the cover to left 2 Lift up the cover 30 Inverter Single 5RMIO 02A Wiring diagrams CN RECEIVER 4 TACT CN TOP1 CN TH1 CN TOP2 CN STEP2 CN STEP1 CN UART CN BOTTOM3 CN IR Inverter Single 31 Wiring diagrams 5RMIO 02A Models AS W1862EF0 P18EL ASNW2462EF0 P24EL m fe e OPTION DISPLAY 9 PWB ASM PWB ASM Tl EE Poo 5 JUMP ol 9 STEP STEP I BK i xj 9 9 RD d SACAR v JETER TORWAR A CN SYL mE MAIN CH 0 69 THERMISTOR PCB lt 21 MIDDLE PIPE a J 969 THERMISTOR ovn 1 1 2 3 TO OUTDOOR UNIT P No MEZ64712322 CN POWER CN L R CN HVB UV CN U D E 85 cN DisP2 CN DISP1 4 71 CN 12V lt CN TH2 CN TH1 CN OPTION EO D D iV DG0 01 0U0 4 2o O Ji sccc cdu u u uHd uaOhE FEO O AAI dTZZVAV CZVOZOLZOCAEZYZ iEaLZMENMN 32 Inverter Single 5
43. uonoeuuo edig pinbr uonoeuuo edid sey 2 ejut Hed 1H8L V FHHO98LMRSV Inverter Single 28 Dimensional drawings 5 0 2 V 3002 SISSVHO jun JOOPINO y 1 eq pjnous ue JedoJd ou eoeds e JO ul 2 Pasojo ui aq 10 S yun 991 910 m uonoeuuo edid pinbr uonoeuuo sey eju JAZLA OVPHOZEMNSN 14603 0 960 5 1H60d 048g960MNSN 29 Inverter Single Wiring diagrams 5 Wiring diagrams 5 1 Indoor units Models ASNW0963WBO GO9WL ASNW1263WBO G12WL THERMISTOR M NR f STEP MOTOR MOTOR E CN TH1 Ol keke SUB PWB ASM MOTOR FELMM 1 WIRED REMOTE SS FA CONTROLLER THERMISTOR Gu GN YL lew MIDDLE PIPE c o c ex 10 TERMINAL BLOCK _ MAIN PWB ASM FUSE AC250V 3 15A CN_EARTH CN_UART CN UD CN LR1 CN LR2 T CN STEP1 STEP STEP X STEP z MOTOR MOTOR EARTH O CN LIGHT
44. 2 Auto clean Press E es for 3 seconds Set clear button Sets or cancels functions Reset button Resets the air conditioner settings LIGHT button Adjusts the brightness of the indoor unit display Energy Display button Set whether or not to display information regarding Energy Some functions may not be supported depending on the model Inverter Single Installation 13 Installation 5 10 02 13 1 AS W0963WBO0 G09WL AS W1263WB0 G12WL Installation Map Saddle CX Tapping Direction Installation plate Sleeve CX Bushing Sleeve CX Putty Gum Type Sealant Bend the pipe as closely on the wall as possible but be careful that it doesn t break Vinyl tape Wide Apply after carrying out a drainage test To carry out the drainage test remove the air filters and pour water into the heat exchanger Gas side piping CX Optional Parts Liquid side piping CX Optional Parts Additional drain pipe S 0000 Vinyl tape Narrow Drain Hose Connecting cable X Optional Parts The feature can changed according to type of model NOTICE You should purchase the installation parts 94 Inverter Single 5RMIO 02A Installation Select the best Location Indoor unit There should not be any heat or steam near the unit Select a place where there are no obstacles
45. CSN 1 8 zin sra jun CIN 138 Joopino 161 Inverter Single 5RMIO 02A ser 51 6 ju poumboi st 159 Sut o o SUT OOS 10 JUA IIHI ISIMIDYIO jou ore 5159 SuIpOAD SYNS st 67 0 p2 yun JO 4 PWPP pue 99 Jo edes pore oo uonoos 45815 e Aq poges 104 x 66 110 8 9 22 Lv LG 68 6v 22 19 902 SSIOM 27696 22265 dg Sep Sled 91 JOJEOIUNWUWOD euJo9ju nOOldHVvHVZVdVd CUUENSHYD SOW 801010390 s mjop 3080 juopeAiq T juopeA1q E T Website Information W2462EF0 P24EL AS AS W2462WRO D24RL Models 100p1no 1o0pur powy 2199304 SuruueA eqo o bo 70281 51611 M 4 punos SUN ogeloAV ZUWA 30005 uondumsuoo Ayon Tenuuy ZUPA
46. SUN ZUN 81002 BUOSBIS poyeusisop poyeuSisop UOSVIS SUIJE9U 991 1569 je uoseos IUO p nous pojeorpu 70 SILPI IY uoseos ojeorpu 5 uonounj 5 9411 516 jui omje1oduioj 1 oC A OsL LL 22 11 L pue 2 00 o1njeoduroj Amedeo Sune1oedo T juo eAiq 1 T Occ I fL 22 1 OcL LL pL 100pmo pue 2 02 ounje1oduioj oge1oAy 26 lt lt L pu 6 omnje1eduroj gui ooo popoq gt Zue SUN ZUM ousisopd uSisoq jun 0905 Suneoq NSN jun 4oopu 11217 Joopino Inverter Single 160 Website Information 5 0 2 W186
47. USNWO96HA4AQ EO9EL flow direction vertically USNW126H4A0 E12EL Temperature display button Displays the USNWO96HSA0 ZO9SL room temperature Press E for USNW126HSA0 Z12SL 5 sec conversion C F nm Timer button Sets the current time and the start end time Navigation and functions button Sets the special functions L Auto clean Operates energy saving cooling Set clear button Sets or cancels functions Reset button Resets the remote control settings LIGHT button Adjusts the brightness of the indoor unit display Some functions may not be supported depending on the model Inverter Single 91 Hemote controller 5 10 02 You can operate the air conditioner more conveniently with the remote control P No AKB73975605 ain 3K CX 8H aA roo screen 888 2189002218 9 ATK a SWING SWING ey panel FILTER 3SEC TIMER A CLEAN 3SEq d on o C I UGH _ PNF Applied Model ASNWO96NRRO A09LL ASNW126NRRO A12LL SILENT ENERGY CONTR ENERGY A CLEAN 3SEC LIGHT ENERGY DISPLAY 4 SWING FILTER 3SEC 2 tJ SWING SWING AN ROOMTEMP panel screen IONIZER button Plasmaster lonizer sterilize the aerial bacteria and other harmful substances m Display 5 Sleep mode auto button S
48. ouo q x 49 UI O09 8 JUIIOJO 09 ZULA Sul 009 K3roedeo SUOL SUA ZUPA ZUM DoS T EL MA yu 8 f T OscI LL Osc LL OoL L L 100pjno 5 07 Suneoy ywa omge1oduioj juo eAiq E T Occ T fL OcL fL Seca L 100pjno pue 5 07 ojeulr o Uewod Jo yw surjerodo lr oje1oduioj 1 Occ T fL OcL LL Occ fL OoL fL L ouge1oduioj pu 2 02 IPUI oge1oAV 10 ooueunuojied JO poime o q L pue j 6 c 8 10 SUWA SUN ZUM gur ooo BUOSBIS poyeusisop J poyeuSisop 99UJ9AV UOSBIS ZULIA IY 1569
49. si yun 941 2 1onpoJd y ui YOIUM uonejeisul 8uipioooe palesu eq pun 991 910 uonejeisul 140 4 1H8Ld OHMZ298LMNSV 1HvZOd OHMZ9YCMNSV 1381d 033298L MNSV pesrei uo e Inverter Single 20 Dimensional drawings 5RMIO 02A 91U01 99 5 51 INS 3003 SISSVHO JOOPINO y pjnous Buidid 1691 Buidid OS YUN J00pjno y SI UA 941 2 1291 197 1onpoJd y YOIUM uonejeisu Buipioooe palesu eq pinoys pun 941 910 m uf pasies uo 1 C IEEE gt lt gt lt TEE
50. uoseos ZUNEA IUO 0 pojeorpu 70 soje o1 uorneuLrojur IY uoseos Supeo ojeorpu 9 5 uonpounj GSN 18607 14604 jun Joopu yun 5 941 916 yu 7 omje1oduioj 1 Occ I fL OcL LL Ore ki L pue 2 00 Ajroedeo yw p juo eAiq 1 L OccI fL Occ IL OcL LL L pue 2 02 ojeurr o 8 107 pore ooqq 06 Oss ea Osee tr L eunje1oduroj 100pjno pu 6 gui ooo SUIA SUH yusisopg ZUN 8 30005 jun 1090 5 GSN 1M60V 14604 GSN 18608 160d yun 400pu UN JOOPINO Inverter Single 154 Website Information 5RMIO 02A W126B8F0 P12RL US W126BRR4 A12RL AS PdOO PdOO PdOO PdOO PdOO AS W126BWR4 A12WL Models L pu
51. 0 37 234 2 04 0 39 2 20 1 95 0 52 2 18 1 89 0 58 16 22 2 60 213 0 50 249 2 07 0 51 2 35 1 99 0 61 2 28 1 93 0 66 18 25 2 75 215 0 54 2 65 2 09 0 55 2 50 2 02 0 64 243 1 96 0 67 19 27 2 83 217 0 55 272 2 11 0 55 2 58 2 04 0 65 2 50 1 98 0 67 22 30 3 05 2 21 0 55 295 2 16 0 56 2 80 2 10 0 67 2 73 204 0 70 Indoor Air Outdoor Air Temperature Temperature 43 46 48 CWB CDB SHC PI TC SHC SHC Pl 14 20 1 70 16 22 2 19 1 87 0 69 2 13 1 81 0 65 2 08 1 76 0 57 2 02 1 75 0 53 18 25 2 34 1 91 0 69 2 28 1 85 0 65 2 23 1 80 0 55 2 17 1 79 0 51 19 27 2 41 1 93 0 70 2 36 1 87 0 65 2 30 1 82 0 55 2 24 1 81 0 50 22 30 2 64 1 99 0 71 2 58 1 94 0 66 2 52 1 89 0 55 2 47 1 88 0 50 24 32 2 78 2 04 0 72 2 73 1 99 0 67 2 67 1 94 0 56 2 61 1 93 0 51 Symbol Notes DB Dry Bulb Temperature 1 All capacities are net evaporator fan motor heat is deducted WB Wet Bulb Temperature 2 Indicates reference data When operating at this temperature TC Total Capacity kW these values can be different by discontinuous operation SHC Sensible Heating Capacity kW 3 Direct interpolation is permissible Do not extrapolate PI Power Input kW 4 Capacities are based on the following conditions Comp indoor fan motor outdoor fan motor Cooling Indoor Temperature 27 C 80 6 F DB 19 C 66 2 F WB Outdoor Tempera
52. 159 SuIpOAD SIMSA st cc 0 p2 gt jun JO dOO 34H4 pore oop pue jo Ajroedeo qoeo ur 45815 e spun 5 104 210 8 9 29 68 6p 191 949 Assioy 27696 27269 dg Sep Sled 97 suone n88J JOJEOIUNWUWOD euJo9ju nOOldvHVZVdVd EuuUEnsuur UOTULOJUT 801016390 10 s Iejop 398105 100p1no 1o0pur powy 2192304 SuruueA poges punog poxy lop o oseo utJo ZUPA Jjo 1ejsouuoq ogeloAV ZUWA qpuejs 30005 uondumsuoo jronugoo o Tenuuy 8 oAnoe uey Jomod ndur onnoo q x 8 0299 81002 juarogo oo uonepelso q PD JUSIOYJO 09 uolyepeisoq PO SULA SULA SUI OOS gt K3roedeo eA1ojur ZUIAN Iop o SUM ZUN
53. 16 22 2 62 2 45 0 34 251 2 08 0 35 2 37 2 01 0 42 2 30 1 94 0 45 18 25 2 78 247 037 267 2 11 0 37 2 52 2 03 0 44 2 45 1 97 0 46 19 27 2 85 219 0 38 274 243 0 38 2 60 2 06 0 45 2 52 1 99 0 46 22 30 3 08 223 0 38 297 247 0 39 2 82 2 11 0 46 2 75 205 048 Indoor Air Outdoor Air Temperature Temperature 43 46 48 CWB CDB SHC SHC SHC Pl 14 20 1 71 16 22 2 21 1 89 0 47 2 15 1 83 0 45 2 09 1 77 0 39 2 04 1 76 0 38 18 25 2 36 1 92 0 48 2 30 1 86 0 45 2 24 1 81 0 38 2 19 1 80 0 37 19 27 2 43 1 95 0 48 2 38 1 89 0 45 2 32 1 84 0 38 2 26 1 83 0 36 22 30 2 66 2 01 0 49 2 60 1 95 0 45 2 54 1 90 0 38 2 49 1 90 0 36 24 32 2 81 2 06 0 50 2 75 2 00 0 46 2 69 1 96 0 39 2 64 1 95 0 37 Symbol Notes DB Dry Bulb Temperature 1 All capacities are net evaporator fan motor heat is deducted WB Wet Bulb Temperature 2 Indicates reference data When operating at this temperature TC Total Capacity kW these values can be different by discontinuous operation SHC Sensible Heating Capacity kW 3 Direct interpolation is permissible Do not extrapolate PI Power Input kW 4 Capacities are based on the following conditions Comp indoor fan motor outdoor fan motor Cooling Indoor Temperature 27 C 80 6 F DB 19 C 66 2 F WB Outdoor Temperature 35 C 95 F DB 24 C 75 2 F WB Piping Length Interconnecting Piping Length 7
54. 250 T3 15A gt SMPS N F Outdoor PCB ASSY Factory Wiring ata Field Wiring __ OPTION MEZ64376222 CN U_V_W CN EEV1 oN TH2 CN FAN DC CN TH1 CN 4WAY CN COIL2 CN COIL2 48 Inverter Single 5 0 2 Wiring diagrams Factory Wiring Field Wiring rr ee Option MVC JIG REACTOR OUTDOOR PIPETH COMP TH REVERSING VALVE 0005 CN LGMV GN YL lt i ML TA O TERMINAL 2 He BLOCK tc CN CP N Moe di BR 7 3 Converter M SU Outdoor PWB ASSY CN_CENTRAL 17 7 7 TAINS 4 4 LINN HOOQNI OL P MEZ64780711 CN LGMV CN EEV1 CN FAN CN TH1 CN AWAY CNUVW CN TH2 172 o _ E E 4 J E Lt E s _ 34 CN COM E 4 P L BR oi CN COIL 1 d 7 SE lt P N BL CN COIL2 WCN GND2 WCN GND1 Inverter Single 49 Refrigerant cycle diagram 5RMIO 02A 6 Refrigerant cycle diagram Models AS W0963WB0 GO9WL AS W1263WB0 G12WL Indoor Unit Outdoor Unit Liquid Side PIE S lt DO 2 Way Valve 5 EEV Y 0 Evaporator Condenser Lo Th2 Th4 gt gt lt KP 3 Way Valve Accumulator 3 Reversing Valve __ ths Com Cooling
55. JE opn ou uoseos IUO pojeorpu 70 SIPI IY uostos 993 ojeorpu Sureou sopn our uonounj ser 916 omodu Occ T fL L 100pmo pue 2 00 PUI 10 yw suedo 1 L Occ I fL OoL LL 22 1 OoL L L pue 2 02 JUMPA 10 202 1 Dae 1 Oc0 LL L 6 je 8 SUIA SURN ZUN ousIsopd 30005 jun 0905 EX soos Quasoid HSN 15212 HSN 13273 jun evn Era evn 13213 Joopino Inverter Single 158 Website Information 5RMIO 02A AS WO96NRRO AOOLL Model pournboi st 159 ZUIKO JULA IYHO ISIMIOYIO PANDAI 100 51591 FUILI WOI SHNS
56. Note 1 Capacities are based on the following conditions Cooling Indoor Temperature 27 C 80 6 F DB 19 C 66 2 F WB Outdoor Temperature 35 C 95 F DB 24 C 75 2 F WB Heating Indoor Temperature 20 C 68 F DB 15 C 59 F WB Conversion Formula kW Btu h x 0 0002931 CMM x 35 3 Outdoor Temperature 7 C 44 6 F DB 6 C 42 8 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero 2 Wiring cable size must comply with the applicable local and national code 3 The specification may be subject to change without prior notice for purpose of improvement Inverter Single 13 Specifications 5 10 02 Models AS W186CRR4 A18RL Heat transfer sorce sink Air to Air Type of appliance Cooling Heating Inverter heatpump Cooling Capacity kW 5 2 Heating Capacity kW 6 3 54 Power Input Cooling Heating W 1 500 1 650 Running Current Cooling Heating 6 6 7 3 Starting Current Cooling Heating 6 6 7 3 78 94 6 1 SCOP 3 8 Energy efficiency class Cooling Heating G less efficient Annual energy consumption Cooling Heating kWh 299 1916 Power Supply V Hz 10 220 240V 50 19 SUL SION Cate Outdoor Max 50 Moisture Removal 2 cound Pressire Level Indoor H M L Sleep 42 40 35 29 dB A 3 51 Indoor Max dB A 3 60 1 350 Ad
57. Outside diameter A Thickness mm inch mm mm 26 35 1 4 1 1 1 3 0 7 09 52 3 8 1 51 7 0 8 012 7 1 2 1 6 1 8 0 8 Clamp handle Red arrow mark 215 88 5 8 1 6 1 8 1 0 2 Carry out flaring work with the flaring tool Smooth all round Check N Inside is shiny without scratches 1 Compare the flared work with the figure by 2 Ifa flared section is defective cut it off and do flaring Improper flaring work again ii Inclined Surface Cracked Uneven damaged thickness Even length all round 98 Inverter Single 5RMIO 02A Connecting the Piping Preparing the indoor units piping and drain hose for installation through the wall 1 Route the indoor tubing and the drain hose in the direction of rear left or right Backwards Good case Press on the tubing cover and unfold the tubing to downward slowly And then bend to the left side slowly Bad case Following bending case from right to left directly may cause damage to the tubing The feature can be changed according to a type of model Installation A WARNING Installation Information For right piping Follow the instruction above Drain hose junction 1 Remove the rubber stopple in the desired drain direction 2 Insert hose into the handle of drain pan and join drain hose and connecting hose according to the figure by lt Right side piping Only the desired direct
58. Point down Putting nut on Remove flare nuts attached to indoor and outdoor unit then put them on pipe tube having completed burr removal not possible to put them on after finishing flare work Flaring work 1 Firmly hold copper pipe in a bar with the dimension shown in below table table below Outside diameter A Thickness mm inch mm mm 26 35 1 4 1 1 1 3 0 7 09 52 3 8 1 51 7 0 8 012 7 1 2 1 6 1 8 0 8 Clamp handle Red arrow mark 215 88 5 8 1 6 1 8 1 0 2 Carry out flaring work with the flaring tool Smooth all round Check N Inside is shiny without scratches 1 Compare the flared work with the figure by 2 If a flared section is defective cut it off and do flaring Improper flaring work again ii Inclined Surface Cracked Uneven damaged thickness Even length all round 134 Inverter Single 5RMIO 02A Installation Connecting the Piping Indoor unit 1 Open the panel of the indoor unit 2 Remove the chassis cover from the unit by loosing 3 screws Chassis cover 3 Pull back the tubing holder 4 Remove the pipe port cover and position the piping Indoor unit back side view Tubing holder Downwards Backwards Good case Press on the tubing cover and unfold the tubing to downward slowly And then bend to the left side slowly Bad case Following bending case from right to left directly may
59. mn oq Jo 4 pue jo Ajroedeo uomoos use s e omy spun Ajroedeo poges 104 210 8 9 Ly 19 68 67 19 18104 27696 9iudelllA 22269 dg sep 1 PION Sled orou 97 10 1087002 suone n88J JOJEOIUNWUWOD euJo9ju 100p1no 1o0pur powy 2192304 SuruueA eqo o 100p3no 100pur Jomod punos IIO Sue Suneou ZUM 30005 uondumsuoo jronugoo o Tenuuy SUNL TPO Uuorjepe1so q juororgo oo SUL FUAN SUA SUM IZLIV SUWA amwprdwg yu oS L LL yw oje1oduioj 1 L Oe I LL 1 L 100pjno pue 2 00 omgjereduro ye ojeurr o 1 ooueurioj1od nYOldHVHVZVdVvd CUUENSHYD o quueA poges oseo ueJo Jjo 1ejsouuoq qpuejs AN u
60. or right of the unit is more than 100mm More than The unit should be installed as high as possible on the wall allowing a minimum of 200mm from ceiling Use a metal detector to locate studs to prevent lt More th unnecessary damage to the wall N 100 i The feature can be changed according to type of model Unit mm Install the indoor unit on the wall where the height from the floor is more than 2300 Outdoor unit If an awning is built over the unit to prevent direct sunlight or rain exposure make sure that heat Mera dian radiation from the condenser is not restricted Ensure that the space around the back and sides is more than 300mm The space in front of the unit should be more than 700mm of space More than Do not place animals and plants in the path of the warm lag 300 air 600 More than Take the weight of the air conditioner into 100 Unit mm account and select a place where noise and vibration are minimum Select a place where the warm air and noise from the air conditioner do not disturb neighbors EDODbD GGCC LL 6 LLLEEEAELLLL LLU U CLCL UL A AAAA AZTBAAAAAAAZEGNGNIMI 114 Inverter Single 5RMIO 02A Installation Fixing Installation Plate The wall you select should be strong and solid enough to prevent vibration 1 Mount the installation plate on the wall with type A screws mounting the unit on a concrete wall use anchor bolts Mou
61. t 2 MIDDLE PIPE i v v i DRY CONTACT CONTROLLER TO OUTDOOR UNIT 5 Lm SS P No MEZ64712328 CN OUT N CN L1 CN L R CN SUB CN U D CN 12V EE CN TH3 lt CN REMO CN OPTION CN1 CN COM 40 Inverter Single 5RMIO 02A Wiring diagrams 5 2 Outdoor units Models ASUW0963WBO GO9WL ASUW1263WBO G12WL TERMINAL BLOCK LINN HOOQNI OL H3MOd AAA EN Outdoor PCB ASSY Factory Wiring tuse Field Wiring I Lll j OPTION MEZ64376222 CN U_V_W CN EEV1 CN TH2 NNN CN FAN DC CN TH1 CN 4WAY pm errr f CN COIL2 CN COIL2 Inverter Single 41 Wiring diagrams 5RMIO 02A _ Model ASUW2462EF0 P24EL AS W2462WRO D24RL Factory Wiring Spence Field Wiring 1 ls REVERSING PETS we Option M vee TUS ARTH D PPETH E 5 d BK JOQ 6101610 oD FAN DC EN are en TH2 FUSE nm OE COIL2 GN YL ee 15 4 lt U o TERMINAL 4 Ho BLOCK n 2 ous E Converter liem ve CN CENTRAL a LA33 NO Outdoor PWB ASSY LINN HOOQNI OL MEZ64712325 CN FAN DC CN THi CN EEV1 CN TH2 CN U_V_W S
62. 048 Octave Band Sound Pressure Level 048 Approximate Hearing Threshold Approximate Hearing Threshold Approximate Hearing Threshold 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz Octave Band Center Frequency Hz Octave Band Center Frequency Hz Inverter Single 81 Sound levels 5RMIO 02A ASNWO96NRRO AO9LL ASNW1862WR0 D18RL ASNW2462WRO D24RL ASNW126NRRO A12LL ASNW1862EF0 P18EL ASNW2462EF0 P24EL 80 N 70 5 m 0 20uPa 50 40 30 Octave Band Sound Pressure Level 0dB Octave Band Sound Pressure Level 048 Octave Band Sound Pressure Level 048 20 Approximate Approximate Approximate Hearing Hearing Hearing Threshold Threshold Threshold 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 i 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz Octave Band Center Frequency Hz Octave Band Center Frequency Hz ASNWO0963WBO GO9WL ASNW1263WBO0 G12WL 0 Octave Band Sound Pressure Level 048 Approximate Hearing Threshold 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz 82 Inverter Single 5RMIO 02A 11 2 Outdoor Units Overall Sound levels Notes Sound measured at 1m away from the center of the unit Data is val
63. 23 9 75 24 0 24 0 Condensate 27 0 27 0 26 7 80 26 7 80 27 0 27 0 Outdoor Disposal 24 0 24 0 23 9 75 23 9 75 24 0 24 0 21 0 21 0 19 4 67 21 1 70 21 0 21 0 Freeze up Indoor 1 15 0 15 0 13 9 57 15 6 60 16 0 16 0 OW 21 0 21 0 19 4 67 21 1 70 21 0 21 0 Temperature Outdoor 15 0 15 0 13 9 57 15 6 60 16 0 16 0 KS Korea Standard AS Australia Standard ISO International Standard Organization SSA Saudi Arabian Standard AHRI Air Conditioning Heating and Refrigeration Institute AHAM Association of Home Appliance Manufacturers 4 Inverter Single 5RMIO 02A General Description Split system type air conditioners are known by the category name of Wall Mounted Type systems The indoor and outdoor unit can be easily installed in a small space and have exceptional cooling capacity Designed for low noise operation these systems ensure a pleasant air conditioned environment LG offers various types of units to its customers to satisfy various applications and requirements The following are the important categories offered by LG 1 Art Cool Units A new concept of cooling introduced by LG in the field of Air conditioning 2 Inverter Units These units are capable of minimizing the power consumption with unique inverter technology Some of the important features of these units are listed below 1 Long Term Money Saving By providing the features such as Gold Fin Auto Clean etc to maintain the s
64. 25 BUS WERDE Indoor kg Ibs 11 5 25 35 11 5 25 35 Net Welgni Outdoor kg Ibs 35 72 75 35 72 75 Cooling Indoor C F 18 32 64 4 89 6 18 32 64 4 89 6 10 48 14 118 4 10 48 14 118 4 Operation Range Heating Indoor F 10 30 50 86 10 30 50 86 Heating Outdoor F 15 24 5 75 2 15 24 5 75 2 Max Piping Length 20 65 6 20 65 6 Max Elevation Difference 32 8 32 8 Temperature Control Thermistor Thermistor Plasma Filter O O Prefilter washable anti fungus O O Anti Allergy Filter Deodorizer Filter Triple Filter H1N1 Filter Auto Clean O O CHAOS Wind Auto Wind O O Airflow Direction Control up amp Down Airflow Direction Control left amp right Hemote Controller Type Wireless LCD Wireless LCD 18 30 18 30 Functions Setting Temperature Range 16 C 30 C 16 C 30 C Auto Operation Micom Control Auto Changeover Micom Control O Self Diagnosis O O 24h On Off 24h On Off Sleep Operation ________ Soft Dry Operation O O Restart Delay minute 3 3 Device Control Defrost O O Hot Start PO Jet Cool Low Ambient Operation Special Function Note 3K Some of functions are slightly different depending upon models O Applied No relation For circuit breaker rating please conform to local standards wherever necessary improvement
65. 299 333 0 94 2 319 100 320 318 1 07 18 25 304 105 340 308 111 19 27 361 299 106 350 298 1 09 22 282 108 382 281 114 3 274 110 408 278 147 Indoor Air Outdoor Air Temperature CDB Temperature 40 43 46 48 CWB CDB TC SHC SHC SHC SHC 14 20 2 86 3 38 1 03 2 78 3 95 1 01 2 70 3 34 0 91 2 65 3 38 0 78 16 22 3 07 3 22 1 11 2 99 3 20 1 06 2 91 3 19 0 92 2 86 3 22 0 77 18 25 3 27 3 07 1 13 3 19 3 05 1 06 9 12 3 04 0 90 3 06 3 07 0 73 19 27 2 20 3 02 1 13 3 30 2 99 1 06 2 22 2 98 0 89 3 17 3 02 0 72 22 30 3 69 2 85 3 61 2 83 1 07 300 2 82 0 89 3 48 2 09 0 71 24 32 3 90 2 77 1 18 3 82 2 74 1 09 3 74 2 74 0 91 3 69 2 76 0 73 Symbol Notes DB Dry Bulb Temperature 1 All capacities are net evaporator fan motor heat is deducted WB Wet Bulb Temperature 2 Indicates reference data When operating at this temperature TC Total Capacity kW these values can be different by discontinuous operation SHC Sensible Heating Capacity kW 3 Direct interpolation is permissible Do not extrapolate Power Input kW 4 Capacities are based on the following conditions Comp indoor fan motor outdoor fan motor Cooling Indoor Temperature 27 C 80 6 F DB 19 C 66 2 F WB Outdoor Temperature 35 C 95 F DB 24 C 75 2 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero oo oa oaAAB
66. 39 0 71 3 72 0 75 3 31 0 61 2 63 0 43 20 2 37 0 59 2 53 0 59 2 75 0 62 2 92 0 66 3 20 0 70 3 37 0 72 3 73 0 76 3 25 0 61 2 49 0 41 21 2 36 0 60 2 53 0 59 2 75 0 63 2 92 0 67 318 0 71 3 37 0 73 3 70 0 76 3 19 0 60 2 39 0 40 22 2 36 0 60 2 53 0 60 2 75 0 63 2 01 0 68 316 0 71 3 37 0 73 3 67 0 76 3 12 0 60 2 28 0 39 24 2 33 0 62 2 50 0 62 2 71 0 65 2 88 0 69 3 13 0 72 3 31 0 74 3 63 0 76 2 98 0 59 2 05 0 37 Symbol Notes DB Dry Bulb Temperature 1 All capacities are net evaporator fan motor heat is deducted WB Wet Bulb Temperature C 2 Direct interpolation is permissible Do not extrapolate TC Total Capacity kW 3 Capacities are based on the following conditions Power Input kW Heating Indoor Temperature 20 C 68 F DB 15 C 59 F WB Comp indoor fan motor outdoor fan motor Outdoor Temperature 7 C 44 6 F DB 6 C 42 8 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero Inverter Single 68 5 02 Capacity tables Model AS W126BNR3 D12AK Indoor Air Outdoor Air Temperature CDB Temperature 15 10 5 0 6 10 15 20 24 CDB TC PL TC PL TC TC TC PI TC PI TC 16 3 01 0 78 3 16 0 76 3 43 0 80 3
67. 5m Level Difference of Zero abBGa a I OAOA AoaAONW u oobGG O o oLoL ll oEhhA zAA4 OA27A2OA2L LUOUOULAHAZZUNNM SUMI 60 Inverter Single 5 02 Capacity tables Model AS W126MMS3 H12AK Indoor Air Outdoor Air Temperature CDB Temperature OY 32 35 cop T sie sic TO sic P i4 20 273 060 299 264 067 ib 22 279 O71 320 270 077 iB 25 288 075 340 274 07 i9 27 286 076 850 277 078 2 428 310 064 412 302 066 392 298 077 382 285 082 M 32 448 315 063 483 808 066 413 300 079 403 292 083 Indoor Air Outdoor Air Temperature Temperature 40 43 46 48 CWB CDB TC SHC SHC SHC SHC 14 20 2 86 2 56 0 74 278 2 47 0 73 2 70 2 40 0 65 2 63 2 37 0 62 16 22 3 07 2 62 0 80 2 99 2 54 0 76 2 91 2 46 0 66 2 84 2 44 0 61 18 25 3 27 2 67 0 81 3 19 2 59 0 76 3 12 2 52 0 64 3 04 2 50 0 58 19 27 3 38 2 71 0 81 3 90 2 G2 0 76 3 22 2 55 0 64 3 15 2 54 0 57 22 30 3 69 2 79 0 82 3 61 2 71 0 76 3 53 2 64 0 64 3 46 2 63 0 57 24 32 3 90 2 86 0 84 3 82 2 78 0 78 3 74 2 72 0 65 3 67 2 71 0 58 Model AS W096BNR3 D09AK Indoor Air Outdoor Air Temperature CDB Temperature 20 25 32 35 CWB CD
68. Max Current Cooling Heating 1 2 1 Starting Current Cooling Heating T2110 SEER SCOP Energy efficiency class A more efficient Cooling Heating G less efficient Annual energy consumption Cooling Heating 287 1 435 Indoor Max 19 Outdoor Max 32 Moisture Removal 1 8 Indoor H M L Sleep 42 Do 2 40 35128 T 4 35 29 P Level Indoor Max B A 3 P Level Outdoor Max T Refrigerant amp Charge at 7 5 m 1 150 Additional Refrigerant charge 20 Compressor O L P name Motor Type 5RS132XCA21 Type Cross Flow Fan Fan Indoor Motor Type Type BLDC Propeller Fan Fan Outdoor Motor Type BLDC Motor Output Circuit Breaker Power Supply Cable Power and Transmission Cable N x mm Liquid Side Gas Side Piping Connextions 12 7 Drain Hose O D 1 0 21 5 16 0 Indoor WxHxD Outdoor WxHxD Indoor Dimensions 1090 330 248 770 545 288 Net Weight OUS Cooling Outdoor Operation Range Heating Outdoor Piping Length Min Max 14 5 34 10 48 10 24 m 20 Max Elevation Difference m 10 Note 1 Capacities are based on the following conditions Cooling Indoor Temperature 27 19 WB Outdoor Te
69. OTOR MOTOR CN U D L BOSH WHITE BLUE CN LIMIT diac FAN E MAIN ASM E 9 THERMISTOR 5 2 S wu THERMISTOR 1 QL J MIDDLE PIPE 5 or OUTLET 9 THERMISTOR E AIR CN REMO Z D 2 SEM eum CONTACT Ec TO OUTDOOR UNIT je aia P No MEZ65355001 CN LIMIT UD CN POWER CN MOTOR CN HVPS CN LR CN INLET ch pw CN WRITE PURA L lt 4 CN SCAN III CN DATA CN TH C CN TH1 CN UART CN USP1 CN RECEIVER CN CC CN REMO CN INLET2 CN TACT CN IR CN SW CN INLET4 CN USP2 CN DISP CN MAIN1 122 77 CN MAIN2 Inverter Single 39 Wiring diagrams 5RMIO 02A Models AS W1862WRO D18RL AS W2462WRO D24RL Factory Wiring OPTION DISPLAY Field Wiring PWB ASM PWB ASM 7771 0PTION 5 24 052 JUMP 9 x STEP 5 rm BK MOTOR MOTOR lt gt p q cr CN CN FAN gk 5 LR UD MOTOR WAT I WCN NOISE CN lt OPTIO CN PCB 5 CN REMO CN 69 THERMISTOR
70. Outside ambient The pressure of the gas side Refrigerant TEMP service valve 4 5kg cm G R 22 35 C 95 F 56 8 71 0 P S I G 8 5 9 5kg cm G R 410A 35 C 95 F 120 135 P S G NOTICE If the actual pressure is higher than shown the system is most likely over charged and charge should be removed If the actual pressure are lower than shown the system is most likely undercharged and charge should be added Inverter Single 145 Installation 5RMIO 02A Pump Down This is performed when the unit is relocated or the refrigerant circuit is serviced Pump Down means collecting all refrigerant into the outdoor unit without the loss of refrigerant A CAUTION Be sure to perform Pump Down procedure in the cooling mode Pump Down Procedure Connect a low pressure gauge manifold hose to the charge port on the gas side service valve Open the gas side service valve halfway and purge the air in the manifold hose using the refrigerant Close the liquid side service valve all the way Turn on the units operating switch and start the cooling operation When the low pressure gauge reading becomes 1 to 0 5kg cm2 G 14 2 to 7 1 P S I G fully close the gas side valve and then quickly turn off the unit Now Pump Down procedure is completed and all refrigerant is collected into the outdoor unit Mode Indoor temperature Outdoor temperature Cooling 18 32 10 48
71. S CPONAL CAUTION AREA circuit diagram is a subject to change without notice earth wire should be longer than the common wires e When installing refer to the circuit diagram on the Connect the wires to the terminals on the control board chassis cover individually Connect the wires firmly so that they may not be pulled Secure the cable onto the control board with the cord out easily clamp Connect the wires according to color codes referringto Use a recognized circuit breaker between the power the wiring diagram source and the unit A disconnecting device to adequately disconnect all supply lines must be fitted CAUTION The power cord connected to unit should be Circuit selected according to the following national wiring Breaker A regulations The supply cords of parts of appliances for outdoor use shall not be lighter than polychloroprene sheathed flexible cord code designation 60245 IEC 57 HOSRN F Inverter Single 139 Installation A CAUTION Provide the circuit breaker between power source and the unit as shown by Main power source Circuit Breaker Use a circuit breake or time delay fuse Air Conditioner CAUTION According to the confirmation of the above conditions prepare the wiring as follows 1 Never fail to have an
72. _______ __ _ Description PCB Connector Thermistor for indoor air temperature CH TH1 INDOOR Thermistor for evaporating temperature CH TH2 INDOOR gt 4 Thermistor for discharge pipe temperature TH2 OUTDOOR Thermistor for condensing temperature Thermistor for outdoor air temperature TH1 OUTDOOR EEV Electronic Expansion Valve ODI oo 0 OIALAiA u A A u ULBAEAEEXET77VVQ Z 50 Inverter Single 5RMIO 02A Refrigerant cycle diagram Models AS W1862EF0 P18EL AS W2462EF0 P24EL AS W1862WRO D18RL AS W2462WRO D24RL Indoor Unit Outdoor Unit Liquid Side gt K gt K gt lt 2 Way Valve EEV Y 2 Heat Heat Exchanger Exchanger Evaporator Condenser 4 Tha K PES Valve Accumulator Reversing Valve Aao Compressor Cooling Heating LOC Description PCB Connector Th1 Thermistor for indoor air temperature CH TH1 INDOOR Th2 Thermistor for evaporating temperature CH TH2 INDOOR Th3 Thermistor for discharge pipe temperature CN TH2 OUTDOORHR Th4 Thermistor for condensing temperature CN_TH1 OUTDOOR Th5 Thermistor for outdoor air temperature EEV Electronic Expansion Valve Inverter Single 51 Refrigerant cycle diagram 5RMIO 02A Models AS W096MMS3 H09AK AS W126MMS3 H12AK Indoor Unit Outdo
73. a period of time ACO cooling and heating Operation mode display Displays the selected operation mode Cooling operation 2 Auto operation or auto changeover AN Dehumidifying operation Heating operation 2 Air circulation 9 Set temperature display Displays the room temperature if tapping the Set 1 8 Temp and turns to the set temperature after a while a Icon for moving a menu Taps 4 gt or Tro move a menu to left or right Fan speed display If additional functions are set fan speed and additional function s display alternately Icon for turning on off the lighting of indoor unit Inverter Single 87 Remote controller 5RMIO 02A Wireless Remote Controller P No AKB73456113 Control Display 2 Description panel screen IONIZER button Plasmaster lonizer sterilize the aerial bacteria and other harmful substances Sleep mode auto button Sets the sleep mode auto operation Temperature adjustment buttons Adjusts the room temperature when cooling and heating On Off button Turns the power on off Indoor fan speed button Adjusts the fan speed Operation mode selection button Selects Control the operation mode panel Cooling operation 3 amp Auto operation or auto changeover 4 Dehumidifying operation 0 Heating operation XX Air circulation lt A Os oz xe DUBS Display A EP IEEE s
74. and of battery are installed correctly 3 Reattach the cover by pushing it back into position NOTICE Use 2 AAA 1 5volt batteries Do not use rechargeable batteries Remove the batteries from the remote controller if the system is not used for a long time Settlement of outdoor unit 1 Fix the outdoor unit with a bolt and nut 10mm tightly and horizontally on a concrete or rigid mount 2 When installing on the wall roof or rooftop anchor the mounting base securely with a nail or wire assuming the influence of wind and earthquake 3 If the vibration of the unit is transmitted to the pipe secure the unit with an anti vibration rubber Tubing connection Evaluation of the performance Operate the unit for 15 20 minutes then check the system refrigerant charge 1 Measure the pressure of the gas side service valve Discharge air 2 Measure the air temperature from inlet and outlet of air conditiioner 3 Ensure the difference between the inlet and outlet temperature is more than 8 C 4 For reference the gas side pressure at optimum condition is shown on table cooling The air conditioner is now ready to use Inlet temperature temperature Refrigerant is The pressure of the gas side service valve 4 5kg cm G 56 8 71 0 5 1 6 8 5 9 5kg cm G 120 135 P S I G R 22 35 C 95 F R 410A 35 C 95 F NOTICE If the actual pressure is higher than show
75. and moisture remaining in the refrigerant system have undesirable effects as indicated below 1 Pressure in the system rises 2 Operating current rises 3 Cooling or heating efficiency drops 4 Moisture in the refrigerant circuit may freeze and block capillary tubing 5 Water may lead to corrosion of parts in the refrigeration system Therefore after evacuating the system take a leak test for the piping and tubing between the indoor and outdoor unit Air purging with vacuum pump 1 Preparation Check that each tube both liquid and gas side tubes between the indoor and outdoor units have been properly connected and all wiring for the test run has been completed Remove the service valve caps from both the gas and the liquid side on the outdoor unit Note that both the liquid and the gas side service valves on the outdoor unit are kept closed at this stage 2 Leak test e Connect the manifold valve with pressure gauges dry nitrogen gas cylinder to this service port with charge hoses A CAUTION Be sure to use a manifold valve for air purging If it is not available use a stop valve for this purpose The knob of the 3 way valve must always be kept close Pressurize the system to maximum 17 6kg cm G R 22 model or 28 1kg cm G R 410A model with dry nitrogen gas and close the cylinder valve when the gauge reading reaches 17 6kg cm G R 22 model or 28 1kg cm G R 410A model Next step is leak test with liquid soa
76. around of the unit Make sure that condensation drainage can be conveniently routed away Do not install near a doorway Ensure that the interval between a wall and the left m More than More than 200 or right of the unit is more than 500mm The unit 500 should be installed as high as possible on the wall allowing a minimum of 200mm from ceiling Use a metal detector to locate studs to prevent More than unnecessary damage to the wall be changed according to a type More than 2205 Onis mind A CAUTION Install the indoor unit on the wall where the height from the floor is more than 2 300mm AWARNING Install the installation plate on a flat wall If a wall is uneven please make the surface of wall flat Otherwise it may cause abnormal noise Ensure that the interval between a wall and the left of the unit is more than 500mm Otherwise it may be difficult to take out in a air filter Outdoor unit If an awning is built over the unit to prevent direct sunlight or rain exposure make sure that heat radiation from the condenser is not restricted Ensure that the space around the back and sides is lt more than 300mm The space in front of the unit should be more than 700mm of space T Do not place animals and plants in the path of the warm More than air 300 More than Take the weight of the air conditioner into Sup i More than account and sele
77. cable Be sure that the drain hose is located at the lowest side of the bundle Locating at the upper side can cause overflow from the drain pan through the inside of the unit The feature can be changed according to type of model Inverter Single 119 Installation 5RMIO 02A Connecting the installation pipe and drain hose to the indoor unit 1 Align the center of the pipes and sufficiently tighten the flare nut by hand 2 Tighten the flare nut with a wrench Open end wrench fixed Outside Diameter Torque Connection 3 When needed to extend the drain hose of indoor unit assembly the drain pipe as shown on the drawing Adhesive Vinyl tape narrow Wrap the insulation material around Insulation material the connecting portion 1 Overla ipe i n c EE p the connection pipe insulation material and CES qc C the indoor unit pipe insulation material Bind them together with vinyl tape so that there may be no gap 9 Line 2 Set the tubing cutting line upward Wrap the area which accommodates the rear piping housing section with vinyl tape gu Line Gas Pipe Liquid Pipe Good Case b Case Tubing cutting line have to be upward Connection pipe cam Um unit pipe Vinyl tape wide Wrap with vinyl tape Connecting cable Vinyl tape narrow 3 Bundle the piping and drain hose together by wrapping them with vinyl tape sufficient enough to cover
78. cause damage to the tubing CAUTION Installation Information For right piping Follow the instruction above Inverter Single 135 Installation 5RMIO 02A Installation of Indoor Unit 1 Hook the indoor unit onto the upper portion of the installation plate engage the three hooks at the top of the indoor unit with the upper edge of the installation plate Ensure that the hooks are properly seated on the installation plate by moving it left and right 2 Unlock the tubing holder from the chassis and mount between the chassis and installation plate in order to separate the bottom side of the indoor unit from the wall The feature can be changed according to type of model Tubing Holder Piping 1 Insert the connecting cable through the bottom side of indoor unit and connect the cable You can see detail contents in Connecting the cables section Left side piping lt Right side piping Drain hose a Connecting pipe Connecting pipe 2 Secure the cable onto the control board with the cable retainer 3 Tape the tubing pipe drain hose and the connection cable Be sure that the drain hose is located at the lowest side of the bundle Locating at the upper side can cause overflow from the drain pan through the inside of the unit The feature can be changed according to type of model 136 Inverter Single 5RMIO 02A Installation Connecting the installation pipe a
79. drain hose and connecting cable from down to up 2 Secure the tapped piping along the exterior wall using saddle or equivalent Seal small openings around pipings with a gum type sealant D Connecting Saddle E 5 5 5 5 E E E E E E E E E s Trap is required to prevent water from entering into electrical parts In cases where the Outdoor unit is installed above the Indoor unit perform the following 1 Tape the piping and connecting cable from down to up 2 Secure the taped piping along the exterior wall Form a trap to prevent water entering the room 3 Fix the piping onto the wall using saddle or equivalent The feature can be changed according to type of model Seal a small opening around the pipings with gum type sealant AS RY 125 Installation 5RMIO 02A Air Purging The air and moisture remaining in the refrigerant system have undesirable effects as indicated below 1 Pressure in the system rises 2 Operating current rises 3 Cooling or heating efficiency drops 4 Moisture in the refrigerant circuit may freeze and block capillary tubing 5 Water may lead to corrosion of parts in the refrigeration system Therefore after evacuating the system take a leak test for the piping and tubing between the indoor and outdoor unit Air purging with vacuum pump 1 Preparation Check that each tube both liquid and gas side tubes between the ind
80. individual power circuit specifically for the air conditioner As for the method of wiring be guided by the circuit diagram posted on the inside of control cover 2 The screw which fasten the wiring in the casing of electrical fittings are liable to come loose from vibrations to which the unit is subjected during the course of transportation Check them and make sure that they are all tightly fastened If they are loose it could cause burn out of the wires 3 Specification of power source Confirm that electrical capacity is sufficient 5 See that the starting voltage is maintained at more than 90 percent of the rated voltage marked on the name plate I 5RMIO 02A 6 Confirm that the cable thickness is as specified in the power source specification Particularly note the relation between cable length and thickness 7 Always install an earth leakage circuit breaker in a wet or moist area 8 The following would be caused by voltage drop Vibration of a magnetic switch which will damage the contact point fuse breaking disturbance of the normal function of the overload 9 The means for disconnection from a power supply shall be incorporated in the fixed wiring and have an air gap contact separation of at least 3mm in each active phase conductors 10 Open the terminal cover block before connecting the indoor side wire Finishing the indoor unit installation 1 Mount the tubing holder in the original pos
81. indoor and Charge hose outdoor and both gas and liquid side service valves Bubbles indicate a leak Be sure to wipe off the soap with a clean cloth 2 Nitrogen gas cylinder in vertical After the system is found to be free of leaks relieve the standing position nitrogen pressure by loosening the charge hose connector at the nitrogen cylinder When the system pressure is reduced to normal disconnect the hose from the cylinder 126 Inverter Single 5RMIO 02A Soap water method 1 Remove the caps from the 2 way and 3 way valves 2 Remove the service port cap from the 3 way valve 3 Apply a soap water or a liquid neutral detergent on the indoor unit connection or outdoor unit connections by a soft brush to check for leakage of the connecting points of the piping 4 f bubbles come out the pipes have leakage Evacuation 1 Connect the charge hose end described in the preceding steps to the vacuum pump to evacuate the tubing and indoor unit Confirm the Lo knob of the pressure Gauge is open Then run the vacuum pump The operation time for evacuation varies with tubing length nd capacity of the pump The following table shows the time required for evacuation The feature can be changed according to type of model Required time for evacuation when 30 gal n vacuum pump is used If tubing length is longer than 10m 33 ft 15 min or more If tubing length is less than 10m 33 ft 10 m
82. ing temperature TH1 OUTDOOR Th5 Thermistor for outdoor air temperature EEV Electronic Expansion Valve Inverter Single 53 Refrigerant cycle diagram 5RMIO 02A Models AS W096BWR4 A09WL AS W126BWR4 A12WL AS WO96BRRA4 AO9RL AS W126BRR4 A12RL Indoor Unit Outdoor Unit Liquid Side gt oa ae mm DK lt x 2 Way Valve EEV Thy the Heat Heat Exchanger Exchanger Evaporator Condenser Th5 A gt lt gt lt 3 Way Valve Accumulator s Heversing Valve Th3 L Qo Compressor Cooling Heating LOC Description PCB Connector Thermistor for indoor air temperature CH TH1 INDOOR Thermistor for evaporating temperature CH THS INDOOR Thermistor for condensing temperature Thermistor for outdoor air temperature EEV Electronic Expansion Valve Thermistor for discharge pipe temperature CN TH2 OUTDOOR CN TH1 OUTDOOR 9999 54 Inverter Single 5RMIO 02A Model AS W186CRR4 A18RL Refrigerant cycle diagram Indoor Unit Outdoor Unit lgidSide Po gt lt lt gt lt 4 2 Way Valve EEV Y Thi Heat au Heat Exchanger i Exchanger Condenser Tor 4 K K gt 3 Way Valve Accumulator NONO Ths Compressor Cooling lt Heating LOC Description PCB Connector
83. is a risk of fire and explosion Inert gas nitrogen should be used when you check plumbing ZN MIRO leaks cleaning or repairs of pipes etc If you are using 5 4 ressure combustible gases including oxygen product may have the risk of fires and explosions Do aleak test of all joints of the ubing both indoor and ui Charge hose outdoor and both gas and liquid side service valves Bubbles indicate a leak Be sure to wipe off the soap with Nitrogen gas a clean cloth cylinder in vertical After the system is found to be free of leaks relieve the VES standing position nitrogen pressure by loosening the charge hose 5 connector at the nitrogen cylinder When the system Outdoor mi pressure is reduced to normal disconnect the hose from the cylinder Inverter Single 143 Installation Soap water method 1 Remove the caps from the 2 way and 3 way valves 2 Remove the service port cap from the 3 way valve 3 Apply a soap water or a liquid neutral detergent on the indoor unit connection or outdoor unit connections by a soft brush to check for leakage of the connecting points of the piping 4 f bubbles come out the pipes have leakage Evacuation 1 Connect the charge hose end described in the preceding steps to the vacuum pump to evacuate the tubing and indoor unit Confirm the Lo knob of the pressure Gauge is open Then run the vacuum pump The operation time for evacuation varies wi
84. properly connected 2 Check that the gas and liquid side service valves are fully open Prepare remote controller 1 Remove the battery cover by pulling it according to the arrow direction 2 Insert new batteries making sure that and of battery are installed correctly 3 Reattach the cover by pushing it back into position NOTICE e Use 2 AAA 1 5volt batteries Do not use rechargeable batteries Remove the batteries from the remote controller if the system is not used for a long time Settlement of outdoor unit Fix the outdoor unit with a bolt and nut 10mm tightly and horizontally on a concrete or rigid mount 2 When installing on the wall roof or rooftop anchor the mounting base securely with a nail or wire assuming the influence of wind and earthquake 3 If the vibration of the unit is transmitted to the pipe secure the unit with an anti vibration rubber Evaluation of the performance Operate the unit for 15 20 minutes then check the system refrigerant charge 1 Measure the pressure of the gas side service valve Dischargea 2 Measure the air temperature from inlet and outlet of air conditiioner 3 Ensure the difference between the inlet and outlet temperature is more than 8 C 4 For reference the gas side pressure at Discharge T temperature optimum condition is shown on table cooling The air conditioner is now ready to use
85. punog Sune1odo l Tp juo eAiq 1 T omge1oduioj f L Iop o Sugeoq lojeot oseoxutJo i OoL LL Iowe m Sureoq Jjo 1ejsouuoq Ooc LL Oec fL OoL L ogeloAy qpuejs L 100pjno pue 2 02 jjo sunesy ooueulojied jo juomgjoo popoq L 100pjno pue 2 02 Ioopur ojeurr o pore ooqq 0 1 uey 19410 jndur 1o od ouo q 2052 11 20 2056 11 L onje1oduro Joopyno pue 61 27 o1nje1oduio L 100pjno pue 9 61 ZUY TUPAQ 10j Amedeo uondumsuoo jrougoo o Tenuuy x SUN x x QUI OOO juarogo oo Uuorjepe1so q PO JUSIOYJO 09 uolyepeisoq SUI OOS SUI OOS Sui oA K3roedeo ZUIAN 7 Sureoq Suneoq sue Joplog Iowe y SUA 1ouueA SUWA SUM
86. the wall with type A screws mounting the unit on a concrete wall use anchor bolts Mount the installation plate horizontally by aligning the centerline using Horizontal meter 3 Measure the wall and mark the centerline It is also important to use caution concerning the location of the installation plate Routing of the wiring to power outlets is through the walls typically Drilling the hole through the wall for piping connections must be done safely Drill a Hole in the Wall Drill the piping hole with a 665mm hole core drill Drill the piping hole at either the right or the left with the hole slightly slanted to the outdoor side Installation Inverter Single 133 Installation 5RMIO 02A Flaring Work Main cause for gas leakage is due to defect of flaring work Carry out correct flaring work in the following procedure Cut the pipes and the cable 1 Use the piping kit accessory or the pipes purchased X locally Slanted Uneven Rough 2 Measure the distance between the indoor and the outdoor unit H 0 3 Cut the pipes little longer than measured distance 4 Cut the cable 1 5m longer than the pipe length Burrs removal 1 Completely remove all burrs from the cut cross section of pipe tube 2 While removing burrs put the end of the copper tube pipe in a downward direction while removing burrs location is also changed in order to avoid dropping burrs into the tubing
87. where they fit into the rear piping housing section Wrap with vinyl 120 Inverter Single 5RMIO 02A Installation Outdoor unit 1 Remove the tubing cover from the unit by loosening the screw Outdoor Unit Connecting Cover control 2 Align the center of the pipings and sufficiently tighten the flare nut by hand 3 Finally tighten the flare nut with torque wrench until the wrench clicks When tightening the flare nut with torque wrench ensure the direction for tightening follows the arrow on the wrench Outside Diameter Gas side piping Bigger diameter amp Liquid side piping Smaller diameter Inverter Single 121 Installation Connecting the Cables Indoor Connect the cable to the indoor unit by connecting the wires to the terminals on the control board individually according to the outdoor unit connection Ensure that the color of the wires of the outdoor unit and the terminal No are the same as those of the indoor unit 1 Insert the connecting cable through the bottom side of indoor unit and connect the cable You can see detail contents in Connecting the cables section 2 Secure the cable onto the control board with the cable retainer 3 Tape the tubing pipe drain hose and the connection cable Be sure that the drain hose is located at the lowest side of the bundle Locating at the upper side can cause overflow from the drain p
88. 0 193 044 Model AS W1263WB0 G12WL Indoor Air Outdoor Air Temperature CDB Temperature 15 10 5 0 6 10 15 20 24 TC Pl TC Pl TC PI TC PI TC TC PL TC TC PI TC PI 16 2 63 0 79 277 0 77 3 00 0 81 3 21 0 87 3 56 0 93 3 76 0 97 4 08 1 03 3 70 0 85 3 02 0 61 18 2 61 0 80 276 0 79 3 00 0 83 3 20 0 89 3 53 0 95 371 0 98 4 07 1 04 3 62 0 85 2 88 0 59 20 2 59 0 82 276 0 81 3 01 0 85 3 20 0 92 3 50 0 97 3 69 1 00 4 07 1 05 3 55 0 84 272 0 57 21 2 58 0 83 276 0 82 3 01 0 87 3 19 0 93 348 0 98 3 69 1 01 4 05 1 05 3 48 0 84 2 61 0 56 22 2 58 0 83 2 76 0 83 3 00 0 88 3 18 0 94 3 45 0 99 3 68 1 01 4 01 1 05 3 41 0 83 2 50 0 54 24 2 55 0 85 274 0 86 2 97 0 90 3 15 0 96 343 1 00 3 62 1 02 397 1 06 3 26 0 82 225 0 51 Model AS W2462EF0 P24EL AS W2462WRO D24RL Indoor Air Outdoor Air Temperature CDB Temperature 10 5 0 6 10 15 20 24 CDB TC Pl TC Pl TC Pl TC Pl TC Pl TC Pl TC Pl TC Pl 6 86 1 90 733 204 813 143 210 8 08 1 39 216 800 134 218 725 13 6 32 1 96 6 87 207 727 221 7 89 247 779 196 570 127 227 7 83 120 Symbol DB Dry Bulb Temperature WB Wet Bulb Temperature TC Total Capacity Power Input Comp indoor fan motor outdoo
89. 0 2 Wiring diagrams Models ASNWO96MMS3 H09AK ASNW126MMS3 H12AK Factory Wiring FORCE S W o Field Wiring DISPLAY E O STEP STEP MOTOR MOTOR IONIZER 0 STEP STEP ia OPTION L PWB 5 O a amp 1CN U D1 CN L R1 50 CN 12V ENDE s T C CNI CN EARTH a BK MOTON i Q MAIN CN OPTION lt ASM lt gt THERMISTOR BL 1224 AIR gt QH THERMISTOR T3 15A 250V IM INLET PIPE FUSE O GI 9 THERMISTOR Lo OUTLET PIPE THERMISTOR 1D 205 8 6 ee MIDDLE PIPE eG DRY CONTACT WIRED REMOTE CONTROLLER TO OUTDOOR UNIT P No MEZ64771204 CN SUB CN 12V CN U D CN SUB2 CN SW CN STEP_L CN DISP3 CN LIMI lt CN CN REMO CN STEP_R CN DISP2 CN MOTOR1 CN PLASMA CN SUB1 E OD nALLLLbuauAu uOO o 7 oOOo O O O2 A 7 XD AEAA AZZGC UALKMNE Inverter Single 33 Wiring diagrams 5RMIO 02A Models ASNWO96BNR3 DO9AK ASNW126BNR3 D12AK FORCE DISPLAY S W PWB ASM OPTION PWB ASM O HO Q STEP JUMP Poua CN U D1 WC
90. 0 71 3 37 0 73 3 67 0 76 3 12 0 60 228 0 39 24 2 33 0 62 2 50 0 62 2 71 0 65 2 88 0 69 3 13 0 72 3 31 0 74 3 63 0 76 2 98 0 59 205 0 37 Model AS W126MMS3 H12AK Indoor Air Outdoor Air Temperature Temperature 15 10 0 6 10 15 20 CDB TG TC PI TC PI TC PI TC PI TC PI 16 3 01 0 62 3 16 0 60 3 43 0 63 3 66 0 68 4 07 0 72 4 30 0 75 4 66 0 80 4 23 0 66 3 46 0 47 18 2 98 0 62 3 16 0 62 3 43 0 65 3 66 0 69 4 04 074 424 0 77 4 65 0 81 4 14 0 66 329 0 46 20 2 96 0 64 3 16 0 63 3 44 0 67 3 65 0 71 4 00 0 76 4 21 0 78 4 66 0 81 4 06 0 66 3 11 0 44 21 2 95 0 64 3 16 0 64 3 44 0 67 3 64 0 72 3 97 0 76 421 0 78 4 63 0 82 3 98 0 65 2 99 0 43 22 2 94 0 65 3 16 0 65 3 43 0 68 3 63 0 73 3 95 0 77 421 0 79 4 59 0 82 3 90 0 65 2 85 0 42 24 2 91 0 67 3 13 0 67 3 39 0 70 3 61 0 75 3 91 0 78 414 0 79 4 53 0 82 3 73 0 64 2 57 0 40 Model AS W096BNR3 D09AK Indoor Air Outdoor Air Temperature CDB Temperature 15 10 0 6 15 20 24 CDB TC PI TC PI TC PI TC PI TC PI TC PI TC PI TC PI TC PI 16 2 41 0 57 2 53 0 56 2 74 0 58 2 93 0 63 3 25 0 67 3 44 0 70 3 73 0 74 3 38 0 62 2 76 0 44 18 2 38 0 58 2 53 0 57 2 75 0 60 2 93 0 64 3 23 0 69 3
91. 1 0 64 2 53 0 62 2 74 0 65 2 93 0 70 3 25 0 75 344 0 78 3 73 0 83 3 38 0 69 2 76 0 49 18 2 38 0 65 2 58 0 64 275 0 67 2 93 0 72 323 0 76 3 39 0 79 3 72 0 84 3 31 0 68 2 63 0 48 20 2 37 0 66 2 53 0 65 2 75 0 69 2 92 0 74 3 20 0 78 3 37 0 80 3 73 0 84 3 25 0 68 2 49 0 46 21 2 36 0 66 2 53 0 66 2 75 0 70 2 92 075 3 18 0 79 3 37 0 81 3 70 0 84 3 19 0 67 2 39 0 45 22 2 36 0 67 2 58 0 67 2 75 0 71 2 91 0 76 3 16 0 79 3 37 0 81 3 67 0 84 3 12 0 67 228 0 43 24 2 33 0 69 2 50 0 69 2 71 0 73 2 88 0 77 3 13 0 81 3 31 0 82 3 63 0 85 2 98 0 66 2 05 0 41 Model AS W126NRRO A12LL Indoor Air Outdoor Air Temperature Temperature 15 10 5 0 6 10 15 20 24 CDB TC PI TC PI TC PI TC PI TC PI TC TC PI TC PI 16 3 01 0 82 3 16 0 80 3 43 0 83 3 66 0 89 4 07 0 96 430 1 00 4 66 1 06 423 0 88 346 0 62 18 2 98 0 83 3 16 0 82 3 43 0 86 3 66 0 92 4 04 0 98 4 24 1 01 4 65 1 07 4 14 0 88 329 0 61 20 2 96 0 84 3 16 0 84 3 44 0 88 3 65 0 94 400 1 00 421 1 03 4 66 1 08 4 06 0 87 3 11 0 59 21 2 95 0 85 3 16 0 85 344 0 89 3 64 0 96 3 97 1 01 4 21 1 04
92. 1 06 442 1 12 3 93 0 91 3 12 0 63 20 2 81 0 88 3 00 0 87 3 26 0 92 3 47 0 98 3 80 1 04 4 00 1 07 4 42 1 12 3 86 0 90 2 96 0 61 21 2 80 0 88 3 00 0 88 3 26 0 93 3 46 0 99 3 78 1 05 4 00 1 08 4 39 1 12 3 78 0 90 2 84 0 60 22 2 80 0 89 3 00 0 89 326 0 94 3 45 1 01 3 75 1 06 4 00 1 08 4 36 1 12 3 70 0 89 2 71 0 58 24 2 76 0 92 2 97 0 92 3 22 0 97 3 42 1 03 3 72 1 08 3 93 1 09 4 31 113 3 54 0 88 244 0 55 Symbol Notes DB Dry Bulb Temperature C 1 All capacities are net evaporator fan motor heat is deducted WB Wet Bulb Temperature C 2 Direct interpolation is permissible Do not extrapolate TC Total Capacity kW 3 Capacities are based on the following conditions Power Input kW Heating Indoor Temperature 20 C 68 F DB 15 C 59 F WB Comp indoor fan motor outdoor fan motor Level Difference of Zero Outdoor Temperature 7 C 44 6 F DB 6 C 42 8 F WB Piping Length Interconnecting Piping Length 7 5m EA U hb6onG6 e LG HL In ni uuLu u 9 0LUDOOABOL7 C C CEZIAAZAAAZZ NNNM Inverter Single 70 5 02 Capacity tables Model AS W096NRRO AO9LL Indoor Air Outdoor Air Temperature CDB Temperature 15 10 5 0 6 10 15 20 24 CDB TC TC TC Pi PI TC TC Pl TC PI TC PI TC 16 2 4
93. 2 kw X 4 0 SEER 9 1 SCOP X 5 2 SEER 8 9 SCOP X 5 1 kWh annum 96 kWh annum X 862 kWh annum 138 kWh annum X 1098 ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 626 2011 MEZ64820323 MEZ64820320 AS W096BNR3 DO9AK AS W126BNR3 D12AK QO 509 ui AO9RK 12 2 A12RK SO9AK 12 AO9VK 12 gt A12VK G SO9AK u12 AO9WK LG S12AK ui2 A12WK 509 ui2 DO9AK S12AK 2 D12AK SEER OA 2 B 4 C kw X 3 2 kw 3 5 kw X 4 0 SEER 6 2 SCOP X 4 0 SEER 6 1 ScoP X 4 0 kWh annum 142 kWh annum X 1120 kWh annum 201 kWh annum X 1400 B ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 MEZ64837301 MEZ64837601 164 Inverter Single AS W096BWR4 AO9WL AS WO96BRRA AO9RL US W096B8F0 PO9RL DIDI PO9RL uas PO9RL LG PO9RL uas AO9WL PO9RL uas AO9RL kw X SEER 6 2 kWh annum 141 kWh annum X ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 264824022 AS W186CRR4 A18RL LG A18RL we A18RL kw X SEER 6 1 SCOP X kWh annum 299 kWh annum X ENER
94. 20 C 68 F DB 15 C 59 F WB Outdoor Temperature 7 C 44 6 F DB 6 C 42 8 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero 2 Wiring cable size must comply with the applicable local and national code 3 The specification may be subject to change without prior notice for purpose of improvement Inverter Single 15 Specifications 5RMIO 02A Model Spec US W096H4AO EO9EL US W126H4A0 E12EL US W096HSAO ZO09SL US W126HSA0 Z12SL Heat transfer sorce sink Air to Air Air to Air Type of appliance Cooling Heating Invertype heatpump Cooling Heating Invertype heatpump Cooling Capacity kW 2 5 3 5 Heating Capacity kW 3 2 3 8 Low Temp Heating Capacity 7 C kW 3 0 3 6 A 3 1 3 8 4 914 6 A 6 516 6 516 Energy efficiency class A more efficient Cooling Heating G less efficient pond energy Cooling Heating kWh 149 1179 211 1400 consumption indoor Max Outdoor Max m min 27 27 Indoor H M L Sleep dB A x3 39 33 25 20 39 33 25 20 Outdoor Max Indoor dB A 3 58 58 EA _ Outdoor Refrigerant amp Charge at 7 5 m R410A 900 R410A 900 Additional Refrigerant charge 20 20 Model GA102MD GA102MD Compressor Motor Type BLDC BLDC O L P name Type Cross Flow Fan Cross Flow Fan Fan Indoor Motor Type BLDC BLDC Motor Output 20 20 Type Propeller Fan Pr
95. 2EF0 P18EL W1862WRO D18RL AS AS Models poumbou st 159 ZUAI Sur ooo JO JUHLA ISIMIDYIO PANDA JOU 5159 Sur o o SIMSI st GT 0 0 JI gt JO 4 pue oq jo Ajroedeo uonoos uses e Aq spun Ajroedeo poseys 104 SGy 210 8 9 Lv 9 68 67 5 19 18104 27696 9iuldelllA 2 66 dg sep PION Sled UOHULIOJUI 97 8 10 s mjop 10802 suone n88J JOJEOIUNWUWOD euJo9ju 100p1no 1o0pur powy 70084 6161 enuojod Jomod punos IIO Sue SUN IZLIV ZUWA 30005 uondumsuoo jronugoo o Tenuuy xSUNL HPO uonepelso q juororgo oo SULA SUI 0OO Sui oA SUA IWM SUM o1n3e1oduro yu jui Sunezoedo f T 1 T Oe I fL 1 Dol L ommyerodwia 100pjno pue 2 02
96. 3 8 3 8 3 8 3 8 3 8 3 8 3 8 3 8 AS WO96NRRO AO9LL 75 20 10 20 AS W126NRRO A12LL 7 5 20 10 20 AS W2462WRO D24RL 015 88 5 8 26 35 1 4 7 5 30 15 35 AS W1862EF0 P19EL 0127 12 Q635 1 4 7 5 20 10 20 Indoor unit Outdoor unit 2 Outdoor unit Indoor unit A CAUTION Capacity is based on standard length and maximum allowable length is on the basis of reliability Additional refrigerant must be charged after 7 5m x Additional refrigerant must be charged after 12 5m Applied Model AS WO96MMS3 HO9AK AS W126MMS3 H12AK AS WO96BNRS DO9AK AS W126BNR3 D12AK AS WO96NRRO AO9LL AS W126NRRO A12LL 72 Inverter Single 5RMIO 02A Capacity coefficient factor 2 7 5 20 Total Pipe Length m Heating O cee aca sea Capacity 2 75 20 Total Pipe gt Inverter Single 73 5RMIO 02A Capacity coefficient factor Cooling FEH F J FE4 E4 E 4 E 4E 24k 28k T b4 F4 F4 18k 1 F F4 E4 E4 FH E E4 FE 4 E 4 EHE Fd F Abre radar r4 e 100 LO Total Pipe Length m Heating d E4 FE H EH E H F J EHE H EH EE d F d F4 24k 28k T 18k J H4 F
97. 4 63 1 08 3 98 0 86 2 99 0 57 22 2 94 0 86 316 0 86 3 43 0 91 3 63 0 97 3 95 1 02 4 21 1 04 4 59 1 08 3 90 0 86 2 85 0 56 24 2 91 0 88 3 13 0 88 3 39 0 93 3 61 0 99 3 91 1 03 414 1 05 4 53 1 09 3 73 0 84 2 57 0 53 Models AS W1862EF0 P18EL AS W1862WRO D18RL Indoor Air Outdoor Air Temperature CDB Temperature 15 10 5 0 6 10 15 20 24 CDB TC TG 16 4 36 1 31 4 59 1 28 4 97 1 34 5 31 1 44 5 90 1 54 623 1 60 6 76 1 71 618 1 42 5 01 1 01 18 4 32 1 33 4 58 1 31 4 98 1 38 5 31 148 5 86 1 58 615 1 63 6 74 1 73 600 1 41 4 77 0 98 20 4 29 1 36 4 58 1 35 4 98 1 42 5 30 1 52 5 80 1 61 611 1 66 675 174 589 1 40 4 51 0 95 21 4 28 1 37 4 58 1 37 4 98 1 44 5 28 1 54 5 76 1 63 611 1 67 6 71 1 74 5 77 1 39 4 33 0 92 22 4 27 1 39 4 58 1 38 4 98 1 46 5 27 1 56 5 72 1 64 610 1 68 665 1 74 565 1 38 414 0 90 24 4 22 1 42 4 54 1 42 4 92 1 50 5 23 1 60 5 68 1 67 600 1 70 658 1 75 5 41 1 36 3 72 0 85 Symbol Notes DB Dry Bulb Temperature C 1 All capacities are net evaporator fan motor heat is deducted WB Wet Bulb Temperature C 2 Dire
98. 4 F F4 F4 F4 H4 F4 F4 H4 F4 H4 H Fep Fd HAHAA F dE Hr Arb radar b db e 100 e O Ayioedey LO Total Pipe Length m Inverter Single 74 5RMIO0 02A 9 Operation range Cooling Continuous Outdoor operation Unit C DB Low Ambient Operation 18 32 Indoor Unit C WB Operation range Heating 24 29 Outdoor Continuous Eo operation 15 16 30 Indoor Unit DB Applied Models AS W0963WB0 GO9WL AS W1263WBO G12WL AS WO96MMS3 HO9AK AS W126MMS3 H12AK AS WO96BNR3 DO9AK AS W126BNR3 D12AK AS W186CRR4 A18RL AS WO96NRRO AOOLL AS W126NRRO A12LL Cooling Continuous Outdoor operation Unit C DB 18 Low Ambient Operation 10 Indoor Unit WB Heating 25 ure Continuous CWB operation O Ea 16 30 Indoor Unit C DB Applied Models AS W2462EF0 P24EL AS W0O96BWR4 A09WL AS W126BWR4 A12WL AS WO96BRR4 A09RL AS W126BRR4 A12RL US W096B8F0 PO9RL US W126B8F0 P12RL US W096H4A0 E09EL US W126H4A0 E12EL US WO96HSAO Z09SL US W126HSA0 Z12SL AS W1862WRO D18RL AS W2462WRO D24RL AS W1862EF0 P19EL Inverter Single 5 Air flow and temperature distributions 5RMIO 02A 10 Air flow and temperature distributions reference data Models AS W0963WB0 GO9WL AS W1263WB0 G12WL
99. 5215 e Aq omy syrun Ajroedeo poges 104 x 110 8 9 LY LG 68 67 5 19 AssioN 27696 9iudelllA 22269 dg Sep 1 PION Sled 91 10 SPIP 3080002 suone n88J JOJEOIUNWUWOD euJoju 100p1no 1o0pur powy Jenusjod SuruueA eqo o Jomod punos Sue SUM ogeloAV ZUN uondumsuoo Ayon Tenuuy x UIS 30 121 00 uonepeJ3o q ZULY SUI OOS 8729 SWA SUM ZUM o1n3e1oduro yu ju oje1oduioj L Occ I fL 11 L 1 100pjno pue 2 00 Joopul ye PUH IPJO ooueurioj1od PAPIA EUUEnsuur o qeueA poges oseo ueJo Jjo 1ejsouuoq qpuejs uey 19410 jndur x 49 UI O09 JUSIOYJO 09 uolyepeisoq ZULA SUI OOS Ayroedes
100. 66 0 86 407 0 92 430 0 96 4 66 1 02 423 0 84 346 0 60 18 2 98 0 79 3 16 0 78 3 43 0 82 3 66 0 88 4 04 0 94 424 0 97 4 65 1 03 414 0 84 3 29 0 58 20 2 96 0 81 3 16 0 80 3 44 0 85 3 65 0 91 4 00 0 96 421 0 99 466 1 04 4 06 0 84 3 11 0 56 21 2 95 0 82 3 16 0 81 3 44 0 86 3 64 0 92 3 97 0 97 421 1 00 4 63 1 04 3 98 0 83 2 99 0 55 22 2 94 0 83 3 16 0 83 343 0 87 3 63 0 93 3 95 0 98 421 1 00 4 59 1 04 3 90 0 82 2 85 0 53 24 2 91 0 85 3 13 0 85 3 39 0 89 3 61 0 95 391 0 99 414 1 01 4 53 1 05 373 0 81 2 57 0 50 Models AS W096BWR4 A09WL AS W096BRRA4 AO9RL US W096B8FO PO9RL Indoor Air Outdoor Air Temperature CDB Temperature 15 10 5 0 6 10 15 20 24 CDB TC PI TC PI TC Pl PI TC PI TC PI TC PI PI PI 16 2 41 0 68 2 53 067 2 74 0 70 293 0 75 3 25 0 80 3 44 0 84 3 73 0 89 3 38 0 74 2 76 0 52 18 2 38 0 70 2 58 0 68 275 0 72 2 93 0 77 323 0 82 3 39 0 85 372 0 90 3 31 0 74 2 63 0 51 20 2 37 0 71 2 53 0 70 2 75 0 74 2 92 0 79 3 20 084 337 0 87 3 73 0 91 3 25 073 249 0 49 21 2 36 0 71 2 53 0 71 2 75 0 75 2 92 0 80 3 18 0 85 3 37 0 87 3 70 0 91 3 1
101. 7 Outdoor ka lbs 35 8 78 9 35 8 78 9 Operation Range Cooling Outdoor C F 10 48 14 118 4 10 48 14 118 4 Heating Outdoor C F 15 24 5 75 2 15 24 5 75 2 Max Piping Length m ft 20 65 6 20 65 6 Max Elevation Difference m ft 10 32 8 Tool Code Chassis Indoor Outdoor SN UL2 Note Conversion Formula 1 Capacities are based on the following conditions Cooling Indoor Temperature 27 C 80 6 F DB 19 C 66 2 F WB Outdoor Temperature 35 C 95 F DB 24 C 75 2 F WB Heating Indoor Temperature 20 C 68 F DB 15 C 59 F WB Outdoor Temperature 7 C 44 6 F DB 6 C 42 8 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero Wiring cable size must comply with the applicable local and national code The specification may be subject to change without prior notice for purpose of improvement Filters are optional in some specific areas For Circuit Breaker Rating please conform to local standards whenever necessary kW Btu h x 0 0002931 CMM x 35 3 O AOON Inverter Single I7 5RMIO0 02A Models AS W1862WRO D18RL AS W1862EF0 P18EL Heat transfer sorce sin Type of appliance Cooling Heating Inverter heatpump Cooling Capacity 5 0 kW Heating Capacity kW 3 8 Low Temp Heating Capacity 7 C Power Input Cooling Heating 1 562 1 611 Running Current Cooling Heating
102. 78 2 04 0 74 2 79 1 99 0 69 2 67 1 94 0 58 2 61 1 93 0 52 Models US W126H4A0 E12EL US W126HSA0 Z12SL Indoor Air Outdoor Air Temperature Temperature 20 25 32 35 CWB CDB TC SHC SHC SHC SHC PI 14 20 3 43 2 95 0 62 3 28 2 85 0 65 3 08 29 0 87 2 99 2 64 0 97 16 22 3 64 2 98 0 84 3 49 2 89 0 85 3 29 2 79 1 02 3 20 2 70 1 10 18 25 3 85 3 01 0 91 3 70 2 92 0 91 3 50 2 83 1 07 3 40 2 74 1 12 19 27 3 96 3 04 0 92 3 81 2 95 0 93 3 61 2 86 1 09 350 2 1 12 22 30 4 28 3 10 0 92 4 12 3 02 0 94 3 92 2 93 1 11 3 82 2 85 1 17 2 92 Indoor Air Outdoor Air Temperature CDB Temperature 43 46 48 CWB CDB SHC PI TC SHC SHC Pl 14 20 2 37 16 22 3 07 2 62 1 15 2 99 2 54 1 09 2 91 2 46 0 95 2 84 2 44 0 85 18 25 3 27 2 67 1 16 3 19 2 59 1 09 3 12 2 92 0 92 3 04 2 50 0 81 19 27 3 38 2 71 1 16 3 30 2 62 1 09 322 2 55 0 92 3 15 2 54 0 80 22 30 3 69 2 79 1 18 3 61 2 71 1 10 3 09 2 64 0 92 3 46 2 63 0 79 24 32 3 90 2 86 1 21 3 82 2 78 1 12 3 74 2 72 0 94 3 67 2 71 0 81 Symbol Notes DB Dry Bulb Temperature 1 All capacities are net evaporator fan motor heat is deducted WB Wet Bulb Temperature 2 Indicates reference data When operating at this temperature TC Total Capacity kW these values can be different by discontinuous operation SHC Sensible Heating Capacity kW 3 Direct interpolation is permissible Do not extrapolate PI Power Input kW 4 Capacities are based on the following conditio
103. 8 1 45 498 1 46 5 34 1 54 5 68 1 64 6 17 1 71 652 1 74 7 14 1 80 5 88 1 39 4 05 0 87 Models US W096H4A0 E09EL US W096HSAO0 Z09SL Indoor Air Outdoor Air Temperature CDB Temperature 15 10 0 6 10 15 20 CDB TC Pl TC Pl TC Pl TC Pl TC 16 2 41 070 2 53 0 68 2 74 0 72 2 93 0 77 3 25 0 82 3 44 0 86 3 78 0 91 3 38 076 2 76 0 54 18 2 38 071 2 53 0 70 2 75 0 74 2 93 0 79 3 23 0 84 3 39 0 87 3 72 0 92 3 31 0 76 263 0 52 20 2 37 0 72 253 072 2 75 076 2 92 081 3 20 0 86 3 37 0 89 3 73 0 93 3 25 0 75 249 0 50 21 2 36 0 73 2 53 073 2 75 0 77 2 92 0 82 318 0 87 3 37 0 89 3 70 0 93 319 0 74 239 0 49 22 2 36 0 74 2 53 0 74 2 75 0 78 291 0 83 3 16 0 88 3 37 0 90 3 67 0 93 3 12 0 74 2 28 0 48 24 2 33 0 76 2 50 0 76 2 71 0 80 2 88 0 85 3 13 0 89 331 0 91 3 63 0 94 2 98 0 73 2 05 0 45 Models US W126H4A0 E12EL US W126HSA0 Z12SL Indoor Air Outdoor Air Temperature Temperature 15 10 0 6 10 15 20 CDB TC TG 16 2 86 0 85 3 01 0 83 326 0 87 348 0 93 3 86 1 00 4 08 104 448 1 10 4 02 0 91 3 28 0 65 18 2 83 0 86 3 00 0 88 326 0 89 3 48 0 96 3 84 1 02 4 03
104. 9 0 73 2 39 0 48 22 2 36 072 2 58 0 72 2 75 0 76 2 91 0 81 3 16 0 86 3 37 0 88 3 67 0 91 3 12 0 72 228 0 47 24 2 33 0 74 2 50 0 74 2 71 0 78 2 88 0 83 3 13 0 87 3 31 0 88 3 63 0 91 2 98 0 71 2 05 0 44 Models AS W126BWR4 A12WL AS W126BRR4 A12RL US W126B8F0 P12RL Indoor Air Outdoor Air Temperature Temperature 15 10 5 0 6 10 15 20 24 CDB TC IG 16 3 01 0 78 3 16 0 76 343 0 80 3 66 0 86 407 0 92 430 0 06 466 1 02 4 23 0 84 3 46 0 60 18 2 98 0 79 3 16 078 3 43 0 82 3 66 0 88 4 04 0 94 424 0 97 465 1 03 4 14 0 84 3 29 0 58 20 2 96 0 81 316 0 80 3 44 0 85 3 65 0 91 400 0 96 421 0 99 466 1 04 4 06 0 84 3 11 0 56 21 2 95 0 82 3 16 0 81 3 44 0 86 3 64 0 92 3 97 0 97 421 1 00 463 1 04 3 98 0 83 2 99 0 55 22 2 94 0 83 3 16 0 83 3 43 0 87 3 63 0 93 3 95 0 98 421 1 00 459 1 04 3 90 0 82 2 85 0 53 24 2 91 0 85 3 13 0 85 3 39 0 89 3 61 0 95 3 91 0 99 4 14 1 01 453 1 05 3 73 0 81 2 57 0 50 Symbol Notes DB Dry Bulb Temperature C 1 All capacities are net evaporator fan motor heat is deducted WB Wet Bulb Temperature C 2 Direct i
105. 96BNR3 DO9AK AS W126BNR3 D12AK AS WO96BWR4 AOQWL AS W126BWR4 A12WL AS WO96BRR4 AO9RL AS W126BRR4 A12RL AS W186CRR4 A18RL US WO096B8FO PO9RL US W126B8F0 P12RL US W096H4A0 E09EL US W126H4A0 E12EL US WO96HSAO ZO9SL US W126HSAO Z12SL 5RMIO 02A Add 14 New Models February 2014 AS WO96NRRO AO9LL AS W126NRRO A12LL AS W1862WRO D18RL AS W2462WRO D24RL AS W1862EFO P18EL Inverter Single 3 5 0 2 Test condition of international standard KSC AHRI AHAM AS SSA CERS SIEA S 9306 210 240 1861 1 385 27 0 27 0 26 7 80 26 7 80 27 0 29 0 Indoor 19 5 35 0 19 0 35 0 19 4 35 0 19 0 19 0 35 0 46 0 Cooling P O N Outdoor 5 Ol 24 0 24 0 23 9 75 24 0 24 0 20 0 20 0 21 1 70 21 1 70 21 0 21 0 Indoor Heating 15 0 15 0 15 6 60 15 6 60 15 0 15 5 Capacity 7 0 7 0 8 3 47 8 3 47 7 0 7 0 Outdoor 6 1 43 6 1 43 6 0 6 0 32 0 32 0 26 7 80 32 2 90 32 0 29 0 Maximum Indoor 23 0 23 0 19 4 67 22 8 73 23 0 19 0 Cooling 43 0 26 0 2 0 43 0 46 1 115 43 3 110 43 0 54 0 26 0 23 9 75 25 6 78 26 0 24 0 27 0 26 7 26 7 co e 1 Maximum Indoor 19 0 19 0 19 4 22 8 73 Heating 21 0 24 0 23 9 75 23 9 75 Operating Outdoor 15 0 18 0 18 3 65 18 3 65 Enclosure Ind 27 0 27 0 26 7 80 26 7 80 27 0 27 0 ndoor Sweat 24 0 24 0 23 9 75
106. A 27269 dg 9JOUI Sep 30101190 sprejop 19847000 57 x 100p1no 1o0pur powy 20083 6161 enuojod SuruueA Jomod punos Sue ogeloAV ZUWA 30005 uondumsuoo jrougoo o Tenuuy x 4 SUT BOY TPO uonepelso q juororgo oo SULA Sui oA SUPA SUM ZUM yu T oS T EL yw Sunezedo T oje1oduioj 1 Oe I LL LL 1 T anodu pue 2 02 ye PUII Jop o ooueurj1od pare oeq nOlNvHVZVdVd euuegnsuu o quueA poges suondo JO ouo oseo ueJo Jjo 1ejsouuoq qpuejs 12410 4 x 81002 Uorjepe1so q JUIIOIJO 09 ZULA SUI OOS K3roedeo eA1ojur SUA ZUN ZUN
107. B TC SHC PI TC SHC PI TC SHC PI TC SHC PI 14 20 2 45 2 10 0 30 2 34 2 04 0 32 2 20 1 95 0 43 2 13 1 89 0 48 16 22 2 60 2 13 0 41 2 49 2 07 0 42 2 99 1 99 0 50 2 28 1 93 0 54 18 25 2 75 2 15 0 45 2 65 2 09 0 45 2 50 2 02 0 53 2 43 1 96 0 55 19 27 2 83 2 17 0 45 2 72 2 11 0 45 2 58 2 04 0 53 2 50 1 98 0 55 22 30 3 05 2 21 0 45 2 95 2 16 0 46 2 80 2 10 0 55 2 79 2 04 0 58 4 32 214 056 288 208 059 Indoor Air Outdoor Air Temperature CDB Temperature 46 48 co TC SHC Pi TC TC SHC Pl TC 14 20 171 0 46 187 170 046 16 22 2 19 1 87 0 56 2 13 1 81 0 54 2 08 1 76 0 46 2 02 1 75 0 45 18 25 2 34 1 91 0 57 2 28 1 85 0 53 2 23 1 80 0 45 2 17 1 79 0 43 19 27 2 41 1 93 0 57 2 36 1 87 0 53 2 30 1 82 0 45 2 24 1 81 0 42 22 30 2 64 1 99 0 58 2 58 1 94 0 54 2 52 1 89 0 45 2 47 1 88 0 42 24 32 2 78 2 04 0 59 2 73 1 99 0 55 2 67 1 94 0 46 2 61 1 93 0 43 Symbol Notes DB Dry Bulb Temperature C 1 All capacities are net evaporator fan motor heat is deducted WB Wet Bulb Temperature C 2 Indicates reference data When operating at this temperature TC Total Capacity kW these values can be different by discontinuous operation SHC Sensible Heating Capacity kW 3 Direct interpolation is permissible Do not extrapolate Power Input kW 4 Capacities are based on the following conditions Comp indoor fan motor outdoor fan motor Cooling Indoor Temperature 27 C 80 6
108. Cooling Heating Discharge angle 130 Discharge angle 1 10 Air velocity m s Air velocity m s Temperature Temperature Inverter Single 79 Sound levels 5RMIO 02A 11 Sound levels Reference data 11 1 Indoor Units Overall Notes Sound measured at 1m away from the center of the unit Data is valid at free field condition Data is valid at nominal operation condition Reference accoustic pressure OdB 20Pa Sound level will vary depending on a range of factors such as 0 8m the construction acoustic absorption coefficient of particular room in which the equipment is installed The operating conditions are assumed to be standard Microphone Sound Levels dB A Model H M ASNWO96MMS3 HO9AK 39 33 25 ASNW126MMS3 H12AK 39 33 25 ASNWO96BNR3 DO9AK 38 33 23 ASNW126BNR3 D12AK 39 33 23 ASNWO96BWR4 AOQWL ASNWO96BRR4 A09RL USNWO96B8F0 PO9RL 39 33 23 ASNW126BWR4 A09WL ASNW126BRR4 A09RL USNWO96B8F0 P12RL 39 33 23 ASNW186CRR4 A18RL 42 40 35 USNW096H4A0 E09EL USNWO96HSAO ZO9SL 39 33 25 USNW126H4A0 E12EL USNW126HSAO Z12SL 39 33 25 5 096 0911 39 33 24 ASNW126NRRO A12LL 39 33 24 ASNW1862WRO D18RL ASNW1862EFO P18EL 42 40 35 ASNW2462WRO D24RL ASNW2462EFO P24EL 45 40 35 ASNWO963WBO GO9WL 39 34 29 ASNW1263WBO G12WL 39 34 29 Sound Pressure Level ASNWO096MMS3 H09AK ASNW126MM
109. F DB 19 C 66 2 F WB Outdoor Temperature 35 C 95 F DB 24 C 75 2 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero Inverter Single 61 Capacity tables 5RMIO 02A Model AS W126BNR3 D12AK Indoor Air Air Temperature DE Temperature CS To 96 0 96 H e 18 3 85 3 01 071 3 70 2 92 0 72 3 50 2 83 0 84 3 40 274 3 96 3 04 0 72 3 81 2 95 0 73 3 61 2 86 0 85 3 50 PLU 4 28 310 0 72 412 3 02 0 74 3 92 2 93 0 87 3 82 2 85 4 49 315 0 72 4 33 3 08 0 75 4 13 3 00 0 89 4 03 2 92 Indoor Air Outdoor Air Temperature CDB Temperature 40 43 46 48 CWB CDB SHC SHC TC SHC TO SHC PI 14 20 2 86 256 0 84 278 247 0 82 2 70 2 40 0 73 2 63 237 0 69 16 22 3 07 262 0 90 2 99 2 54 0 86 2 91 2 46 0 74 2 84 244 0 68 18 25 127 267 0 91 3 19 2 59 0 86 312 2 52 0 73 3 04 2 50 0 65 19 27 3 38 2 71 0 92 3 30 2 62 0 85 3 22 2 55 0 72 3 15 254 0 64 22 30 3 69 279 0 93 3 61 2 71 0 86 3 53 2 64 0 72 3 46 2 68 0 63 24 32 3 90 286 0 95 3 82 2 78 0 88 3 74 2 72 0 74 3 67 2 71 0 65 Models AS W096BWR4 A09WL AS W096BRR4A AO9RL US W096B8FO PO9RL Indoor Air Outdoor Air Temperature CDB Temperature 20 25 32 35 CWB CDB SHC SHC TC SHC PI TC SHC PI 14 20 2 45 210
110. GIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 264837612 Inverter Single Energy label AS W126BWR4 A09WL AS W126BRR4 A09RL US W126B8F0 P12RL ENERG O P12RL uas P12RL LG P12RL uas A12WL P12RL uas A12RL kw X SEER 6 1 SCOP X kWh annum 201 kWh annum X ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 MEZ64824017 US W096H4A0 E09EL US W096HSA0 Z09SL DID EO9EL uss EO9EL sss LG coset Z09SL ws kw X 2 8 X SCOP X 3 8 X kWh annum X 1179 X E ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 264824023 165 Energy label US W126H4A0 E12EL US W126HSA0 Z12SL oo OO E12EL uss 2 LG 21251 kw X 3 2 X SEER 5 8 SCOP X 3 8 X kWh annum 211 kWh annum X 1400 X ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 MEZ64824021 AS W126NRRO A12LL 96 LG v A120 ws kw X 3 5 SEER 6 4 SCOP X 4 0 kWh annum 190 kWh annum X 1350 Nx x x ENERGIA ENEPTEIA ENERGIJA ENERGY ENERGIE ENERGI 626 2011 MEZ64837619 Inverter Single 5RMIO 02A AS WO096NRRO AO9LL 22 LG aos AOSLL ns kw X SEER 6 7 SCOP X kWh annum 142 kWh annum X ENERGIA
111. IN 7605 5 9 916 omje1oduioj 1 Occ T fL OoL LL 22 1 L 100pjno pue 5 07 oungje1oduroj ZUWA Aedes yw surjerodo td p omge1oduioj 1 1 fL 22 1 OcL LL L 100pjno pue 2 02 ounje1oduioj UWIHI 8 0 O00E fL L pue 5 61787 je Sur ooo SUIA SUN yusisopg ZUN ousIsopd 30005 815 q jun 10905 sune Quasoid GSN 6 0 GSN 60 jun CIN 7605 7605 Joopino Inverter Single 152 Website Information 5RMIO 02A AS W126BNR3 D12AK Model poumboi st 1591 Surposo 30005 JUPEM oq IILI jou 5159 80 2 SIMSA UMI SI GC Q0 p2 mn Jo pore oop pue arun oq jo pare oop 4
112. N CENTRAL CN JTAG e CN FLASH ER e 12 77 WCN P L CN COIL2 MAIN PCB E GGOGaaG a OOAUAAAAiAANuLLuLLLLLLLUUUULLLIAMMN NN 46 Inverter Single 5RMIO 02A Wiring diagrams Models USUW096H4A0 E09EL USUW126H4A0 E12EL T Ei e OUTDOOR PIPETH COMP TH 5 So a pe S 1 PEN BK 0 Q q CN _ CN CN COIL1 CN m 2 D 51 AWAY H lt 2 10 TERMINAL e 2 T15A 250V UR m mil m Jef Irem LINN HOOQNI OL Outdoor PWB ASSY MEZ64835101 A Ten CN EEV n CN 4WAY CN LGMV CN CENTRAL mna CN JTAG CN FLASH gt CN COIL1 0458 WCN P L 429 WOCN P N CN COIL2 MAIN PCB Inverter Single 47 Wiring diagrams 5RMIO 02A Models ASUWO96NRRO AO9LL ASUW126NRRO A12LL REACTOR MV Jig VALV 1 1 i i AIR TH MID PIPE D PIPE TH TH P oe a BK N EEV CN LGMV CN FAN BLD 1 gt E E BLDC FUSE 5 250V T3 15A TERMINAL gt BLOCK _____ BRA m a E lt S N F sels
113. N NOISE O IONIZER CN OPTION MAIN PCB ASM l Z BR OlL w 4 THERMISTOR FUSE AC250V 3 15A AIR Q XL ANN O Em THERMISTOR CN R MO 28 MIDDLE 1 L 2 N 3 _GN YL DRY CONTACT WIRED REMOTE CONTROLLER MM D I PEE asl TO OUTDOOR UNIT P No MEZ64822102 CN SUB CN DISP3 CN U D CN 12V 1 34 Inverter Single 5RMIO 02A Wiring diagrams Models ASNWO96BWR4 A09WL ASNW126BWR4 A12WL ASNWO96BRR4 A09RL ASNW126BRR4 A12RL OPTION SUB PCB ASM O S CN DISPLAY cs DISPLAY ale PWB ASM 4 OPTION STEP STEP PWB ASM MOTOR MOTOR LA LA O CN U D1 CN L R1 CN 12V m gt atte TENET MOTOR O CN OPTION O CR MAIN 3 8l ASM T f T T THERMISTOR coe O AN uas E THERMISTOR QJCN CoM2 CNBEMO 2 l MIDDLE PIPE holmo _GNAYL DRY CONTACT WIRED REMOTE CONTROLLER Ge v _____________________ TO OUTDOOR UNIT P No MEZ64822101 CN SUB CN DISP3 CN DISPLAY CN TACT CN MAIN CN LIMIT CN PLASMA 1 Sub PCB Inverter
114. NRRO A12LL AS Model poumboi st 159 Sut oXo gur ooo 10 JUTE jou 5159 Sui oAo SINSI SI 7 0 0 mn JO pue oq Ayoedes uonoos use s e Aq spun Ajroedeo poges 104 SGy 270 8 9 22 Ly LG 68 6v 191 AssioN 27696 9iudelllA 22269 dg sep PION Sled SOW 97 811112340 10 SEIP 393000 suone n88J JOJEOIUNWUWOD euJo9ju 100p1no 1o0pur powy 292304 SuruueA eqo o Jomod punog 5 1900 Sue SUN ogeloAV ZUWA 30005 uondumsuoo jronugoo o Tenuuy xe UIJEOU TPO 8 juororgo oo ZULA SUI 0OO 8729 SWA SUN SUWA jum oS T EL yw oje1oduioj 16 Oe I LL LL LE L 100pjno pue 2 02 ye PUII
115. O c LtOGoGe e L G uuuLLLGUOLT dM NN MI 8 Inverter Single 5RMIO 02A Specifications 3 Specifications Models AS W0963WBO0 GO9WL AS W1263WB0 G12WL Heat transfer sorce sink Air to Air Air to Air Type of appliance Cooling Heating Inverter heatpump Cooling Heating Inverter heatpump Cooling Capacity W 2500 3500 Heating Capacity W 3000 3500 Low Temp Heating Capacity 7 C kW 3 2 3 7 Power Input Cooling Heating W 690 830 1090 970 Running Current Cooling Heating A 4 0 4 0 5 0 4 5 Starting Current Cooling Heating A 4 0 4 0 5 0 4 5 Max Current Cooling Heating A 6 0 7 0 6 0 7 0 SEER W W 5 6 SCOP W W 3 8 3 8 Energy efficiency class A more efficient Cooling Heating A A A A Giless efficient Annual energy consumption Cooling Heating kWh 110 1 100 220 1 224 Power Supply O V Hz 1 220 240 50 1 220 240 50 Air Flow Rate Indoor Max m min 10 5 10 5 Outdoor Max m min 33 33 Moisture Removal kg h 1 2 1 8 Indoor H M L Cooling dB A 3 39 34 29 39 34 29 Sound Pressure Level Indoor dB A 3 39 35 32 39 35 32 Outdoor Max dB A 3 45 45 Indoor Max dB A 60 60 Outdoor Max dB A 65 65 Refrigerant amp Charge at 7 5 m g R410A 1 000 R410A 1 000 Additional Refrigerant charge g m 20 20 Model GA102MFB GA102MFB Compressor Motor Type Brushless DC Motor Brushless DC Motor O L P name Type Turb
116. OISE1 lt a WCN NOISE2 Outdoor PWB ASSY MEZ64780704 CN U S CN EEV N W CN FAN DC CN TH2 CN COM CN COIL1 WCN P L CN 3 CN COIL2 CN 2 WCN P N 44 Inverter Single 5RMIO 02A Model ASUW186CRR4 A18RL INVERTER P Neo Outdoor Unit Circuit Diagram COMPRESSOR m C E V S REACTOR RD BL YL ae MVCJIG WIRE 5 YL BK BK 55 HE CN LGMV g E CN U VW J I Pipe CN COIL1 CN COIL2 ce Disp I 5 PO z PWB ASSY 9 x GN YL TERMINAL BLOCK BR POWER CN FAN DC CN EEV1 TO INDOOR UNIT CN TH1 CN TH2 REVERSING VALVE juny 20 MEZ64712309 CN 4WAY CN COIL2 CN COIL1 Wiring diagrams CN COM Inverter Single 45 Wiring diagrams 5RMIO 02A Models USUW096B8F0 PO9RL USUW126B8F0 P12RL REVERSING VALVE 00 S OUTDOOR COMPTH 1144 HEN 186 di L 9198000 OQI E CN com AW MIT THI T ne CN EEV1 TERMINAL ia BR PB mo Lwenwsy mms a ITA ac aar LINN HOOQNI OL Outdoor PWB ASSY MEZ64835101 CN ug ON THI CN EEV CN1 CN AWAY CN LGMV poor C
117. S3 H12AK 70 Wh XR 20uPa 20 20uPa 30 Octave Band Sound Pressure Level 048 Octave Band Sound Pressure Level 048 Octave Band Sound Pressure Level 048 05 0B mem cg cargo PET zi 2 pproximate L Hearing Threshold 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz Octave Band Center Frequency Hz Octave Band Center Frequency Hz 10 10 80 Inverter Single 5RMIO 02A Sound levels ASNWO096BWRA4 A09WL ASNW126BWR4 A09WL ASNWO96BRR4 A09RL ASNW126BRR4 A09RL ASNW126BNR3 D12AK USNWO096B8F0 PO9RL USNWO96B8F0 P12RL 20uPa 20 20 Octave Band Sound Pressure Level 048 Octave Band Sound Pressure Level 0dB Octave Band Sound Pressure Level 0dB Approximate Approximate Approximate Hearing Hearing Hearing Threshold Threshold Threshold 63 125 250 500 1000 2000 4000 8000 w 63 125 250 500 1000 2000 4000 8000 19 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz Octave Band Center Frequency Hz Octave Band Center Frequency Hz USNWO096H4A0 E09EL USNW126H4A0 E12EL ASNW186CRR4 A18RL USNWO96HSAO ZO9SL USNW126HSA0 Z12SL 20 20 20 Octave Band Sound Pressure Level 048 Octave Band Sound Pressure Level
118. SV Inverter Single 24 Dimensional drawings 5RMIO 02A HS SISSVHO ode JOOPINO pe1oeuuoo eq JOMOd 100pino y si 941 72 1 y SI u9IUuM enue w a 3 191 uoneqeisur pejeisu pinoys pun 94 onere J9J 00 910 m eje d uomelrejsul pue edid 10 1 9 OU 1n0X490UM ejut uonong eueg 10024 162127 0 5 921 5 19602 0VSH960MNSn 132L3 0VFH9Z LMNSn 13603 0VVH960MNSn 25 Inverter Single 5RMIO 02A Dimensional drawings NS 3909 SISSVHO JOOPINO y pejoeuuoo eq 9 qeo y si YUN 941 2 1onpoJd y ui YOIUM uone eisul Buipioooe paesu eq pinoys pun 24 910 m CTI2LV OHHN9Z LMNSV T160V 0HHN960MNSV 191 590 euino un woog SISSVHO NS 908
119. Single 35 Wiring diagrams 5RMIO 02A Model ASNW186CRR4 A18RL Factory Wiring Field Wiring 4 OPTION 2 T OPTION 5 5 PWB ASM Q JUMP Q STEP STEP oo MOTOR MOTOR 51 49 500 349 CN 12V CN DISP3 5 531 119 IONIZER SYE emi OPTION CN 1 4 DISP1 7 L AN BL CN IN N_ CN OUT N MAIN QE THERMISTOR BR FUSE TH1 2 69 AIR INLET PIPE 43 2 ASM s CH 9 6 THERMISTOR rp SL OUTLET PIPE CN REMO 6669 THERMISTOR 0 N Q MIDDLE PIPE i DRY CONTACT WIRED REMOTE TOOUTDOORUNIT E COM EE P No MEZ64712305 VAN CN U D RY COMP 3 CN L R RY COMP 3 58 Ww CN DISP3 CN IN N 4 CN TH1 24 2 lt in E CN REMO CN OPTION zrr 36 Inverter Single 5RMIO 02A Models USNW096B8FO PO9RL USNW126B8FO P12RL Wiring diagrams STEP BK MOTOR CN DISP2 0 CN U D CN1 WHITE H 2 MAIN PCB ASM CN HVB
120. UIIOIJO 09 SULA SUI OOS Kyroedeo SUMAD Iop o ZUPA ZUM oje1oduioj 1 Sacs L ounjye1oduro Joopyno pue 2 02 SPUI Ayoedes ywa omge1oduioj juo eAiq L OecI LL Sae sl L pue 2 02 euo Jo yw surjerodo lr omje1oduioj juo eAiq 1 T Occ OoL LL 22 11 OoL L L pue 2 02 WMe1sdw19 suyeoy Jo popoq L pue j 6 c o1e1oduioj 10 OTI poire ooqq SUWA SUN ZUN SUI OOS AJUIIIYJI BUOSBIS poyeuSisop 105095 FULA IY 1569 opnjou IWY uoseos JUNLI IUO 0 p nous pojeorpu 70 IY uostos
121. a wet or moist area 8 The following would be caused by voltage drop Vibration of a magnetic switch which will damage the contact point fuse breaking disturbance of the normal function of the overload 9 The means for disconnection from a power supply shall be incorporated in the fixed wiring and have an air gap contact separation of at least 3mm in each active phase conductors 10 Open the terminal cover block before connecting the indoor side wire Finishing the indoor unit installation 1 Mount the tubing holder in the original positon 2 Ensure that the hooks are properly seated on the installation plate by moving it left and right 3 Press the lower left and right sides of the unit against the installation plate until the hooks engage into their slots clicking sound 4 Finish the assembly by screwing the unit to the installation plate by using two pieces of type C screws And assemble a chassis cover Inverter Single 123 Installation Checking the Drainage To check the drainage 1 Pour a glass of water on the evaporator 2 Ensure the water flows through the drain hose of the indoor unit without any leakage and goes out the drain exit The feature can be changed according to type of model Drain piping 1 The drain hose should point downward for easy drain flow 2 Do not make drain piping like the following not raise Accumulated drain water Tip of drain hose dipp
122. additional anticorrosion treatment 2 Periodic more than once year cleaning of the dust or salt particles stuck on the heat exchanger by using water Do not use seawater when you clean up the heat exchanger 130 Inverter Single 5RMIO 02A Installation 13 3 AS W126MMS3 H12AK Installation Map TT i Installation plate SZ E Sleeve CX p V dd Bushing Sleeve CX c7 Te Putty Gum Type Sealant GS gm Bend the pipe as closely on the wall as possible but be careful that it doesn t break Vinyl tape Wide Apply after carrying out a drainage test To carry out the drainage test remove the air filters Saddle and pour water into the heat exchanger Gas side piping CX Optional Parts Liquid side piping CX Optional Parts H Additional drain pipe CX Vinyl tape Narrow CX Drain Hose Connecting cable Optional Parts The feature can be changed according to type of model You should purchase the installation parts Inverter Single 181 Installation 5RMIO 02A Select the best Location Indoor unit There should not be any heat or steam near the unit Select a place where there are no obstacles around of the unit Make sure that condensation drainage can be conveniently routed away Do not install near a doorway Ensure that the interval between a wall a
123. ame performance for years 2 Best Comfort With features such as Sleep Mode Timer Auto Restart etc The units are available with many standard and optional features which give our customers the choice to select the unit of their own desire For more information refer to the detailed specification following this description LG Electronics Inc Air Conditioning amp Energy Solution Company Inverter Single 5 Models Line up 5RMIO 02A 1 Models Line up 1 1 Indoor Unit Model names Type kW kBtu h 2 5 9 3 5 12 5 2 18 6 2 24 ASNWO0963WBO ASNW1263WBO G09WL G12WL ASNW2462EF0 n ASNW1862EF0 P18EL P24EL ASNWO96MMS3 HO9AK ASNW126MMS3 H12AK ASNWO96BNR3 DO9AK ASNW126BNR3 D12AK ASNWO96BWR4 A09WL ASNW126BWR4 A12WL ASNWO96BRR4 A09RL ASNW126BRR4 A12RL ASNW186CRR4 A18RL USNWO96B8F0 PO9RL USNW126B8F0 P12RL USNWO96H4A0 E09EL USNW126H4A0 E12EL USNWO096HSAO Z09SL USNW126HSAO Z12SL ASNWO96NRRO AO9LL ASNW126NRRO A12LL ASNW1862WRO D18RL ASNW2462WRO D24RL Inverter Single 5RMIO 02A 1 2 Outdoor Unit Models Line up ASUWO963WBO GO9WL ASUW1263WBO G12WL Heat pump ASUWO96MUF3 HO9AK ASUW126MUF3 H12AK ASUW1862EF0 P18EL ASUWO096BUS3 S09AK ASUW126BUS3 S12AK ASUW1862WRO D18RL ASUWO9GNRRO AOSLL ASUW126NRRO A12LL Total capacity index of KW 2 5 3 5 5 0 connectable indoor units kBtu h 9 12 18 Power supply 10 220 240V 50Hz
124. an motor outdoor fan motor Cooling Indoor Temperature 27 C 80 6 F DB 19 C 66 2 F WB Outdoor Temperature 35 C 95 F DB 24 C 75 2 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero Inverter Single 63 Capacity tables 5RMIO 02A Models US W096H4A0 E09EL US W096HSAO0 Z09SL Indoor Air Outdoor Air Temperature Temperature 20 25 32 35 wB c TC SHC Pl TC SHC P TC TC SHC Pi 14 20 245 20 038 234 204 040 220 195 0 53 213 189 060 _ 18 25 275 215 056 265 209 056 250 202 0 66 243 196 0 69 19 27 283 217 0 57 272 2 11 057 258 204 067 250 198 0869 24 32 3 21 225 0 56 3 10 2 20 058 295 214 0 70 2 88 2 08 Indoor Air Outdoor Air Temperature Temperature 40 43 46 48 CWB CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI 14 20 2 04 1 83 0 66 1 98 1 77 0 64 1 93 Lot 0 58 1 87 1 70 0 56 16 22 2 19 1 87 0 71 2 19 1 81 0 67 2 08 1 76 0 58 2 02 1 75 0 55 18 25 2 34 1 91 0 72 2 28 1 85 0 67 2 23 1 80 0 57 2 17 1 79 0 52 19 27 2 41 1 93 0 72 2 36 1 87 0 67 2 30 1 82 0 56 2 24 1 81 0 52 22 30 2 64 1 99 0 73 2 58 1 94 0 68 2 92 1 89 0 56 2 47 1 88 0 51 24 32 2
125. an through the inside of the unit Control Cover L TL A CAUTION circuit diagram is a subject to change without notice earth wire should be longer than the common wires When installing refer to the circuit diagram on the chassis cover e Connect the wires firmly so that they may not be pulled out easily Connect the wires according to color codes referring to the wiring diagram CAUTION The power cord connected to unit should be selected according to the following national wiring regulations The supply cords of parts of appliances for outdoor use shall not be lighter than polychloroprene sheathed flexible cord code designation 60245 IEC 57 HO5RN F 5RMIO 02A NOMINAL CROSS SECTIONAL AREA The power connecting cable with indoor and outdoor unit should be selected according to the following national wiring regulations The supply cords of parts of appliances for outdoor use shall not be lighter than polychloroprene sheathed flexible cord code designation 60245 IEC 57 HOSRN F AWG_ B ee Connecting cable 208 230V NOMINAL CROSS SECTIONAL 6 8kW AREA Connect the wires to the terminals on the control board individually Secure the cable onto the control board with the cord clamp Use a recognized circuit breaker between the power source and the unit A disconnecting device to adequately disconnect all s
126. ape sufficient enough to cover where they fit into the rear piping housing section Open end wrench fixed Connection Adhesive Vinyl tape narrow Insulation material UE AU 9 Line gu Line Gas Pipe Liquid Pipe Good Case b Case Tubing cutting line have to be upward Connection pipe cam Um unit pipe Vinyl tape wide Wrap with vinyl tape Connecting cable Vinyl tape narrow Wrap with vinyl Installation Inverter Single 101 Installation 5RMIO 02A Finishing the indoor unit 4 m pus Dy PM the p to uc 5 installation plate by using two pieces of type C installation NN 1 Assemble the clamp for piping and screw it up 3 Screw up the terminal block cover as the initial condition Screw up the terminal block cover and the inlet grille with type C screw at position and the terminal block cover and the case with the ground screw at b position Type C a position Ground Screw b position 102 Inverter Single 5RMIO 02A Installation Outdoor unit 1 Remove the tubing cover from the unit by loosening the screw Tubing cover e N 2 Align the center of the pipings and sufficiently tighten the flare nut by hand 3 Finally tighten the flare nut with torque wrench until the w
127. ave Band Sound Pressure Level 048 20uPa Octave Band Sound Pressure Level 0dB 10 10 ASUW126BUS3 D12AK Approximate Hearing Threshold 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz ASUW186CRR4 A18RL Approximate Hearing Threshold 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz 20uPa Octave Band Sound Pressure Level 048 20 Octave Band Sound Pressure Level 048 USUWO96B8FO PO9RL Approximate Hearing Threshold 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz USUW096H4A0 E09EL Approximate Hearing Threshold 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz 20 Octave Band Sound Pressure Level 048 20 Octave Band Sound Pressure Level 048 USUWO96B8FO P12RL Approximate Hearing Threshold M 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz USUW126H4A0 E12EL Approximate Hearing Threshold is 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz EOEoO o i OIi IG A A uy4Wwykniuso 0 d60L 0j J L DOCZC CUALUuiuLluLu LLAVASOLL U VAAANMVWIABAGMMNN MM 84 Inverter Single 5RMIO 02A ASUW1862WRO D18RL ASUWO96NRRO AO9LL ASUW126NRRO A12LL ASUW1862EFO P18EL 0 0 0 Octave Band Sound Pressure Level 048 Octave Band Sound Pressure L
128. ay freeze and block capillary tubing 5 Water may lead to corrosion of parts in the refrigeration system Therefore after evacuating the system take a leak test for the piping and tubing between the indoor and outdoor unit Air purging with vacuum pump 1 Preparation Check that each tube both liquid and gas side tubes between the indoor and outdoor units have been properly connected and all wiring for the test run has been completed Remove the service valve caps from both the gas and the liquid side on the outdoor unit Note that both the liquid and the gas side service valves on the outdoor unit are ept closed at this stage 2 Leak test Connect the manifold valve with pressure gauges and dry nitrogen gas cylinder to this service port with charge hoses CAUTION Be sure to use a manifold valve for air purging If it is not available use a stop valve for this purpose The knob of the 3 way valve must always be kept close Pressurize the system to maximum 17 6kg cm2G R 22 model or 28 1kg cm2G R 410A model with dry nitrogen gas and close the cylinder valve when the gauge reading reaches 17 6kg cm2G R 22 model or 28 1kg cm2G R 410A model Next step is leak test with liquid soap A CAUTION To avoid nitrogen entering the refrigerant system in a liquid state the top of the cylinder must be higher than its bottom when you pressurize the system Usually the cylinder is used in a vertical standing position There
129. conditioner more conveniently with the remote control You will find the buttons for the additional functions under the cover of the remote control panel screen IONIZER button Plasmaster lonizer te sterilize the aerial bacteria and other harmful substances lt 40 A js Sleep mode auto button Sets the sleep Cian ANIA mode auto operation Display FERRE 16888 Temperature adjustment buttons Adjusts the room temperature when cooling and heating On Off button Turns the power on off Indoor fan speed button Adjusts the fan speed Operation mode selection button Selects the operation mode Cooling operation 26 Auto operation or ENERGY Contro auto changeover 4 Dehumidifying Q Heating operation XX Air circulation screen TIMER ACLEANISSECI Jet cooling heating button Warms up or cools down the indoor temperature within a short period of time Wow Air flow direction button Adjusts the air AAS flow direction vertically or horizontally Temperature display button Displays the e Applied Model ROOM TEMP room temperature ASUW1862WRO0 D18RL ann Timer button Sets the current time and ASUW2462WRO D24RL the start end time Navigation and functions button Adjusts the time and sets the special functions lt Operates SILENT mode 4 Operates Active E Control mode
130. creen S Opn evi On ea Jet cooling heating button Warms up cools down the indoor temperature within a short period of time Air flow direction button Adjusts the air flow direction vertically Temperature display button Displays the room Applied Model ASNW1862EF0 P18EL temperature Also changes unit from C to F if ASNW2462EF0 P24EL pressed for 5 seconds USNWO96B8F0 PO9RL USNW126B8F0 P12RL a nna Sets the current time and the start Navigation and functions button Adjusts the time and sets the special functions se 5 Operates SILENT mode 4 Operates Active E Control mode Auto clean silent Mode and Active E Control are not available at the same time Set clear button Sets or cancels functions Reset button Resets the air conditioner settings LIGHT button Adjusts the brightness of the indoor unit display Some functions may not be supported depending on the model 88 Inverter Single 5RMIO 02A Remote controller You can operate the air conditioner more conveniently with the remote control You will find the buttons for the additional functions bellow the down of the display screen P No AKB73635603 4 OE e a OL TE POE TS i 2222 SRy EOD hr PMID Hen ae panel screen IONIZER button Plasmaster lonizer sterilize the aerial bacteria and other harmful substances Display
131. ct a place where noise and vibration 0 TOO Unit mm are minimum Select a place where the warm air and noise from the air conditioner do not disturb neighbors G amp G6LCLULEEEOOEEOOAXEEX06DX EAAAZAA6R AZEZJFWAMM Inverter Single 95 Installation 5RMIO 02A Preparing Work for Installation Remove the Terminal block cover 1 Remove the one taptite screw and one ground screw Open the front panel at the right side part 1 Pull out the lower section of front panel and lift it up Ground Screw 2 Detach the terminal block cover Remove the service cover 1 detach the SVC cover pull the two screw covers and remove the two screws at the lower part Detach the clamp 2 Pull down the SVC cover 1 Detach the clamp for piping ZH 96 Inverter Single 5RMIO 02A Installation Fixing installation Plate The wall you select should be strong and solid enough to prevent vibration 1 Mount the installation plate on the wall with type A screws mounting the unit on a concrete wall use anchor bolts Mount the installation plate horizontally by aligning the centerline using Horizontal meter Chassis 2 Measure the wall and mark the centerline It is also important to use caution concerning the location of the installation plate Routing of the wiring Type to power outlets is through the walls typically Drilling the hole throu
132. ct interpolation is permissible Do not extrapolate Total Capacity kW 3 Capacities are based on the following conditions Power Input kW Heating Indoor Temperature 20 C 68 F DB 15 C 59 F WB Comp indoor fan motor outdoor fan motor Outdoor Temperature 7 C 44 6 F DB 6 C 42 8 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero AAAALrLuLULULLALAAAAEAAAEEEEEELL AZEAVAYEEQ Z Inverter Single 71 Capacity coefficient factor 8 Capacity coefficient factor Model GAS Pipe Size LIQUID mm inch mm inch Standard Length m Max Pipe Length m ft Max Elevation m ft 5RMIO 02A Additional Refrigerant g m oz ft AS W0963WBO GO9WL AS W1263WBO G12WL AS W2462EF0 P24EL 26 35 1 4 1 5 15 20 35 AS W096MMS3 H09AK 20 10 20 AS W126MMS3 H12AK 20 10 20 AS WO96BNR3 DO9AK 09 52 06 35 1 4 7 5 AS W126BNR3 D12AK 20 10 20 AS WO96BWR4 A0SWL 15 10 20 AS W126BWRA4 A12WL 15 10 20 AS WO96BRRA AO9RL 09 52 Q6 35 1 4 7 5 AS W126BRR4 A12RL 15 10 20 AS W186CRR4 A18RL 20 10 20 US W096B8F0 PO9RL 10 20 US W126B8F0 P12RL US WO96H4A0 EO9EL US W126H4A0 E12EL US WO96HSAO ZO9SL 09 52 US W126HSAO Z125L 26 35 1 4 1 5 7 5 15 10 20 15 10 20 15 10 20 5 8 3 8 3 8 3 8 3 8 3 8 3 8
133. ditional Refrigerant charge 20 Model GKT141MBA Compressor Motor Type Type Brushless DC Motor Cross Flow Fan Fan Indoor Motor Type BLDC Motor Output 30 Propeller Fan Fan Outdoor Motor Type BLDC Motor Output 85 Circuit Breaker 20 Power Supply Cable N x mm 3 1 5 Power and Transmission Cable N x mm 4 1 0 Liquid Side 6 35 Piping Connextions Gas Side 127 Drain Hose 21 5 Dimensions Indoor WxHxD 1030 325 245 Outdoor WxHxD 870 655 320 15 5 Outdoor 44 Cooling Outdoor 10 48 peli aide Heating Outdoor C 15 24 Piping Length Min Max m 20 Max Elevation Difference m 10 Note 1 Capacities are based on the following conditions Cooling Indoor Temperature 27 C DB 19 C WB Outdoor Temperature 35 C DB 24 C WB Heating Indoor Temperature 20 C DB 15 C WB Outdoor Temperature 7 C DB 6 C WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero 2 Wiring cable size must comply with the applicable local and national code 3 The specification may be subject to change without prior notice for purpose of improvement 14 Inverter Single 5RMIO0 02A Specifications Model Spec US W096B8FO0 PO9RL US W126B8F0 P12RL Heat transfer sorce sink Air to Air Air to Air Type of appliance Cooling Heating Invertype h
134. e 2 02 1 Jooput ye IUH Jo gt 59111 poumbai st 159 Sui o o SUT OOD 10 ZUE OSIMIOYIO jou 5159 ZUIA UY st cc 0 p2 JI x mn Jo 4 Pepp pue oq Jo Ajroedeo uonoos yoro pore oop use s Aq spun poges 104 210 8 9 2 29 68 6p 191 949 Assioy 27696 eiutde llA 27269 dg SOP PION Sed 97 UOTJEULIOJUI 2JOUI 801016190 s mjop 321000 suone n88J euJoju 7 ju Sune1odo fT nOldvHVZVdVd EUUEISHU omje1oduroj juo eAtq omjeoduroj juo eAtq T Oe f 1 1 100p3no 1oopur o qeueA OeL LL OeL LL Ooc LL DTL peyugod SuruueA eqo pose s L pue 5 07 L onjeroduio 100pjno pue 2 00 100p3no 100pur QUJ Jo porepooq 8 Ajroedeo pore oo q Jomod
135. eance oh CN COM lt P L BR CN COIL2 CN COIL1 P N BL 42 Inverter Single 5RMIO 02A Wiring diagrams Models ASUWO96MUF3 HO9AK ASUW126MUF3 H12AK BL REACTOR REVERSING MV Jig VALVE FUSE 250V T3 15A SUB PCB CN DC 4WAY CN CN LGMV TERMINAL M BLOCK 250V T3 15A zu 1 T15A 250V NN ITI 20 ERE i z tem gJ ZZ Zu 20 SURGE S ABSORBER FUSE z 250V T3 15A pg SMPS A p p N F ays Outdoor PCB ASSY Factory Wiring Field Wiring OPTION MEZ64376208 CN FAN DC CN TH2 DC AWAY CN EEV CN TH1 CN 4WAY CN 4WAY DC CN COIL2 CN COIL1 Inverter Single 43 Wiring diagrams 5RMIO 02A Models 50 096 053 509 5 126 053 512 REVERSING OUTDOOR PIPETH COMP TH VALVE REACTOR 0005 4 OOOOOHTY C gt CN CN COIL1 CN COIL2 CN EEV1 GN YL io 4 amp INN GN YL dk Z d TERMINAL zH BLOCK osoviisa 8 BR 0445 E p5 PSC 7770 pu RD COUR o TREY 2 Module BL 821815 Lud Y Se eh BKA A WCN N
136. eatpump Cooling Heating Invertype heatpump Cooling Capacity kW 2 9 9 5 Heating Capacity kW 3 2 3 8 Low Temp Heating Capacity 7 C kW 3 0 3 6 Power Input Cooling Heating W 670 840 1080 1000 Running Current 3 87 Starting Current Max Current SEER WW SCOP WW Energy efficiency class A more efficient Cooling Heating consumption Power Supply indoor Max Moisture Removal D RCM indoor Max dB A 3 Refrigerant amp Charge at 7 5 0 Additional Refrigerant charge g m 20 20 Model GA102MD GA102MD Compressor Motor Type BLDC BLDC O L P name Type Cross Flow Fan Cross Flow Fan Fan Indoor Motor Type BLDC BLDC Motor Output W 20 20 Type Propeller Fan Propeller Fan Fan Outdoor Motor Type BLDC BLDC Motor Output W 43 43 Circuit Breaker A 15 15 Power Supply Cable Namm Power and Transmission Cable Nxmm a Liquid Side mm Gas Side mm Drain Hose mm Dimensions Indoor WxHxD mm 885 285 210 885 285 210 Outdoor WxHxD mm indoor 9 98 Cooling Outdoor 0 mango Heating Outdoor C Piping Length Min Max m Max Elevation Difference m Note 1 Capacities are based on the following conditions Cooling Indoor Temperature 27 C 80 6 F DB 19 C 66 2 F WB Outdoor Temperature 35 C 95 F DB 24 C 75 2 F WB Conversion Formula kW Btu h x 0 0002931 CMM x 35 3 Heating Indoor Temperature
137. ecification of power source Confirm that electrical capacity is sufficient See that the starting voltage is maintained at more than 90 percent of the rated voltage marked on the name plate Confirm that the cable thickness is as specified in the power source specification Particularly note the relation between cable length and thickness Always install an earth leakage circuit breaker in a wet or moist area The following would be caused by voltage drop Vibration of a magnetic switch which will damage the contact point fuse breaking disturbance of the normal function of the overload The means for disconnection from a power supply shall be incorporated in the fixed wiring and have an air gap contact separation of at least 3mm in each active phase conductors Inverter Single 105 Installation Checking the Drainage To check the drainage 5RMIO 02A 1 Pour a glass of water on the evaporator 2 Ensure the water flows through the drain hose of the indoor unit without any leakage and goes out the drain exit Connecting area drain hose 3 XEM Leakage 2 checking 5 Ss NS lt gt Drain piping 1 The drain hose should point downward for easy drain flow 2 Do not make drain piping like the following Accumulated Do not raise drain water Tip of drain hose dipped in water Water leakage leakage The feature can be c
138. ed in water Water leakage leakage The feature can be changed according to type of model 5RMIO 02A Connecting area drain hose Leakage checking Downward slope Less than 50mm gap 124 Inverter Single 5RMIO 02A Installing drain piping of the outdoor unit Depending on installation site it may be required to install drain plug for drainage Supplied with the unit In cold areas do not use a drain hose with the outdoor unit Otherwise drain water may freeze impairing the heating performance 1 See the figure below for installation of the drain plug A Drain nipple B Drain cap C Drain washer 2 Connect a field supplied vinyl hose to the drain nipple A If the hose is too long and hangs down fix it carefully to prevent kinks Forming the Piping Form the piping by wrapping the connecting portion of the indoor unit with insulation material and secure it with two kinds of vinyl tapes If you want to connect an additional drain hose the end of the drain outlet should be routed above the ground Secure the drain hose appropriately Pipe Drain hose Vinyl tape narrow Wrap with vinyl tape wide Inverter Single Installation In cases where the outdoor unit is installed below the indoor unit perform the following 1 Tape the piping
139. el Inverter Single 89 Remote controller 5RMIO 02A You can operate the air conditioner more conveniently with the remote control You will find the buttons for the additional functions under the cover of the remote control panel screen button Plasmaster lonizer y o ea IONIZER sterilize the aerial bacteria and other QE harmful substances oo Hae H Display Sleep mode auto button Sets the sleep mode auto operation 1 1 Temperature adjustment buttons Adjusts Ei Bn MIB BOE E the room temperature when cooling and heating sr On Off button Turns the power on off Indoor fan speed button Adjusts the fan speed P No AKB73635619 Cm Ens so Control Operation mode selection button 2 Ens TEMP Sen panel 3e Selects the operation mode s X3 Cooling operation 3 Auto operation or auto 7 Dehumidifying g operation es Heating operation X Air circulation Jet cooling heating button Warms up or cools down the indoor temperature within a short period of time Applied Model Air flow direction button Adjusts the air ASNWO96BNR3 DO9AK A 255 flow direction vertically or horizontally ASNW126BNR3 D12Ak D perature display button Displays the ASNWO9GBWRA AO9WL i room temperature Also changes unit from ASNW126BWR4 A12WL t
140. el AS W2462EF0 P24EL AS W2462WR0 D24RL Air to Air Cooling Heating Inverter heatpump 68 8 0 Low Temp Heating Capacity 7 kW 4 85 2 193 2 285 1007102 1007102 1067110 6 1 3 8 Energy efficiency class scent Gloss efficient Cooling Heating kWh 391 2 027 17 220 240 50 24 50 Moisture Removal 2 5 Indoor H M L Sleep dB A 3 45 40 35 29 Outdoor Max dB A 3 54 65 Refrigerant amp Charge at 7 5 m 0 1 350 35 Modi GKTI76MFA Compressor Motor Type Brushless DC Motor O L P name Type Cross Flow Fan Fan Indoor Motor Type BLDC Motor Output W 76 Type Propeller Fan Fan Outdoor Motor Type BLDC Motor Output W 85 Circuit Breaker A 25 Power Supply Cable N x mm 3 2 5 Power and Transmission Cable N x mm N x mm 4 1 0 Piping Connextions oe Gas Side mm 15 88 Drain Hose O D 1 0 mm 21 5 16 0 Indoor WxHxD mm 1090 330 248 Outdoor WxHxD mm 870 655 320 Indoor kg 14 Outdoor kg 46 Cooling Outdoor C 10 48 Heating Outdoor C 10 24 Piping Length Min Max m 30 Max Elevation Difference m 15 Note O Applied No relation For circuit breaker rating please conform to local standards wherever necessary Inverter Single 5RMIO 02A Specifications MODELS AS W096MMS3 H09AK AS W126MMS3 H12AK
141. ence data When operating at this temperature TC Total Capacity kW these values can be different by discontinuous operation SHC Sensible Heating Capacity kW 3 Direct interpolation is permissible Do not extrapolate Power Input kW 4 Capacities are based on the following conditions Comp indoor fan motor outdoor fan motor Cooling Indoor Temperature 27 C 80 6 F DB 19 C 66 2 F WB Outdoor Temperature 35 C 95 F DB 24 C 75 2 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero SHAGGTALEAEKak OO OOIO OhoOCLlUllOC LULUOL OL LL L l G 6 amp 6 amp 6t NNI 66 Inverter Single 5RMIO 02A 7 2 Heating Capacity Model AS W0963WBO G09WL Indoor Air Outdoor Air Temperature Temperature 15 10 5 0 97 1 1 CDB Pi TC Pl TC Pl TC PI TC Pl TC TC Pl TC Pl TC PI 16 259 0 52 18 0 69 2 37 0 68 2 58 0 71 0 73 247 051 20 070 237 069 2 58 0 73 0 83 3 16 0 86 349 0 90 3 04 0 72 2 33 0 49 21 0 71 237 0 70 2 58 0 74 0 84 3 16 0 86 3 47 0 90 2 99 0 72 2 24 0 48 22 2 21 0 71 2 37 071 258 0 75 2 73 0 80 296 0 85 3 16 0 87 344 0 90 2 92 0 71 2 14 0 46 24 218 073 2 35 073 254 077 270 042 294 06 340 047 340 030 280 07
142. ets the sleep mode auto operation Temperature adjustment buttons Adjusts the room temperature when cooling and heating On Off button Turns the power on off Indoor fan speed button Adjusts the fan speed Operation mode selection button Selects the operation mode Cooling operation 3 Auto operation or XX d auto changeover Dehumidifying operation 2 Heating operation XX Air circulation 97 Jet cooling heating button Warms up or cools down the indoor temperature within a short period of time Air flow direction button Adjusts the air flow direction vertically or horizontally Temperature display button Displays the room temperature Timer button Sets the start end time Navigation and functions button Adjusts the time and sets the special functions 65 Operates SILENT mode Operates E Control mode 2 Auto Clean Press for 3 sec Silent Mode and E Control are not available at the same time LIGHT button Adjusts the brightness of the indoor unit display Energy Display Button Set whether or not to display information regarding Energy Filter button When cleaning the filter press CX for 3sec FILTER 3SEC SET Set clear button Sets or cancels LEA functions Reset button Resets the air conditioner settings Some functions may not be supported depending on the model 92 Inverter Single 5RMIO 02A You can operate the air
143. evel 048 Octave Band Sound Pressure Level 048 Approximate Hearing Threshold Approximate Hearing Threshold Approximate Hearing Threshold 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz Octave Band Center Frequency Hz Octave Band Center Frequency Hz ASUW2462WRO D24RL ASUW2462EF0 P24EL ASNWO0963WBO GO9WL ASNW1263WB0 G12WL 20uPa 20uPa 20uPa Octave Band Sound Pressure Level 048 Octave Band Sound Pressure Level 048 Octave Band Sound Pressure Level 048 Approximate Approximate Approximate Hearing Hearing Hearing Threshold Threshold Threshold M 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz Octave Band Center Frequency Hz Octave Band Center Frequency Hz Inverter Single 85 5RMIO 02A GG w Lhsw nsUovJ U o v s uli 3 iu UoU uouUOUun7 nvz zazAIAAAELNANANLLLAL ZA MN 86 Inverter Single 5RMI0 02A Remote controller 12 Remote controller Wireless Remote Controller Display Screen P No AKB73996601 After a while I Set Jemp Room Temp 0525 ww m m m um m m m m m m m m m ummmmmmmumuumumumm Applied Model AS W0963WBO GO9WL AS W1263WBO G12WL ly and button type and icons on display screen are touch type Display screen turns off if untouched for
144. ey 19410 ndur 1o od 2113299 4 8 1000 PO Uorjepe1so q JUDIOJO 09 SULA SUI OOS Ayroedes eA1ojur SUAN Suw ZUN ZUM MA oS T EL 1 1 MA Occ T fL MA NUI OeC LL NUI L 100pjno pue 2 02 je PUI Suneou 107 papoq L Occ T fL OoL LL 252 1 L 100pjno pue 2 00 oouvullop1od Jo gt yw surjerodo lr 1 T Occ H OoL LL Occ fL OoL L L ommperoduray pue 2 02 JOOpUT 10 ooueuuoj ied jo popoq L pue j 6 c o1nje1oduioj 8 8 SUA SUN SUN BUOSBIS poyeusisap J 2 poyeuSisop UOSEOS 91 1569
145. fe s Good P No MFL66305320 LG Electronics Conditioner 20 Yeouido dong Yeongdeungpo gu Yeouido P O Box 335 Seoul 150 721 Korea http www lgeaircon com All rights reserved Printed in Korea February 2014 The specifications designs and information in this brochure are subject to change without notice The air conditioners manufactured by LG have received 1509001 certificate for quality assurance and 15014001 certificate for environmental management system
146. g Capacity 7 C 3 0 3 6 Power Input Cooling Heating W 670 840 1080 1000 Running Current Cooling Heating A 3 3 7 4 7 4 4 Starting Current Cooling Heating A 3 3 7 4 7 4 4 Max Current Cooling Heating A 6 5 6 6 5 6 SEER W W 6 2 6 1 SCOP W W 3 8 3 8 Energy efficiency class A more efficient Cooling Heating G less efficient ADU energy Cooling Heating kWh 141 1179 201 1400 consumption Power Supply O V Hz 1 220 240 50 1 220 240 50 Air Flow Indoor m min 12 0 12 0 Outdoor Max m min 27 27 Moisture Removal l h 1 1 1 3 Sama Laval Indoor H M L Sleep dB A 3 39 33 23 19 39 33 23 19 Outdoor Max dB A 3 47 47 Indoor Max dB A 3 58 58 Outdoor dB A amp 3 65 65 Refrigerant amp Charge at 7 5 m g R410A 900 R410A 900 Additional Refrigerant charge g m Model _ __ ______ _______ o S Compressor QOLRmme _______ Fan Indoor Fan Outdoor Motor Output W 43 43 Circuit Breaker A 15 15 Power Supply Cable Nxmm 3 1 0 3 1 0 Power and Transmission Cable Nxmm Nxmm 4 1 0 Including Earth 4 1 0 Including Earth Piping Connection Liquid Side mm 6 35 6 35 Gas Side mm 9 52 9 52 Drain Hose mm 21 5 21 5 Indoor WxHxD mm 885 285 205 885 285 205 Dimensions Outdoor WxHxD mm 717 483 230 717 483 230 Indoor kg 10 2 10 2 Outdoor kg 28 28 S H Coolng Ouidoor C Heating Outdoor Piping Length Min Max Max Elevation Difference
147. gh the wall for piping connections must be done safely Drill a Hole in the Wall Drill the piping hole with a 055mm hole core drill Drill the piping hole at either the right or the left with the hole slightly slanted to the outdoor side GcbkboOso EA0U0OWhh uGu1 4hu ucGcC 5 h u uLLLLLA4aAaAOoiA OaC UuoL O OLA O C C CCCCCLLUOlJHd SMEM Inverter Single 97 Installation 5RMIO 02A Flaring Work Main cause for gas leakage is due to defect of flaring work Carry out correct flaring work in the following procedure Cut the pipes and the cable 1 Use the piping kit accessory or the pipes purchased X locally Slanted Uneven Rough 2 Measure the distance between the indoor and the outdoor unit H 0 3 Cut the pipes little longer than measured distance 4 Cutthe cable 1 5m longer than the pipe length Burrs removal 1 Completely remove all burrs from the cut cross section of pipe tube 2 While removing burrs put the end of the copper tube pipe in a downward direction while removing burrs location is also changed in order to avoid dropping burrs into the tubing Point down Putting nut on Remove flare nuts attached to indoor and outdoor unit then put them on pipe tube having completed burr removal not possible to put them on after finishing flare work Flaring work 1 FFirmly hold copper pipe in a bar with the dimension shown in below table table below
148. hanged according to type of model Downward slope Less than 50mm gap 106 Inverter Single 5RMIO 02A Installation Forming the Piping In cases where the Outdoor unit is installed above the Indoor unit perform the following Form the piping by wrapping the connecting portion of the 1 the piping and connecting cable from down to indoor unit with insulation material and secure it with two kinds of vinyl tapes 2 Secure the taped piping along the exterior wall Form a If you want to connect an additional drain hose the end trap to prevent water entering the room of the drain outlet should be routed above the ground 3 Fixthe piping onto the wall using saddle or equivalent Secure the drain hose appropriately Seal a small opening around the pipings with gum type sealant Pipe Drain hose Vinyl tape narrow gt Wrap with vinyl tape wide d A 2 In cases where the outdoor unit is installed below the indoor unit perform the following 1 Tape the piping drain hose and connecting cable from down to up 2 Secure the tapped piping along the exterior wall using saddle or equivalent Seal a small opening around the pipings with gum type sealant Sg A Aes 54 gt 4 S Q A Trap is required to prevent water from entering into electrical parts Inverter Single 107 Installation 5RMIO 02A Air Purging The air
149. id at free field condition Data is valid at nominal operation condition Reference accoustic pressure OdB 20Pa Sound level will vary depending on a range of factors such as the construction acoustic absorption coefficient of particular room in which the equipment is installed The operating conditions are assumed to be standard Mee Sound Leves dB A ASUWO96MUF3 HO9AK 45 ASUW126MUF3 H12AK 45 ASUWO96BUS3 DO9AK 45 ASUW126BUS3 D12AK 45 USUWO96B8FO PO9RL 47 USUWO096B8F0 P12RL 47 ASUW186CRR4 A18RL 51 USUWO096H4A0 E09EL 47 USUW126H4A0 E12EL 47 ASUWO96NRRO AO9LL 45 ASUW126NRRO A12LL 45 ASNW1862WRO D18RL ASNW1862EFO P18EL 51 ASNW2462WRO D24RL ASNW2462EFO P24EL 54 ASUWO963WBO GOOWL 45 ASUW1263WBO G12WL 45 Sound Pressure Level ASUWO96MUF3 HO9AK ASUW126MUF3 H12AK ASUWO096BUS3 D09AK 20 Octave Band Sound Pressure Level 048 A High m Mid 0 Octave Band Sound Pressure Level 048 Approximate Hearing Threshold 63 125 250 500 1000 2000 4000 8000 63 Octave Band Center Frequency Hz Approximate Hearing Threshold 20 Octave Band Sound Pressure Level 048 Approximate Hearing Threshold 125 250 500 1000 2000 4000 8000 63 125 250 500 1000 2000 4000 8000 Octave Band Center Frequency Hz Octave Band Center Frequency Hz Inverter Single 83 Sound levels 5 10 02 0 Oct
150. in or more 2 When the desired vacuum is reached close the knob of the 3 way valve and stop the vacuum pump Finishing the Job 1 With a service valve wrench turn the valve of liquid side counter clockwise to fully open the valve 2 Turn the valve of gas side counter lockwise to fully open the valve 3 Loosen the charge hose connected to the gas side service port slightly to release the pressure then remove the hose 4 Replace the flare nut and its bonnet on the gas side service port and fasten the flare nut securely with an adjustable wrench This process is very important to prevent leakage from the system 5 Replace the valve caps at both gas and liquid side service valves and fasten them tight This completes air purging with a vacuum pump 6 Replace the pipe cover to the outdoor unit by one screw Now the air conditioner is ready for test run Outdoor unit 3 way valve Liquid side 3 way or 2 way valve o Outdoor unit Manifold valve Pressure M CUT gauge OT EX Open gt e Installation Inverter Single 127 Installation 5RMIO 02A Test Running 1 Check that all tubing and wiring are properly connected 2 Check that the gas and liquid side service valves are fully open Prepare remote controller 1 Remove the battery cover by pulling it according to the arrow direction 2 Insert new batteries making sure that the
151. ion Adhesive rubber cap P A Connecting part Drain hose lt Left side piping gt NOTICE e When installing drain hose make sure the drain hose goes through the nearest pipe hole Inverter Single 99 Installation 5RMIO 02A Installation of Indoor Unit 3 Tape the tubing pipe drain hose and the connection cable Be sure that the drain hose is located at the lowest side of the bundle Locating at the upper side can cause overflow from the drain pan through the inside of the unit Hook the indoor unit onto the upper portion of the installation plate engage the two hooks at the top of the indoor unit with the upper edge of the installation plate Ensure that the hooks are properly seated on the installation plate by moving it left and right Right side piping 9 b E SI DD s 0 SM Ke Connecting Gas side pipin cable H i 59 Liquid side piping Drain hose Llc A CAUTION Ensure that you put the boss of the chassis on the prop of the installation plate and mate the hole of the chassis with the hole of the installation plate Left side piping The feature can be changed according to a type of model Piping 1 Insert the connecting cable through the bottom side of indoor unit and connect the cable You can see detail contents in Connecting the cables section
152. iton 2 Ensure that the hooks are properly seated on the installation plate by moving it left and right 3 Press the lower left and right sides of the unit against the installation plate until the hooks engage into their slots clicking sound 4 Finish the assembly by screwing the unit to the installation plate by using two pieces of type C screws And assemble a chassis cover Gagad bGbkbo aao o Ain A nn1 nzo 0c AilIAi A AAAAA AAADODSDAL AIL ZUG NM MIN 140 Inverter Single 5RMIO 02A Checking the Drainage To check the drainage 1 Pour a glass of water on the evaporator 2 Ensure the water flows through the drain hose of the indoor unit without any leakage and goes out the drain exit The feature can be changed according to type of model Drain piping 1 The drain hose should point downward for easy drain flow 2 Do not make drain piping like the following Do not raise Accumulated drain water Tip of drain hose dipped in water 0 0 0 Water Water Water leakage leakage leakage The feature can be changed according to type of model Installation Connecting area drain hose Leakage checking Drain pan 4 Drain hose Leakage checking Downward slope Less than 50mm gap Inverter Single 141 Installation 5RMIO 02A Forming the Piping In cases where the outdoor unit is installed belo
153. jo Ajroedeo uonoos quse s Aq om syrun Ajroedeo poges 104 210 8 9 29 68 6p 22 191 157 Website Information WO96HSAO ZO9SL US US W096H4AO0 EO9EL 18104 27696 9iuldelllA 2 66 dg sep PION Sed UOIJEULIOJUI 91 jurumejqo s Tejop 32810 suone n88J JOJEOIUNWUWOD euJo9ju 100p1no 1o0pur powy 292304 SuruueA eqo o Jomod punos IIO Sue SUN IZLIV ZUWA 30005 uondumsuoo jrougoo o Tenuuy xSUNL HPO uonepelso q juororgo oo SULA SUI 0OO 80729 gt Suneou SUWA o1n3e1oduro yu yw Sunezedo f T oje1oduioj 1 T Oe I fL LL LL L 100pjno pue 2 00 ye nOOldvHVZVdVd Euuensuur o quueA poges ISLIJULIO 5
154. lt lt SN lt gt gt SLT ES SSS SSE e ANL r E S BSN WSS 77 Inverter Single 129 Installation 5RMIO 02A Installation Guide for Areas Exposed to Sea Wind CAUTION 1 Air conditioners should not be installed in areas where corrosive gases such as acid or alkaline gas are produced 2 Do not install the product where it could be exposed to sea wind salty wind directly It can result corrosion on the product Corrosion particularly on the condenser and evaporator fins could cause product malfunction or inefficient performance 3 If outdoor unit is installed close to the seaside it should avoid direct exposure to the sea wind Otherwise it needs additional anticorrosion treatment on the heat exchanger Selecting the location Outdoor Unit 1 If the outdoor unit is to be installed close to the seaside then direct exposure to the sea wind should be avoided Install the outdoor unit on the opposite side of the sea wind direction Sea wind 4 It should be strong enough like concrete to prevent the Windbreak sea wind from the sea E The height and width should be more than 15096 of the outdoor unit Sea wind Keep more than 70 cm of space between outdoor unit the windbreak for easy air flow 3 Select a well drained place 1 If you cant meet above guide line in the seaside installation please contact LG Electronics for the
155. ly csx c 6k6kcGcc ac ac aAuueL OCLOLOLOLOLOLO ALA RA AAA AALXZX N Inverter Single 59 Capacity tables Model AS W2462EF0 P24EL AS W2462WRO D24RL 5 10 02 Indoor Air Air Temperature DE Temperature CS 96 S6 18 749 571 1 78 7 19 578 1 79 6 80 5 91 2 10 6 61 5 89 7 69 5 61 1 80 7 40 5 67 1 81 7 00 5 80 2 13 6 80 5 78 8 31 5 30 1 80 8 01 5 36 1 84 7 61 5 48 2 18 7 42 5 46 8 72 5 14 1 79 8 42 5 20 1 86 8 02 5 32 2 22 7 83 5 30 Indoor Air Outdoor Air Temperature Temperature 40 43 46 48 CWB CDB TC SHC SHC SHC SHC PI 14 20 5 55 6 56 2 08 5 40 6 51 2 04 5 25 6 49 1 83 5 14 6 56 1 58 16 22 5 96 626 224 5 80 6 21 2 13 5 65 6 19 1 85 5 55 6 26 1 55 18 25 6 36 597 227 6 24 5 92 2 13 6 05 5 91 1 81 5 95 5 97 147 19 27 6 56 5 86 2 28 6 41 5 81 2 13 6 26 5 80 1 79 6 16 5 86 1 45 22 30 7 17 553 232 702 549 2 15 6 86 5 48 1 79 6 76 5 53 143 24 32 7 57 537 2 37 742 5 33 2 20 7 97 5 31 1 84 717 5 37 147 Model AS WO96MMS3 HO9AK Indoor Air Outdoor Air Temperature CDB Temperature 20 25 32 35 CWB CDB SHC SHC SHC SHC PI 14 20 2 47 2412 0 25 236 2 05 0 27 2 22 1 97 0 36 2 15 1 90 0 40
156. mperature 35 DB 24 C WB Heating Indoor Temperature 20 DB 15 C WB Outdoor Temperature 7 C DB 6 C WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero 2 Wiring cable size must comply with the applicable local and national code kW Btu h x 0 0002931 CMM x 35 3 3 The specification may be subject to change without prior notice for purpose of improvement E UAGEG UrOT L LEEULEanzanqco cccZzD ELLLII IOOIDOAAEEEAAAKZIQNMMT 18 Inverter Single Dimensional drawings 5RMIO 02A 4 D ings draw Iimensiona 4 1 Indoor Units S 4ddOO SISSVHO onpouJd JO opis 43 uo si edid 2 JOOPINO y pjnous OS YUN SI pun SUL 2 yun j1onpoJd Sy SI YOIYM enue w uoneje1sur pejeisu pynoys pun 99 SION m er ejejg uomelreisul IMZLD OEMEIZLM SV IM605 0EME960M SV 979 Lol 979 19 Inverter Single 5 10 02 Dimensional drawings cS q3d02 SISSVHO eui pejoeuuoo eq pinoys e JOMOd OS Joopino y
157. n the system is most likely over charged and charge should be removed If the actual pressure are lower than shown the system is most likely undercharged and charge should be added 128 Inverter Single 5RMIO 02A Installation Pump Down This is performed when the unit is relocated or the refrigerant circuit is serviced Pump Down means collecting all refrigerant into the outdoor unit without the loss of refrigerant A CAUTION Be sure to perform Pump Down procedure in the cooling mode Pump Down Procedure Connect a low pressure gauge manifold hose to the charge port on the gas side service valve Open the gas side service valve halfway and purge the air in the manifold hose using the refrigerant Close the liquid side service valve all the way Turn on the units operating switch and start the cooling operation When the low pressure gauge reading becomes 1 to 0 5kg cm2 G 14 2 to 7 1 P S I G fully close the gas side valve and then quickly turn off the unit Now Pump Down procedure is completed and all refrigerant is collected into the outdoor unit 0O amp Indoor temperature Outdoor temperature Cooling 18 C 32 10 C 48 C Heating 16 C 30 C 10 24 C Installation of 3M filter 1 Pull out the 3M filter from the separately packed plastic bag 2 Insert the 3M filter into the case 3 3M filter is installed with 3M Mark front A
158. nd drain hose to the indoor unit 1 Align the center of the pipes and sufficiently tighten the flare nut by hand 2 Tighten the flare nut with a wrench Open end wrench fixed Outside Diameter Torque 12 sn Connection 3 When needed to extend the drain hose of indoor unit assembly the drain pipe as shown on the drawing Wrap the insulation material around the connecting portion 1 Overlap the connection pipe insulation material and the indoor unit pipe insulation material Bind them together with vinyl tape so that there may be no gap Line 2 Set the tubing cutting line upward Wrap the area which accommodates the rear piping housing section with vinyl tape Line Gas Pipe Liquid Pipe Good Case b Case Tubing cutting line have to be upward Connection pipe cam Um unit pipe Vinyl tape wide Wrap with vinyl tape Connecting cable Vinyl tape narrow 3 Bundle the piping and drain hose together by wrapping them with vinyl tape sufficient enough to cover where they fit into the rear piping housing section Wrap with vinyl tapa Drain hose Inverter Single 137 Installation Outdoor unit 1 Remove the tubing cover from the unit by loosening the screw 2 Align the center of the pipings and sufficiently tighten the flare nut by hand 3 Finally tighten the flare nut with torque wrench until the wrench clicks When tightening the flare nut with tor
159. nd the left or right of the unit is more than 100mm More than 100 More than 200 The unit should be installed as high as possible on the wall allowing a minimum of 200mm from ceiling Use a metal detector to locate studs to prevent More than unnecessary damage to the wall 100 More than 2300 The feature can changed according to type of model Unit mm Install the indoor unit on the wall where the height from the floor is more than 2300 Outdoor unit If an awning is built over the unit to prevent direct sunlight or rain exposure make sure that heat thanx radiation from the condenser is not restricted 300 Ensure that the space around the back and sides is more than 300mm The space in front of the unit should be more than 700mm of space 4 Sa More than Do not place animals and plants in the path of the warm 5 one air Take the weight of the air conditioner into Unit mm account and select a place where noise and vibration are minimum Select a place where the warm air and noise from the air conditioner do not disturb neighbors Uo LAeLEOOoOoU ULEEEEAEAL ZAIUL O OLOOOCEEEH NNNM 132 Inverter Single 5RMIO 02A Fixing Installation Plate The wall you select should be strong and solid enough to prevent vibration 1 Before installation confirm the position of a screw between chassis and Installation plate 2 Mount the installation plate on
160. ndoor temperature Outdoor temperature Cooling 18 C 32 10 C 48 C Heating 16 C 30 C 15 24 C Inverter Single 111 Installation 5RMIO 02A Installation guide at the seaside CAUTION 1 Air conditioners should not be installed in areas where corrosive gases such as acid or alkaline gas are produced 2 Do not install the product where it could be exposed to sea wind salty wind directly It can result corrosion on the product Corrosion particularly on the condenser and evaporator fins could cause product malfunction or inefficient performance 3 If outdoor unit is installed close to the seaside it should avoid direct exposure to the sea wind Otherwise it needs additional anticorrosion treatment on the heat exchanger Selecting the location Outdoor Unit 1 If the outdoor unit is to be installed close to the seaside then direct exposure to the sea wind should be avoided Install the outdoor unit on the opposite side of the sea wind direction Sea wind It should be strong enough like concrete to prevent the Windbreak 162 sea wind from the sea The height and width should be more than 150 of the outdoor unit Sea wind Keep more than 70 cm of space between outdoor unit and the windbreak for easy air flow 3 Select a well drained place 1 If you cant meet above guide line in the seaside installation please contact LG Electronics fo
161. nect the charge hose end described in the preceding steps to the vacuum pump to evacuate the tubing and 5 indoor unit Confirm the Lo knob of the pressure Gauge is open Then run the vacuum pump The operation time for evacuation varies with tubing length and capacity of the pump The following table shows the time required for evacuation Required time for evacuation when 30 gal h vacuum pump is used m If tubing length is less than If tubing is longer than 10m 33 ft 33 f 10 min or more 15 min or more 2 When the desired vacuum is reached close the knob of the 3 way valve and stop the vacuum pump Finishing the Job With a service valve wrench turn the valve of liquid side counter clockwise to fully open the valve Turn the valve of gas side counter clockwise to fully Outdoor unit open the valve Loosen the charge hose connected to the gas side Manifold valve service port slightly to release the pressure then remove the hose Replace the flare nut and its bonnet on the gas side service port and fasten the flare nut securely with an adjustable wrench This process is very important to prevent leakage from the system Replace the valve caps at both gas and liquid side service valves and fasten them tight This completes air purging with a vacuum pump Replace the pipe cover to the outdoor unit by one screw Now the air conditioner is ready for test run Vacuum pump
162. ns Comp indoor fan motor outdoor fan motor Cooling Indoor Temperature 27 C 80 6 F DB 19 C 66 2 F WB Outdoor Temperature 35 C 95 F DB 24 C 75 2 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero ZAAAZ amp a 64 Inverter Single 5 02 Capacity tables Model AS W096NRRO AO9LL Indoor Air Outdoor Air Temperature CDB Temperature ___ 25 Y 32 35 e T sie sic Pl sic P i4 20 195 045 213 189 050 2 99 058 228 193 057 iB 25 202 056 243 196 058 i9 27 204 056 250 198 058 2 30 210 058 273 204 06 4 3 244 059 288 208 062 Indoor Air Outdoor Air Temperature Temperature 40 43 46 48 CWB CDB TC SHC SHC SHC SHC 14 20 2 04 1 83 0 55 1 98 1 77 0 54 1 93 1 71 0 48 1 87 1 70 0 48 16 22 2 19 1 87 0 59 2 13 1 81 0 56 2 08 1 76 0 49 2 02 1 75 0 47 18 25 2 34 1 91 0 60 2 28 1 85 0 56 2 23 1 80 0 48 2 17 1 79 0 45 19 27 2 41 1 93 0 60 2 36 1 87 0 56 2 30 1 82 0 47 2 24 1 81 0 44 22 30 2 64 1 99 0 61 2 58 1 94 0 57 2 52 1 89 0 47 2 47 1 88 0 44 24 32 2 78 2 04 0 63 273 1 99 0 58 2 67 1 94 0 49 2 61 1 93 0 45 Model AS W126NRRO A12LL Indoor Air Outdo
163. ns Gas Side 9 52 9 52 Drain Hose 21 5 16 0 21 5 16 0 Indoor WxHxD 885 285 210 885 285 210 Di Outdoor WxHxD 770 545 288 770 545 288 Indoor 11 11 Net Weight Udo 34 34 Cooling Outdoor 10 48 10 48 Operation Range Heating Outdoor 15 24 15 24 Piping Length Min Max Max Elevation Difference Note 1 Capacities are based on the following conditions Cooling Indoor Temperature 27 DB 19 C WB Outdoor Temperature 35 C DB 24 C WB Heating Indoor Temperature 20 C DB 15 C WB Outdoor Temperature 7 C DB 6 C WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero 2 20 Conversion Formula kW Btu h x 0 0002931 CMM x 35 3 2 Wiring cable size must comply with the applicable local and national code 3 The specification may be subject to change without prior notice for purpose of improvement OGG C Lo uLuouU O LbL L L LLLAEAEEEAAGA A AAAAAAAAZZAZ MM 12 Inverter Single 5 02 Specifications Model Spec AS W096BWR4 A09WL AS W126BWR4 A12WL AS W096BRR4 A09RL AS W126BRR4 A12RL Heat transfer sorce sink Type of appliance Cooling Heating Invertype heatpump Cooling Heating Invertype heatpump Cooling Capacity kW 25 9 Heating Capacity kW 3 2 3 8 Low Temp Heatin
164. nstallation 5RMIO 02A Good case Press on the tubing cover and unfold the tubing to downward slowly And then bend to the left side slowly Bad case Following bending case from right to left directly may cause damage to the tubing A CAUTION Installation Information For right piping Follow the instruction above OGbQ DnG A W UULUC UIALO Eoa0AW OAA A BPA AZZZ ZZZAZZEVE E t1 EEEGCCAAZZZMNNNNI 118 Inverter Single 5RMIO 02A Installation Installation of Indoor Unit 1 Hook the indoor unit onto the upper portion of the installation plate engage the three hooks at the top of the indoor unit with the upper edge of the installation plate Ensure that the hooks are properly seated on the installation plate by moving it left and right 2 Unlock the tubing holder from the chassis and mount between the chassis and installation plate in order to separate the bottom side of the indoor unit from the wall The feature can be changed according to type of model Tubing Holder Piping 1 Insert the connecting cable through the bottom side of indoor unit and connect the cable You can see detail contents in Connecting the cables section Left side piping Right side piping 52 RIE Ub 22 A E Connecting pipe Connecting pipe 2 Secure the cable onto the control board with the cable retainer 3 Tape the tubing pipe drain hose and the connection
165. nt the installation plate horizontally by aligning the centerline using Horizontal meter 2 Measure the wall and mark the centerline It is also important to use caution concerning the location of the installation plate Routing of the wiring to power outlets is through the walls typically Drilling the hole through the wall for piping connections must be done safely Chassis Hook Drill a Hole in the Wall Drill the piping hole with a 665mm hole core drill Drill the piping hole at either the right or the left with the hole slightly slanted to the outdoor side czzzu Auu A u Aipy A D ZIZSZSAzZ A AADATBAHAAAAAAAEAAAKRLAAZZ GnZIm w iSP Inverter Single 115 Installation 5RMIO 02A Flaring Work Main cause for gas leakage is due to defect of flaring work Carry out correct flaring work in the following procedure Cut the pipes and the cable 1 Use the piping kit accessory or the pipes purchased X locally Slanted Uneven Rough 2 Measure the distance between the indoor and the outdoor unit H 0 3 Cut the pipes little longer than measured distance 4 Cut the cable 1 5m longer than the pipe length Burrs removal 1 Completely remove all burrs from the cut cross section of pipe tube 2 While removing burrs put the end of the copper tube pipe in a downward direction while removing burrs location is also changed in order to avoid dropping burrs into the tubing Point down
166. nterpolation is permissible Do not extrapolate Total Capacity kW 3 Capacities are based on the following conditions Power Input kW Heating Indoor Temperature 20 C 68 F DB 15 C 59 F WB Comp indoor fan motor outdoor fan motor Outdoor Temperature 7 C 44 6 F DB 6 C 42 8 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero Inverter Single 69 Capacity tables 5RMIO 02A Model AS W186CRR4 A18RL Indoor Air Outdoor Air Temperature CDB Temperature 15 10 0 6 10 15 20 24 CDB TC 16 4 74 1 35 4 98 1 31 5 40 1 37 5 77 1 48 640 1 58 6 77 1 64 7 34 1 75 6 66 1 45 544 1 03 18 4 69 1 37 498 1 35 5 41 1 41 5 77 1 52 6 36 1 62 6 68 1 67 7 32 1 77 652 1 45 518 1 01 20 4 66 1 39 4 97 1 38 5 41 145 5 75 1 56 6 30 1 65 664 1 70 7 33 178 6 39 1 44 4 90 0 97 21 4 65 1 40 497 1 40 5 41 1 47 574 1 58 626 1 67 6 64 1 71 7 29 178 627 143 471 0 95 22 4 64 1 42 4 98 1 42 5 41 1 49 5 72 1 60 621 1 68 663 1 72 7 23 178 614 1 41 449 0 92 24 4 5
167. o F if pressed for 5 seconds ASNWO96BRR4 AO9RL ASNW126BRR4 A12RL ETT um Sets the current time and the ASNW186CRR4 A18RL Navigation and functions button Adjusts the time and sets the special functions 5 Operates SILENT mode 4 Operates E Control mode 2 Auto clean silent Mode and E Control are not available at the same time Adjusts the brightness of the indoor unit display SEL Set clear button Sets or cancels functions Reset button Resets the air conditioner settings Some functions may not be supported depending on the model 90 Inverter Single 5RMIO 02A Remote controller You can operate the air conditioner more conveniently with the remote control You will find the buttons for the additional functions under the cover of the remote control P No AKB73456104 Fan button Air come out from the indoor unit below to the room without air temperature change Display screen Temperature adjustment buttons Adjusts the room temperature when cooling and heating Indoor fan speed button Adjusts the fan speed Control Operation mode selection button panel Selects the operation mode Cooling operation 2 Auto operation or auto changeover 441 Dehumidifying operation Heating operation X Jet cooling heating button Warms up or cools down the indoor temperature within a short period of time Applied Model Air flow direction button Adjusts the air
168. o Fan Turbo Fan Fan Indoor Motor Type BLDC BLDC Motor Output W 32 7 32 7 Type Propeller Fan Propeller Fan Fan Outdoor Motor Type BLDC BLDC Motor Output W 43 43 Circuit Breaker A 15 15 Power Supply Cable N x mm 3 1 0 3 1 0 Power and Transmission Cable x mm N x mm 4 1 0 4 1 0 Piping Connextions Liquid Side mm in 6 35 1 4 6 35 1 4 Gas Side mm in 9 52 3 8 9 52 3 8 Drain Hose O D 1 0 mm in 21 5 16 0 0 85 0 63 21 5 16 0 0 85 0 63 Indoor WxHxD mm 645 645 121 645 645 121 Outdoor WxHxD mm 770 545 288 770 545 288 Indoor kg Ibs 18 39 7 18 39 7 Mete eg Outdoor ko lbs 34 75 34 75 Operation Range Cooling Outdoor 10 48 14 118 4 10 48 14 118 4 Heating Outdoor 15 24 5 75 2 15 24 5 75 2 Piping Length Min m ft 3 9 8 15 49 2 3 9 8 15 49 2 Max Elevation Difference m ft 10 32 8 10 32 8 Note 1 Capacities are based on the following conditions Cooling Indoor Temperature 27 19 WB Outdoor Temperature 35 C DB 24 C WB Heating Indoor Temperature 20 C DB 15 C WB Outdoor Temperature 7 C DB 6 C WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero 2 Wiring cable size must comply with the applicable local and national code 3 The specification may be subject to change without prior notice for purpose of improvement Inverter Single Specifications 5 10 02 Mod
169. of appliances for outdoor use Shall not be lighter than polychloroprene sheathed flexible cord code designation 60245 IEC 57 HOSRN F lt lt NN ao NOMINAL CROSS SECTIONAL AREA 2 SkW 3 SkW Indoor Connect the wires to the terminals on the control board individually Secure the cable onto the control board with the cord clamp Use a recognized circuit breaker between the power source and the unit A disconnecting device to adequately disconnect all supply lines must be fitted Circuit Breaker A 2 5kW 3 5kW 104 Inverter Single 5RMIO 02A A CAUTION Provide the circuit breaker between power source and the unit as shown by Main power source Air Circuit Breaker Conditioner Use a circuit breake or time delay fuse Installation A CAUTION According to the confirmation of the above conditions prepare the wiring as follows 4 D gt Never fail to have an individual power circuit specifically for the air conditioner As for the method of wiring be guided by the circuit diagram posted on the inside of control cover The screw which fasten the wiring in the casing of electrical fittings are liable to come loose from vibrations to which the unit is subjected during the course of transportation Check them and make sure that they are all tightly fastened If they are loose it could cause burn out of the wires Sp
170. oling The air conditioner is now ready to use ntake temperature Discharge temperature Refrigerant The pressure of the gas side service valve 4 5kg cm G 56 8 71 0 P S 1 G 8 5 9 5kg cm G 120 135 5 1 6 35 C 95 F 35 C 95 F If the actual pressure is higher than shown the system is most likely over charged and charge should be removed If the actual pressure are lower than shown the system is most likely undercharged and charge should be added 110 Inverter Single 5RMIO 02A Installation Pump Down This is performed when the unit is relocated or the refrigerant circuit is serviced Pump Down means collecting all refrigerant into the outdoor unit without the loss of refrigerant A CAUTION Be sure to perform Pump Down procedure in the cooling mode Pump Down Procedure Connect a low pressure gauge manifold hose to the charge port on the gas side service valve Open the gas side service valve halfway and purge the air in the manifold hose using the refrigerant Close the liquid side service valve all the way Turn on the units operating switch and start the cooling operation When the low pressure gauge reading becomes 1 to 0 5 G 14 2 to 7 1 5 1 6 fully close the gas side valve and then quickly turn off the unit Now Pump Down procedure is completed and all refrigerant is collected into the outdoor unit 0O amp Mode I
171. oor and outdoor units have been properly connected and all wiring for the test run has been completed Remove the service valve caps from both the gas and the liquid side on the outdoor unit Note that both the liquid and the gas side service valves on the outdoor unit are ept closed at this stage 2 Leak test Connect the manifold valve with pressure gauges and dry nitrogen gas cylinder to this service port with charge hoses A CAUTION Be sure to use a manifold valve for air purging If it is not available use a stop valve for this purpose The knob of the 3 way valve must always be kept close Pressurize the system to maximum 17 6kg cm2G R 22 model or 28 1kg cm2G R 410A model with dry nitrogen gas and close the cylinder valve when the gauge reading reaches 17 6kg cm2G R 22 model or 28 1kg cm2G R 410A model Next step is leak test with liquid soap CAUTION To avoid nitrogen entering the refrigerant system in a liquid state the top of the cylinder must be higher than its bottom when you pressurize the system Usually the cylinder is used in a vertical standing position CAUTION There is a risk of fire and explosion Inert gas E nitrogen should be used when you check plumbing Manifold valve leaks cleaning or repairs of pipes etc If you are using ELS Pressure 2 combustible gases including oxygen product may have the risk of fires and explosions Do aleak test of all joints of the ubing both
172. opeller Fan Fan Outdoor Motor Type BLDC BLDC Motor Output 43 43 Nxmm 4 0 75 Including Earth 4 0 75 Including Earth Liquid Side Gas Side mm 9 52 9 52 Dimensions Indoor WxHxD mm 798 292 214 798 292 214 Outdoor WxHxD mm 717 483 230 717 483 230 Indoor Outdoor kg 28 28 Operation Range Cooling Outdoor C 10 48 10 48 Heating Outdoor 1G 10 24 10 24 Piping Length Min Max m 3 15 3 15 Max Elevation Difference m 7 Note 1 Capacities are based on the following conditions Cooling Indoor Temperature 27 C 80 6 F DB 19 C 66 2 F WB Outdoor Temperature 35 C 95 F DB 24 C 75 2 F WB Heating Indoor Temperature 20 C 68 F DB 15 C 59 F WB Outdoor Temperature 7 C 44 6 F DB 6 C 42 8 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero 2 Wiring cable size must comply with the applicable local and national code 3 The specification may be subject to change without prior notice for purpose of improvement kW Btu h x 0 0002931 CMM x 35 3 Inverter Single 5RMIO 02A Model AS W096NRRO AO9LL AS W126NRRO A12LL Cooling Capacity W 2500 3500 Heating Capacity W 4000 Power Input Cooling Heating W 940 1000 Running Current Cooling Heating A 4 1 4 4 Staring Current Cooling Heating A 4 1 4 4 Max Current Cooling Hea
173. or Air Temperature Temperature 20 25 32 35 CWB CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI 14 20 3 43 2 95 0 52 3 28 2 85 0 54 3 08 2 73 0 73 2 99 2 64 0 81 16 22 3 64 2 98 0 70 3 49 2 89 0 71 3 29 2 79 0 86 3 20 2 70 0 92 18 25 3 85 3 01 0 76 3 70 2 92 0 77 3 50 2 83 0 90 3 40 2 74 0 94 19 27 3 96 3 04 0 77 3 81 2 95 0 78 3 61 2 86 0 91 3 50 ETATE 0 94 22 30 4 28 3 10 0 77 4 12 3 02 0 79 3 92 2 93 0 93 3 82 2 85 0 99 4 32 300 095 403 292 10 Indoor Air Outdoor Air Temperature CDB Temperature 40 46 48 co TC SHC Pl TC TC SHC Pl TC SHC P 14 20 240 078 263 237 074 16 22 3 07 2 62 0 96 2 99 2 54 0 92 2 91 2 46 0 79 2 84 2 44 0 72 18 25 3 27 2 67 0 98 3 19 2 59 0 91 3 12 2 52 0 78 3 04 2 50 0 69 19 27 3 38 2 71 0 98 3 30 2 62 0 91 3 22 2 59 0 77 9 15 2 54 0 68 22 30 3 69 2 79 0 99 3 61 2 71 0 92 3 53 2 64 0 77 3 46 2 63 0 67 24 32 3 90 2 86 1 01 3 82 2 78 0 94 3 74 2 72 0 79 3 67 2 71 0 69 Symbol Notes DB Dry Bulb Temperature C 1 All capacities are net evaporator fan motor heat is deducted WB Wet Bulb Temperature C 2 Indicates reference data When operating at this temperature TC Total Capacity kW these values can be different by discontinuous operation SHC Sensible Heating Capacity kW 3 Direct interpolation is permissible Do not extrapolate PI Power Input kW 4 Capacities are based on the following conditions Comp indoor fan mo
174. or Unit Liquid Side Heat Heat Exchanger Exchanger Evaporator Condenser Y o 4 Y Reversing Valve Th8 Compressor Cooling lt Heating Description PCB Connector Accumulator Th5 L L 263230A Thermistor for evaporator inlet temperature CN TH3 Indoor 263230C Thermistor for indoor air temperature CN TH1 Indoor 263230B Thermistor for discharge pipe temperature CN TH2 OUTDOOR 263230A Thermistor for condensing outlet temperature CN TH1 QUTDOOR h5 263230C Thermistor for outdoorair temperature EEV Electronic Expansion Valve UmGU 0 aaG aoa0uOooo ai ooZAALu LALhLuhiia u im m Pixik E Eo EAA AUUUA AV AZZNPNIS 52 Inverter Single 5RMIO 02A Models AS W096BNR3 D09AK AS W126BNR3 D12AK Indoor Unit Outdoor Unit Refrigerant cycle diagram Liquid Side gt K XK lt 2 Way Valve EEV Y Tt Heat Heat Exchanger Exchanger Evaporator Condenser Th5 A Th4 WE Y DK DK a 7 3 Way Valve Accumulator Reversing Valve Th3 3 Compressor Cooling Heating LOC Description PCB Connector Th1 Thermistor for indoor air temperature CH TH1 INDOOR Th2 Thermistor for evaporating temperature CH Thermistor for discharge pipe temperature CN TH2 OUTDOOR Th4 Thermistor for condensing temperature
175. p CAUTION To avoid nitrogen entering the refrigerant system in a liquid state the top of the cylinder must be higher than its bottom when you pressurize the system Usually the cylinder is used in a vertical standing position A CAUTION There is a risk of fire and explosion Inert gas nitrogen should be used when you check plumbing leaks cleaning or repairs of pipes etc If you are using 2 ressure OCO combustible gases including oxygen product may have the risk of fires and explosions Do a leak test of all joints of the ubing both indoor and outdoor and both gas and liquid side service valves Bubbles indicate a leak Be sure to wipe off the soap with Charge hose Nitrogen gas a clean cloth 22 cylinder in vertical After the system is found to be free of leaks relieve the Ne nitrogen pressure by loosening the charge hose connector at the nitrogen cylinder When the system pressure is reduced to normal disconnect the hose from the cylinder 108 Inverter Single 5RMIO 02A Installation Soap water method 1 Remove the caps from the 2 way and 3 way valves 2 Remove the service port cap from the 3 way valve 3 Apply a soap water or a liquid neutral detergent on the indoor unit connection or outdoor unit connections by a soft brush to check for leakage of the connecting points of the piping 4 f bubbles come out the pipes have leakage Evacuation 1 Con
176. pn ou IW uoseos IUO oje o1 p nous SON VA pojeorpu 70 5 IY uoseos IY ojeorpu 9 sopn our uonounj Sunezedo f T omje1oduioj 1 Occ I fL Oase L pue 2 00 Surjeou Ardeo yw surje1odo td p 1 Occ H OcL LL Osce L 100pjno pue 2 02 o1nje1oduioj WUO ZUPA 107 popoq 0 11 Oc L pu 5 61727 je papoq SUA yusisopg SUN yusisopg ZUN ous Isopd SUI OOS 815 q jun sune EA suos Quasoid uoun g Inverter Single 5RMIO 02A Models HSN 15602 HSN 13603 jun 13603 eVN 13604 Joopino 5RMIO 02A Website Information W126HSA0 Z12SL US US W126H4A0 E12EL Models pournbai st 159 Sui o o 10 ZUE jou 8159 Sut oAo SINSI st 7 0 0 1 ne op JI x x
177. que wrench ensure the direction for tightening follows the arrow on the wrench E 340 420 33 3 41 2 539 647 5 10 02 Tubing cover Ex Liquid side piping Smaller diameter Gas side piping Bigger diameter 138 Inverter Single 5RMIO 02A Installation Connecting the Cables Indoor Connect the cable to the indoor unit by connecting the wires to the terminals on the control board individually according to the outdoor unit connection Ensure that the color of the wires of the outdoor unit and the terminal No are the same as those of the indoor unit mm 1 Insert the connecting cable through the bottom side of NOMINAL indoor unit and connect the cable 2 Secure the cable onto the control board with the cable AREA retainer 3 Lift up the cover of terminal block slightly 4 Tape the tubing pipe drain hose and the connection The power connecting cable with indoor and cable Be sure that the drain hose is located at the outdoor unit should be selected according to the lowest side of the bundle Locating at the upper side following national wiring regulations can cause overflow from the drain pan through the The supply cords of parts of appliances for outdoor inside of the unit use shall not be lighter than polychloroprene sheathed flexible cord code designation 60245 IEC 57 HOSRN F Control Cover mm NOMINAL CROSS
178. r Temperature CDB Temperature 20 25 32 35 CWB CDB TC SHC TC SHC SHC SHC 14 20 5 10 4 38 0 83 4 88 4 23 0 87 4 58 4 06 1 16 4 44 3 93 1 30 16 22 5 41 4 43 1 12 5 19 4 30 1 13 4 89 414 1 37 4 75 4 01 1 47 18 25 2 72 4 47 1 21 5 50 4 35 1 22 5 20 4 20 1 44 5 06 4 07 1 50 19 27 5 88 4 51 1 23 5 66 4 39 1 24 5 36 4 25 1 45 5 20 4 11 1 50 22 30 6 35 4 60 1 23 6 13 4 49 1 26 5 82 4 36 1 49 5 68 4 23 1 57 4 32 446 152 599 438 160 Indoor Air Outdoor Air Temperature CDB Temperature 40 y O 46 48 co TC SHC P TC she PI TC SHC P 14 20 356 125 391 353 1 14 16 22 4 29 d 90 1 53 4 44 3 77 1 46 4 32 3 66 1 27 4 22 3 63 1 12 18 25 4 86 3 97 1 56 4 75 3 84 1 46 4 63 3 74 1 24 4 53 341 1 07 19 27 5 02 4 02 1 56 4 90 3 90 1 45 4 78 3 79 1 23 4 69 O17 1 05 22 30 5 48 415 1 58 oof 4 03 1 47 5 25 3 93 1 23 9 15 3 91 1 04 24 32 5 79 4 25 1 62 5 67 4 13 1 50 5 56 4 04 1 26 5 46 4 02 1 07 Symbol Notes DB Dry Bulb Temperature C 1 All capacities are net evaporator fan motor heat is deducted WB Wet Bulb Temperature C 2 Indicates reference data When operating at this temperature TC Total Capacity kW these values can be different by discontinuous operation SHC Sensible Heating Capacity kW 3 Direct interpolation is permissible Do not extrapolate PI Power Input kW 4 Capacities are based on the following conditions Comp indoor f
179. r fan motor Notes kW kW Level Difference of Zero 1 All capacities are net evaporator fan motor heat is deducted 2 Direct interpolation is permissible Do not extrapolate 3 Capacities are based on the following conditions Heating Indoor Temperature 20 C 68 F DB 15 C 59 F WB Outdoor Temperature 7 C 44 6 F DB 6 C 42 8 F WB Piping Length Interconnecting Piping Length 7 5m Inverter Single 67 Capacity tables Model AS W096MMS3 H09AK 5RMIO 02A Indoor Air Outdoor Air Temperature Temperature 15 10 0 6 10 15 20 CDB TC 16 2 41 0 57 2 58 0 56 2 74 0 58 2 93 063 3 25 0 67 3 44 0 70 373 0 74 3 38 0 62 2 76 0 44 18 2 38 0 58 2 53 0 57 2 75 0 60 2 93 0 64 3 23 0 69 3 39 071 3 72 0 75 3 31 0 61 263 0 43 20 2 37 0 59 2 53 0 59 2 75 0 62 2 92 0 66 3 20 070 3 37 0 72 3 73 076 3 25 0 61 2 49 0 41 21 2 36 0 60 2 53 0 59 2 75 0 63 2 92 0 67 318 071 3 37 0 73 3 70 0 76 3 19 0 60 239 0 40 22 2 36 0 60 2 53 0 60 2 75 0 63 2 91 0 68 316
180. r pore oop 45815 e Aq posejs 104 110 8 9 55 Lv 9 68 55 19 AssioN 27696 22269 dg sep PION Sled 97 10 s mjop 10900 suone n88J 9 JOJEOIUNWUWOD euJo9ju 100p1no 1o0pur powy 2199304 SuruueA 100p3no 100pur Jomod punos SUI9JI 19430 Sue ogeloAV ZUWA uondumsuoo jronugoo o Tenuuy 4 SUNL Hpo uorjepe1so q juororgo oo SUL SUI 0OO Sui oA SUM IZLIV SUWA yu DoS T LL yw oje1oduioj L 1 fL L 100pjno pue 2 02 1 je PU NOIYVHVZVdVd CUUENSHYD o qeueA 5 poxy oseo ueJo Jjo 1e3souuoq qpuejs oAnoe uey 19410 yndur Jamod oujo q 4 8 1000 P3 8 J
181. r the additional anticorrosion treatment 2 Periodic more than once year cleaning of the dust or salt particles stuck on the heat exchanger by using water Do not use seawater when you clean up the heat exchanger GcGGEbCE CC ccHbCb UOj LULULuLbLALAK A A A GB3G5EOGNa8cXKEEZN GE 112 Inverter Single 5RMIO 02A Installation 13 2 AS W2462EF0 P24EL Installation Map Installation plate Sleeve CX Bushing Sleeve CX Putty Gum Type Sealant Bend the pipe as closely on the wall as possible but be careful that it doesn t break Vinyl tape Wide Apply after carrying out a drainage test To carry out the drainage test remove the air filters and pour water into the heat exchanger Gas side piping CX Optional Parts Liquid side piping CX Optional Parts 4 Additional drain pipe CX S5 E Vinyl tape Narrow CX Drain Hose Connecting cable Optional Parts T The feature can be changed according to type of model You should purchase the installation parts Inverter Single 113 Installation 5RMIO 02A Select the best Location Indoor unit There should not be any heat or steam near the unit Select a place where there are no obstacles around of the unit Make sure that condensation drainage can be conveniently routed away Do not install near a doorway Ensure that the interval between a wall and the left
182. rench clicks When tightening the flare nut with torque wrench Liquid side piping ensure the direction for tightening follows the arrow iemallerdismeter on the wrench d 8 01588 Gas side piping Bigger diameter Inverter Single 103 Installation Connecting the Cables Indoor Connect the cable to the indoor unit by connecting the wires to the terminals on the control board individually according to the outdoor unit connection Ensure that the color of the wires of the outdoor unit and the terminal No are the same as those of the indoor unit CAUTION he circuit diagram is a subject to change without notice he earth wire should be longer than the common wires When installing refer to the circuit diagram on the chassis cover Connect the wires firmly so that they may not be pulled out easily Connect the wires according to color codes referring to the wiring diagram A CAUTION The power cord connected to unit should be selected according to the following national wiring regulations The supply cords of parts of appliances for outdoor use shall not be lighter than polychloroprene sheathed flexible cord code designation 60245 IEC 57 HO5RN F NOMINAL CROSS SECTIONAL AREA 2 5kW 3 5kW 5RMIO 02A The power connecting cable with indoor and outdoor unit should be selected according to the following national wiring regulations The supply cords of parts
183. s US W096H4A0 E09EL US W126H4A0 E12EL US WO96HSA0 Z09SL US W126HSA0 Z12SL Indoor Unit Outdoor Unit lt gt lt gt lt 2 Way Valve EEV Thi Heat Heat Exchanger i Exchanger Condenser ns Tha rly E Reversing Valve Compressor Cooling Heating 3 Way Valve Accumulator Description PCB Connector Thermistor for air temperature CN TH1 Indoor Indoor Thermistor for discharge pipe temperature CN TH2 OUTDOOR Th4 Thermistor for condensing temperature CN TH1 OUTDOOR Th5 Thermistor for outdoor air temperature CN TH1 OUTDOOR gt EEV Electronic Expansion Valve Thermistor for evaporator middle temperature CN TH2 Inverter Single 57 Liquid Side m Refrigerant cycle diagram 5RMIO0 02A Models AS W096NRRO AO9LL AS W126NRRO A12LL Indoor Unit Outdoor Unit Th3 K K A 3 Way Vave Accumulator DU Reversing Valve oO Cooling Heating Description PCB Connector Thermistor for indoor air temperature CN TH1 INDOOR Thermistor for evaporating temperature CN TH2 INDOOR Thermistor for discharge pipe temperature CN TH2 OUTDOOR OUTDOOR XK 4 10 2 Way Valve EEV Th2 1 Heat Heat Exchanger Evaporator Condenser TOS Th4 Thermistor for conden
184. sing temperature CN TH1 Thermistor for outdoor air temperature CN TH1 OUTDOOR Electronic Expansion Valve 58 Inverter Single 5RMIO0 02A Capacity tables 7 Capacity tables 7 1 Cooling Capacity Model AS W0963WB0 GO9WL Indoor Air Outdoor Air Temperature CDB Temperature 20 25 35 CWB CDB TC SHC SHC PI TC SHC PI TC SHC PI 14 20 2 45 2 31 0 43 2 34 2 34 0 45 2 20 2 39 0 60 2 38 0 67 16 22 2 60 2 20 0 58 2 49 2 23 0 59 2 35 2 28 0 71 2 28 2 27 0 77 18 25 2 75 2 10 0 63 2 65 2 12 0 64 2 50 2T 0 75 2 43 2 16 0 79 19 27 2 83 2 06 0 64 2 72 2 09 0 64 2 58 2 13 0 76 2 50 Z0 0 78 22 30 3 05 1 95 0 64 2 95 1 97 0 66 2 80 2 01 0 77 2 73 2 01 0 82 24 32 9 21 1 89 0 63 3 10 1 91 0 66 2 95 1 95 0 79 2 88 1 95 0 83 Indoor Air Outdoor Air Temperature Temperature 46 48 co TC SHC Pl TC she P TC SHC Pl TC SHC P 14 20 239 065 1 89 241 0 56 2 228 066 204 230 055 8 25 217 064 219 219 052 2 27 213 064 226 215 051 22 30 201 064 249 208 05 4 32 195 065 263 197 052 Model AS W1263WB0 G12WL Indoor Air Outdoor Air Temperature Temperature 32 35 co TC SHC TC TC SHC TC P 14 20 3 43 323 060 328 327 0 63 308 334 084
185. th tubing length nd capacity of the pump The following table shows the time required for evacuation The feature can be changed according to type of model Required time for evacuation when 30 gal h vacuum pump is used If tubing length is longer than 10m 33 ft 15 min or more If tubing length is less than 10m 33 ft 10 min or more 2 When the desired vacuum is reached close the knob of the 3 way valve and stop the vacuum pump Finishing the Job 1 With a service valve wrench turn the valve of liquid side counter clockwise to fully open the valve 2 Turn the valve of gas side counter lockwise to fully open the valve 3 Loosen the charge hose connected to the gas side service port slightly to release the pressure then remove the hose 4 Replace the flare nut and its bonnet on the gas side service port and fasten the flare nut securely with an adjustable wrench This process is very important to prevent leakage from the system 5 Replace the valve caps at both gas and liquid side service valves and fasten them tight This completes air purging with a vacuum pump 6 Replace the pipe cover to the outdoor unit by one screw Now the air conditioner is ready for test run Xj Pressure gauge NJ 5RMIO 02A S ps SDS gt 3 way valve Close Gas side Vacuum pump 144 Inverter Single 5RMIO 02A Installation Test Running 1 Check that all tubing and wiring are
186. ting A 6 0 7 0 SEER W W 6 7 6 4 SCOP W W 4 0 4 0 Energy efficiency class A more efficient Cooling Heating G less efficient Annual energy consumption kWh 142 1120 190 1350 Power Supply Q V Hz 1 220 240 50 1 220 240 50 Air Flow Rate Inddor Max m min CFM 14 494 14 494 Outdoor Max m min CFM 33 1165 33 1165 Moisture Removal kg h 1 3 Cooling 39 33 24 19 Cooling 39 33 24 19 Sound Pressure Level 39 33 24 Hed 39 33 24 Outdoor Max dB A 3 45 45 Indoor Max dB A 60 60 SPUNA POWET EENEI Outdoor Max dB A 65 65 Refrigerant amp Charge at 7 5m g R410A 1000 Additional Refrigerant Charge g m 20 Type 1P Rotary 1P Rotary Model GA102MFB GA102MFB Compressor Motor Type Brushless DC Motor Brushless DC Motor Oil Type FVC68D FVC68D Oil Charge 310 310 O L P Name Cross Flow Fan Fan Indoor Motor Type BLDC Motor Output 30 30 Type Propeller Fan Propeller Fan Fan outdoor Motor Type BLDC BLDC Motor Output 43 Circuit Breaker 15 Power Supply Cable 3 1 0 Power and Transmission Cable 4 1 0 Piping Connections Liquid Side 6 35 1 4 6 35 1 4 Gas Side 9 52 3 8 9 52 3 8 Drain Hose O D I D 21 5 16 0 0 85 0 63 21 5 16 0 0 85 0 63 Dimension Indoor W H D 957 305 177 37 6 12 0 6 9 957 305 177 37 6 12 0 6 9 Outdoor W H D mm in 770 545 288 30 3 21 3 11 3 770 545 288 30 3 21 3 11 3 Indoor kg Ibs 11 5 25 3 Outdoor ka lbs 34 75 Inddor kg Ibs 13 5 29 7 13 5 29
187. tion Sea wind ES It should be strong enough like concrete to prevent the Windbreak 6 sea wind from the sea The height and width should be more than 150 of the Eeee outdoor unit Sea wind Keep more than 70 cm of space between outdoor unit and the windbreak for easy air flow 3 Select a well drained place 1 If you cant meet above guide line in the seaside installation please contact LG Electronics for the additional anticorrosion treatment 2 Periodic more than once year cleaning of the dust or salt particles stuck on the heat exchanger by using water Do not use seawater when you clean up the heat exchanger Inverter Single 147 5RMIO 02A Website Information 14 Webs ion te Informat AS W0963WB0 GO9WL Model bo 70084 lt 61 poumboi st 1591 FUAD ISIMIDYIO jou are 5159 ZUHA SYNS 02802 st c7 0 p2 min Jo 4 POTOP pue Jo Ajoedeo qoeo ur pare oop 45815 e omy spun poges 104 x 21028 9 22 Ly 9 68 6v 5 19 siuyo NAO Assiod 27696 22269 dg sep PION Sled UOTVULIOJUT
188. tor outdoor fan motor Cooling Indoor Temperature 27 C 80 6 F DB 19 C 66 2 F WB Outdoor Temperature 35 C 95 F DB 24 C 75 2 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero Inverter Single 65 Capacity tables 5RMIO 02A Models AS W1862EF0 P18EL AS W1862WRO D18RL Indoor Air Air Temperature DE Temperature OS 96 e 18 5 51 430 126 5 29 4 18 127 500 404 150 486 39 566 434 128 5 44 422 129 515 408 152 500 3 95 6 11 442 128 5 89 4 31 1 31 5 60 4 19 1 55 546 407 6 41 4 51 1 27 6 19 440 1 32 5 90 428 1 58 5 76 447 Indoor Air Outdoor Air Temperature Temperature 40 43 46 48 CWB CDB TC SHC PI TC SHC PI TC SHC PI TC SHC PI 14 20 4 08 3 66 1 48 3 97 3 53 1 45 3 86 3 42 1 30 3 76 3 39 1 18 16 22 4 38 345 1 60 4 27 3 62 1 52 4 15 3 52 1 32 4 06 3 49 1 16 18 25 4 68 3 82 1 62 4 56 3 69 1 52 4 45 3 59 1 29 4 36 3 57 1 11 19 27 4 83 3 07 1 62 4 71 3 75 1 51 4 60 3 65 1 28 4 51 3 62 1 09 22 30 5 27 3 99 1 65 5 16 3 87 1 53 5 05 3 78 1 28 4 95 3 76 1 08 24 32 24274 4 09 1 69 5 46 3 97 1 56 5 34 3 88 1 31 5 25 3 87 1 11 Symbol Notes DB Dry Bulb Temperature 1 All capacities are net evaporator fan motor heat is deducted WB Wet Bulb Temperature 2 Indicates refer
189. ture 35 C 95 F DB 24 C 75 2 F WB Piping Length Interconnecting Piping Length 7 5m Level Difference of Zero EIUue LUUD L LL L 1L07T010O o o0oOE D 7 NSNAAAAAARARzwAAWAEANLALZXGANNAGI 62 Inverter Single 5 02 Capacity tables Models AS W126BWR4 A12WL AS W126BRR4 A12RL US W126B8F0 P12RL Indoor Air Outdoor Air Temperature CDB Temperature OY 32 35 cop T sie 16 sic P i4 20 343 295 060 328 285 062 308 273 084 299 264 038 2 279 099 320 270 106 iB 25 283 104 340 274 108 i9 27 286 105 850 277 108 2 30 298 107 382 285 113 4 3 300 109 408 282 115 Indoor Air Outdoor Air Temperature Temperature 40 43 46 48 CWB CDB TC SHC SHC SHC SHC 14 20 2 86 2 56 1 03 278 2 47 1 00 2 70 2 40 0 90 2 63 2 37 0 84 16 22 3 07 2 62 1 10 2 99 2 54 1 05 2 91 2 46 0 91 2 84 2 44 0 82 18 25 3 27 2 67 1 12 3 19 2 59 1 05 9 12 2 52 0 89 3 04 2 50 0 79 19 27 3 38 2 71 1 12 3 90 2 G2 1 05 3 22 2 55 0 88 3 15 2 54 0 77 22 30 3 69 2 79 1 14 3 61 2 71 1 06 3 53 2 64 0 88 3 46 2 63 0 76 24 32 3 90 2 86 1 17 3 82 2 78 1 08 3 74 2 72 0 90 3 67 2 71 0 78 Model AS W186CRR4 A18RL Indoor Air Outdoor Ai
190. uonoos uoto 45815 e omy spun Ajroedeo poges 104 210 8 9 Lv 19 68 67 5 19 18104 27696 22269 dg sep 1 PION Sled UOTJeULIOJUT 91 81141190 81119 2291000 JOJEOIUNWUWOD euJo9ju powy 2192304 SuruueA 100p3no 100pur Jomod punos Sue SUP ogeloAV ZUN 30005 uondumsuoo jronugoo o Tenuuy SUNL Uuorjepe1so q juororgo oo SUL Sui oA Xv oowga SUA SUM SUWA jum oS L LL yw omje1oduioj 1 T Oe I LL 1 Del i L 100pjno pue 2 00 ye PUIHI Jop o nYOldHVHVZVdVvd EuUEnsuur o quueA poges oseo ueJo Jjo 1ejsouuoq qpuejs 3AN uey 1900
191. upply lines must be fitted 6 Breaker A 122 Inverter Single 5RMIO 02A Outdoor Unit up Connecting cable Cover control A CAUTION Provide the circuit breaker between power source and the unit as shown by Main power source Circuit Breaker Use a circuit breake or time delay fuse Air Conditioner A CAUTION According to the confirmation of the above conditions prepare the wiring as follows 1 Never fail to have an individual power circuit specifically for the air conditioner As for the method of wiring be guided by the circuit diagram posted on the inside of control cover 2 The screw which fasten the wiring in the casing of electrical fittings are liable to come loose from vibrations to which the unit is subjected during the course of transportation Check them and make sure that they are all tightly fastened If they are loose it could cause burn out of the wires 3 Specification of power source Confirm that electrical capacity is sufficient 5 See that the starting voltage is maintained at more than 90 percent of the rated voltage marked on the name plate I Installation 6 Confirm that the cable thickness is as specified in the power source specification Particularly note the relation between cable length and thickness 7 Always install an earth leakage circuit breaker in
192. urroj1od JO L Joopyno pue j 6I c 8 LOUIN YJ 8 SUWA SUN SUN SUI OOS BUOSBIS ISLAY 08095 SUDO IY SUI uoseos ZULIA IUO 0 ILJ P NOYS pojeorpug 0 SIPI ou 05295 guneou ojeorpuj uonounj L pue 2 00 SPUI porepoq yw p Occ I fL L Joopyno pue 2 02 o1njye1oduiog PUII ZUWA c 0 1 a ST L 1 4 oS f T L ommyeroduia Joopyno pue c 61027 100pur 8 SUIA SUN ZUN 30005 jun 090 5 Suneoq 0
193. w the indoor unit perform the following 1 Tape the piping drain hose and connecting cable from down to up 2 Secure the tapped piping along the exterior wall using saddle or equivalent Form the piping by wrapping the connecting portion of the indoor unit with insulation material and secure it with two kinds of vinyl tapes If you want to connect an additional drain hose the end of the drain outlet should be routed above the ground Secure the drain hose appropriately Seal small openings around pipings with a gum type sealant Pipe Drain hose Vinyl tape narrow Wrap with vinyl tape wide Trap is required to prevent water from entering into electrical parts In cases where the Outdoor unit is installed above the Indoor unit perform the following 1 Tape the piping and connecting cable from down to up 2 Secure the taped piping along the exterior wall Form a trap to prevent water entering the room 3 Fix the piping onto the wall using saddle or equivalent The feature can be changed according to type of model Seal a small opening around the pipings with gum type sealant 7 27 142 Inverter Single 5RMIO 02A Installation Air Purging The air and moisture remaining in the refrigerant system have undesirable effects as indicated below 1 Pressure in the system rises 2 Operating current rises 3 Cooling or heating efficiency drops 4 Moisture in the refrigerant circuit m

LG E09EL.UA3 air conditioner

Contents

Download Pdf Manuals

Related Search

Related Contents