ARYG30LMLE ARYG36LMLE AOYG30LETL AOYG36LETL. SPLIT TYPE AIR CONDITIONER DUCT TYPE (50Hz) SPECIFICATIONS...1 DIMENSIONS... 2

Transcription

1 SPLIT TYPE AIR CONDITIONER DUCT TYPE (0Hz) Indoor unit ARYG0LMLE ARYGLMLE Outdoor unit AOYG0LETL AOYGLETL CONTENTS SPECIFICATIONS DIMENSIONS REFRIGERANT SYSTEM DIAGRAM..... CIRCUIT DIAGRAM INDOOR PC CIRCUIT DIAGRAM OUTDOOR PC CIRCUIT DIAGRAM.... ERROR DETECTION PARTS (INDOOR UNIT) PARTS (OUTDOOR UNIT) ACCESSORIES

2 SPECIFICATIONS ELECTRICAL DATA TYPE POWER SOURCE RUNNING CURRENT INPUT WATTS E.E.R. C.O.P. STARTING CURRENT MOISTURE REMOVAL Cooling Heating Cooling Heating Cooling Heating Cooling Heating AIRCIRCULATION OUTDOOR FAN SPEED INDOOR UNIT OUTDOOR UNIT Discrimination Medium Low Discrimination Speed Cooling & Heating INDOOR UNIT ARYG0LMLE ARYGLMLE OUTDOOR UNIT AOYG0LETL AOYGLETL COOLING CAPACITY HEATING CAPACITY AIRCIRCULATION INDOOR MAXIMUM CURRENT. kw 9. kw 0.0 kw. kw 0 V 0 Hz 0 V 0 Hz. A. A. kw. kw. kw/kw. kw/kw. A. L/hr,900 m/hr,00 m/hr,00 m/hr.0 A MFG-RVN.0 A. A.9 kw.0 kw. kw/kw. kw/kw. A.0 L/hr,900 m/hr,00 m/hr,00 m/hr 0.0 A High (cooling),0 r.p.m.,0 r.p.m. High (heating),0 r.p.m.,0 r.p.m. 90 r.p.m. 90 r.p.m. MFE-0TVT 0 r.p.m. MFG-RVN 90 r.p.m. 90 r.p.m. Quiet 0 r.p.m. 0 r.p.m. MFE-0TVT 900 r.p.m. NOISE LEVEL COMPRESSOR AND REFRIGERANT Hermetic type, Inverter, COMPRESSOR TYPE poles, DC motor, -cylinder rotary DISCRIMINATION WEIGHT (with oil) PRECHARGED REFRIGERANT REFRIGERANT TYPE MAX PIPE LENGTH DIMENSIONS INDOOR UNIT OUTDOOR UNIT WEIGHT INDOOR UNIT OUTDOOR UNIT H x W x D H x W x D Shipping / Net Shipping / Net N-TF0NDA. kg,00 g R0A 0 m MAX PIPE HEIGHT 0 m Pipe length 0 m,00 g FULL CHARGE ADDITIONAL CHARGE High (cooling) 9 d INDOOR UNIT Medium d OUTDOOR UNIT Low Cooling Heating 0 d 0 m,00 g 0 m,900 g 0 m,00 g 0 g/m 0 x, x 00 mm 0 x 900 x 0 mm kg / 0 kg kg / kg 9 d High (heating) d d d 0 d Quiet d d d d d d 0.0.

3 DIMENSIONS (Unit : mm) INDOOR UNIT OUTDOOR UNIT, Drain pipe diameters inside :. mm outside :. mm ,0, Air Flow

4 REFRIGERANT SYSTEM DIAGRAM Refrigerant direction : Cool : Heat OUTDOOR UNIT INDOOR UNIT Pressure Check Valve Refrigerant Pipe.mm (/") High Pressure Switch Charging Valve Condenser -way Valve Accumulator Evaporator Strainer Compressor Strainer Refrigerant Pipe 9.mm (/") Expansion Valve Charging Valve 0.0.

5 CIRCUIT DIAGRAM FAN MOTOR FM INDOOR UNIT ROWN LACK GREEN LACK LACK CN0 CN CN CN CN CN CN9 GREEN CN0 F0.A 0V CN CN CN MAIN PC CN0 POWER SUPPLY PC CN CN CN CN0 W0 W0 W0 CN0 CN0 CN0 CN0 E0 E0 EX. IN EX. OUT ( OPTION ) LACK LACK THERMISTOR ( PIPE TEMP. ) THERMISTOR ( ROOM TEMP. ) TO WI REMOTE CONTROL TERMINAL TERMINAL CN OUTDOOR UNIT CN0 CN0 9 9 TRANSISTOR PC ( I P M ) TM0 W TM0 V TM0 U 9 9 CN0 W0 TM0 TM0 W W TM0 TM0 LACK LACK W0 ROWN CN00 LACK CN00 ROWN CN CAPACITOR PC ACTPM LUE W VIOLET W N W W P S R CM T COMPRESSOR - I N I N CHOKE COIL POSISTOR ( only) MAIN PC L L CN LACK TM00 CN0 TM0 LACK LACK CN90 CN CN CN CN CN00 CN00 CN00 W GREEN LACK W9 W CN00 W W W9 W9 W0 W W W W FILTER PC LACK W W ROWN ROWN LUE LUE LACK LACK ROWN ROWN LACK LACK LUE ROWN ROWN LACK WV PMV FM LACK FUSE 0V A L N HIGH PRESSURE SWITCH THERMISTOR (COMPRESSOR) THERMISTOR (OUTDOOR TEMP.) THERMISTOR (PIPE) THERMISTOR (DISCHARGE) -WAY VALVE EXPANSION VALVE FAN MOTOR TERMINAL POWER SOURCE COIL 0.0.

6 INDOOR PC CIRCUIT DIAGRAM CONTROL UNIT ARYG0LMLE : EZ-0LHSE ARYGLMLE : EZ-0MHSE CN P-SHF-AA CN 0-XASK--A CN 0-XAYK--A CN 0-XAKK--A LACK LACK LACK THERMISTOR ( ROOM TEMP. ) THERMISTOR ( PIPE TEMP. ) DC FAN MOTOR F M UL0 AWG x OUTDOOR UNIT UL0 AWG GREEN UL0 AWG GREEN LACK ROWN E0 E (N) TERMINAL CN0 P-VH- UL0 AWG0 LACK UL0 AWG0 W0 W0 W0 UL0 AWG0 POWER SUPPLY PC K0AL-0HSE-P0 CN0 0-PASK POWER DRIVE UL0 AWG x CN 0-XASK--A CN 0-PASK- CN 0-PASK- CN 0-PASK- MAIN PC ARYG0LMLE : K0AK-0CHSE-C ARYGLMLE : K0AK-0DHSE-C CN 0-XAKK--A LACK CN 0-PAMK- GREEN CN0 0-PAOK EMI FILTER ZCAT-00 TURNS FRESH AIR HEATER TERMINAL EARTH WIRE UL0 AWG UL0 AWG UL0 AWG LACK DRAIN PUMP EX. OUT CN0 P-VH--E LUE CN0 -XH-AM CN0 0-PASK DC SUPPLY UL0 AWG x EMI FILTER ZCAT-00 TURNS CN 0-PASK- CN 0-XASK--A CN 0-XARK--A CN9 0-XARK--A FLOAT SWITCH WI REMOTE CONTROL NORMAL COIL RLEY- mh,.a EX. IN CN0 -XH-AM UL0 AWG0 x 0-0- CN0 P-VH- 0..0

7 INDOOR UNIT MAIN PC ARYG0LMLE : K0AK-0CHSE-C ARYGLMLE : K0AK-0DHSE-C DC SUPPLY ( TEST ) ( SP PC ) POWER DRIVE ( FRESH AIR ) CN 0-PASK- CN P-SHF-AA CN 0-PASK- CN 0-PASK- CN. 0-PAMK- CN0 0-PAOK-.. C 0/ 0V. R - R 0k </0W> x I G I C NJM0 R, R, R 0k </0W> x D SS I C NJM R 0k </0W> I G D SS O O R 0k </0W> C 0/ 0V V C 0.0 R9 - R.0k </0W> x R.0k </0W> R.0k </0W> R 0k </0W> C 0.0 R.0k R </0W> 0 </0W> C 0.0 C 0.0 R 0k </0W> R - R.0k </0W> x C, C, C 000p <R> x R 0k </0W> Q DTCEKA C 0.0 <> C 00/.V C 000p <R> C 0. C 000p <R> R9 90 </0W> C 0.0 JM JM JM C 0. C 000p <R> C 0. R0 0k </0W> Q DTCEKA R - R 0k </0W> x R - R.0k </0W> x. 9 0 SW CFS-00MC I C upa00 SK O O O O O O O GND I I I I I I I C 0. C - C0 0. x I C updf AVREF AVDD I C VDD0 RST* P00 P0 P0 P0 P0 P P P P P P P P0 P P P P P P0 P P P XT XT X X AGND GND0 VDD P P P P0 P P P P P P P P0 P P P P P P P P P P P P0 P P P P R - R 0k </0W> x R - R0.0k </0W> x 9 0 GND P C9 0. <> X.00MHz <FCR> JM 0R0 C0 - C 0. x C 0.0 R9 0k </0W> R 0k </0W> R.0k </0W> C 0. <> R 00k </0W> C 0. <> FLOAT SWITCH CN9 0-XARK--A I C S0 VDD OUT R0 0k </0W> CS SK DO D I NC NC GND R 0k </0W> I C S-9CD0 I Q DTCEKA NC GND VCC NC C 0. <> C 0.0 R 0R0 C9 0. C0 0. C 0. R.0k </0W> R.0k </0W> R.0k </0W> R, R 0k </0W> R x.0k </0W> R 0k </0W> C 000p <R> R </0W> I C- A09F - I C- A09F - R 90 </0W> R.0k </0W> Z. Z PKMEPYH-000-A0 R9 0k </0W> R0 9.9k </0W> R 9.9k </0W> V R.k </0W> R k </0W> C C 0/ 0.0 0V V R 0k </0W> I C uln00 I I I I I I I CN 0-XASK--A THERMISTOR ( ROOM TEMP. ) CN 0-XAYK--A CN 0-XAKK--A THERMISTOR ( PIPE TEMP. ) R0 0k </0W> D DANU SK O O O O O O O GND 9 0 R, R 0k </0W> x V D DFSA. CN 0-XASK--A CN 0-PASK- CN 0-XAKK--A ( FLASH ) ( INDICATOR PC ) WI REMOTE CONTROL CN 0-XASK--A LOUVER ( UP / DOWN ) CN 0-XARK--A LOUVER ( RIGHT / LEFT ) ( HEATER ) 0..0

8 NORMAL COIL CN0 P-VH- W0 LACK W0 I C- F0.A 0V FH0 L FCFL x FH0 SA0 RA-M VA0 0V <TNR> VA0 0V <TNR> C0 0. <LE> LF0 ELF0N00A C0 0. <R> C <LE> C <LE> E0 GREEN D0 DS0 C0 0/ 0V C 0.0 <KH> C09 0p <> R0 <RS-W> R0. <RS-W> 0V R0 0k <W> Q0 SC Q0 SC R0 00 </0W> D0 RD <> C 0/ C0 00p <FNS> D0 SR9-00 R0 0k </0W> R0 k <RS-W> D0 DFL0U D0 R0 DFL0U 00 D0 </W> D0 MTZJ. DFL0U D09 MTZJ. T0 ZFT0-C C0 0.0 <ECQV> R09 C 0 00/ </W> A D0 DFL0U 0 C 0.0 <KH> C 0.0 <KH> C 000/ R 0k </0W>. I C-0 N E0 GREEN 0V CN0 P-VH- CN0 0-PASK- I C0 TLP <G> R.0k </W> R 0 </W> A C 00/ A I C0 TLP <G> A R.k </0W> R.k </W> DC FAN MOTOR W0 SERIAL I C 0 H I 0 0 R 0 VA0 0.0 POWER DRIVE I C- L I C-0 N INDOOR UNIT POWER SUPPLY PC K0AL-0HSE-P0 R 0 </0W> K0 GN-A. CN0 -XH-AM DC SUPPLY CN0 0-PASK-. C 0. C0 0. I C0 TLP <G> L0 Lm <AG0> L0 Lm <AG0> R 0 </0W> C 0.0 <> CN0 -XH-AM EX. OUT 0..0 EX. IN I C- L I C-0 N K0 GN-A CN0 P-VH--E. DRAIN PUMP RC0 0/ 0.

9 POWER SOURCE AC0V 0Hz I NDOOR UNIT N L UL0 AWG UL0 AWG LACK UL AWG0 UL0 AWG0 UL0 AWG0 LACK OUTDOOR PC CIRCUIT DIAGRAM 0V A UL0 AWG LACK W W W F00 0V 0A FILTER PC AOYG0LETL : K0CW-090HUE-FL0 AOYGLETL : K0CW-0900HUE-FL0 W W9 UL0 AWG UL0 AWG ROWN EMI FILTER ZCAT-0 T INVERTER ASSEMLY AOYG0LETL : EZ-0FHUE AOYGLETL : EZ-0GHUE TM0 TM0 - D00 DX0 EARTH W SERIAL UL AWG GREEN W W W9 UL AWG0 LACK W0 UL AWG0 CN0-0- VAC I N CT I N / OUT W9 UL AWG LACK TM0 W UL AWG0 TM00 CN00 UL0 AWG UL0 AWG LACK CN - POWER RELAY CONTROL *AOYGLETL only P. T. C. THERMISTOR W UL AWG0 W ZPR0YCE00A00 UL AWG0 EMI FILTER ZCAT-0 T CHOKE COIL L=0.mH 0A UL AWG L L ACTPM ( I C0 ) PM0SG UL AWG - P N EMI FILTER ZCAT-00 T CAPACITOR PC AOYG0LETL : K0F-090HUE-P0 AOYGLETL : K0F-0900HUE-P0 UL0 AWG UL0 AWG VIOLET W W W W UL0 AWG UL0 AWG LACK UL0 AWG UL0 AWG LUE W W TRANSISTOR PC ( I P M ) AOYG0LETL : K0T-090HUE-TR0 AOYGLETL : K0T-0900HUE-TR0 TM0 TM0 I. P. M. CONTROL W0 CN0 W CN0 90- TM0 TM0 TM0 REVERSE CURRENT 9 LACK UL AWG x EMI FILTER ZCAT-0 T C M COMPRESSOR DC FAN MOTOR EXPANSION VALVE -WAY VALVE F M M LACK GREEN ROWN LUE LACK LACK CN00 0-XASK--A CN00 -XARK--A CN00 0- UL00 AWG UL00 AWG UL00 AWG UL00 AWG ROWN CN ACTPM CONTROL UL0 AWG0 UL0 AWG0 LACK CN00-0- VDC IN UL00 AWG UL00 AWG UL00 AWG UL00 AWG UL00 AWG UL00 AWG UL00 AWG UL00 AWG UL00 AWG 9 CN CN 90- I. P. M. CONTROL UL00 AWG UL00 AWG UL00 AWG UL00 AWG UL00 AWG REVERSE CURRENT PRESSURE SWITCH CN90 -- MAIN PC AOYG0LETL : K0S-0HUE-C AOYGLETL : K0S-0HUE-C THERMISTOR ( COMPRESSOR ) THERMISTOR ( OUTDOOR ) ROWN ROWN LUE LUE CN -90- LUE CN 90- THERMISTOR ( DISCHARGE ) ROWN ROWN CN -90- THERMISTOR ( PIPE TEMP. ) LACK LACK CN

10 AC VOLT IN -WAY VALVE TM0 0 TM00 0 CN0-0- SELIAL POWER RELAY CONTROL DC FAN MOTOR W CN00 0- CN - L N CT00 CT- SERIAL CR00 RE0 0. / 0 V FH0 FCFL x FH F0.A - 0V R00.0k </0W> % D00 DANU C00 R0 0/.k </0W> <A> % H Y I C 0 GK-0E 0 JM0 JM0 D0 ZP0-TP L00 C0 0. R00 k </0W> R0 k </0W> CN00 ( -. ) -XASK--A CN00 0-XARK--A ELECTRIC EXPANSION VALVE THERMISTOR ( PIPE TEMP. ) THERMISTOR ( DISCHARGE TEMP. ) CN 90- THERMISTOR ( OUTDOOR TEMP. ) CN -90- LUE THERMISTOR ( COMPRESSOR TEMP. ) CN90 -- PRESSURE SWITCH CN -90- CN -90- *D0 : AOYG0LETL only C00./ 0V L90 L0Rn C0 0. JM0 JM0 D00 R0 DANU.0k </0W> R9.k </0W> L0 L0Rn R0 0k </0W> C90 0. Q0 DTAEUA R90.0k </0W> R.k </0W> % R k </0W> R.k </0W> % R k </0W> V K00 GN-A Q00 DTCEUA V R0 DC VOLT I N.0k </0W> R0 k % </0W> C0 0.0 <> C9 0.0 R 0k </0W> R0 0k </0W> R 0k </0W> R9 0k </0W> 9 C0 0. I C00 TD0 O O O O GND GND GND GND C 0. C 0. C 0. C 0. R k </0W> R0 9k </0W> R.0k </0W> I I I I COM COM NC NC 0 CN00-0- C0 0.0 <> V R.0k </0W> P-AN-CT C 0. R0 R0 R00 R0 R.0k </0W> Q00 SCK <Q> V D SLR-VR <> R.k </0W> C C C C C C V 0 C 9 COM E.k </0W> x C00 0. C 0. <> I C uln00adr P-FANPWM P-FAN-I N P-SW-PRS P-AN-TE P-AN-TD P-AN-TA P-AN-CP FCFL x FH00 FH0 P-S I F0.A - 0V P-POWER R 0k P-SO </0W> P-PR P-LED P-V-DC P-V-AC P-DG- P-EPV-D P-EPV-C P-EPV-A P-EPV- C9 0R0 P-FAN-I N P-DG- P-FANPWM P-SW-PRS P-AN-CT TTXD TAUX P-POS P-V-AC P-V-DC P-LED P-PR P-SO P-TTR I P-FO P-EP-CS P-EPV- P-EPV-D P-EPV-C P-AN-DC P-AN-CP P-AN-TE P-AN-TA P-AN-TD C / 0V R900 0k </0W> D SS D UDZS. R 0R0 D SS R </0W> C / C 0. R 0k </W> % R - R 0k </W> % x C X.00MHz <CSTLS> I C M90F P P P P P0 P P P0 MD P P P0 P0 P0 P0 P0 P0 P0 C P0 P P P P P P P P P P X0 X R 0k <W> M S S C R9 0R0 D UF00 I C TOPPN VCC AVCC P00 P0 P P P P P AVR P P P0 P P P P P P0 P MD0 MD P P P P P RSTX P AGND GND GND C 00p <E> S S D R.0k D DFL0U T RPZ-F 0 C, C 0. x C 0/ U X V Y W Z 9 D0 SS R 0k </0W> JM C R 0..0k </0W> -V R 0k </0W> R90, R90, R90 0k </0W> x JM0 JM0 JM0 C C 00/ 0/ R 0k </0W> R0 00k </0W> VDD OUT JM NC GND I C0 UF C 0. SW KSHCT D SS C9 I C 0/ 0V I O V C9 G C0 0. 0/0V D DFL0U x A D C V D 0/ SS D9 R 0k </0W> I O G C 00/ C 00/ C 0. I C 0 C 0. TAUX P-EP-SK P-POWER P-EP-D I P-EPV-A P-U P-X P-V P-Y P-W P-Z P-AFS TMODE TCK TRXD P-S I P-TTR I P-FO R 0k </0W> R 0k </0W> P-AN-DC P-POS P-U P-V P-W P-X P-Y P-Z C 000p <> C0 0. C 0p <CH> P-EP-CS P-EP-SK P-EP-D I R 0k </0W> P-AFS TAUX TTXD TRXD TMODE TAUX TCK R.0k </0W> R.0k </0W> R.0k </0W> R.k </0W> OUTDOOR UNIT MAIN PC AOYG0LETL : K0S-0HUE-C AOYGLETL : K0S-0HUE-C I C0 M9C CS SK D I NC GND R0 0k </0W> VCC DO TEST D0 DANU C0 0. Q0 R0 R0 DTCEUA 0k k </0W> </0W> C0 000p <> A R9 k </0W> A C 0. V Q00 D V DTAEUA ZP0-TP A CN 90- A -V R0, R0 0 </0W> % x C R9, R9, R90 0k </0W> x R9 R9 0k.0k </0W> </0W> PEAK LOAD CURRENT DETECTION REVERSE CURRENT DETECTION FO DC VOLTAGE DETECTION COMP POSITION DETECT R9.0k </0W> CN CN IPM CONTROL ACTPM CONTROL

11 TM0 TM0 ROWN CN0 90- D00 LLX0 - C 0. <XR> I C0- A90F-E - W W LACK OUTDOOR UNIT TRANSISTOR PC ( I P M ) AOYG0LETL : K0T-090HUE-TR0 AOYGLETL : K0T-0900HUE-TR0 R 0R0 C0 0R0 UP VP WP UN VN WN POWER-G CN C0 -V 9 0. P N I P M-G C0 / -V W0 TM0 I C0- A90F-E C00 0. TM0 LUE W0 LACK - I P M-GND C C0 0. 0/ POWER-G C 0p <> C 0p <> D0, D DANUx R0.k </0W> % R0.k </0W> % L0 R 0k </W> % R0 0k </W> % R9 0k </W> % R k </0W> % R0 9k </0W> % I P M-GND R.k </0W> % R </0W> % R0 </W> 0. x C C D0 - D0 C USJ x R R R R9 R0 R 0 </0W> x / x I PM-G C0 C0 C0 I P M-GND POWER-GND 0. x C C C C - C 000p <> x UP VN VP VNC VUF C I N VUFS CFO VP FO 0 VP UN 9 VVF VN VVFS WN WP P VP U 0 VNO V VWF W VWFS NU NC NV NW I PM-G C 0. C0 00/ I C0 AOYG0LETL : PS AOYGLETL : PS D0 ZP0-TP L00 L0Rn C 0.0 R R R C0 00p <> I PM-G 0k </W> % x R R R R 0 </0W> R R R0 0k </W> % x R0 0R0 R, R, R0 0.0 <W> x TM0 U TM0 V TM0 LACK W

12 PTC THERMISTOR OUTDOOR UNIT AOYG0LETL FILTER PC K0CW-090HUE-FL0 L POWER SOURCE AC0V 0Hz N W LACK W VA00 0V <TNR> VA0 0V <TNR> C00. <LE> SA00 RA-0M C0 0.0 <YE> C0 0.0 <YE> C0, C0 0.0 <YE> x L00 RCV-00PF0 C0. <LE> W9 LACK CT OUT W L0 RCV-00PF0 C0. <LE> R0 ZPR0RCH00 V K0 DWD -O ( M ) L0 N0000KDC C0. <LE> W W9 F00 0V 0A FH00 FH0 V CN00 0- POWER RELAY CONTROL L TO INDOOR UNIT N W LACK W PFC x EARTH AC VOLT OUT W GREEN W9 LACK W0 AOYGLETL FILTER PC K0CW-0900HUE-FL0 L POWER SOURCE AC0V 0Hz N W LACK W VA00 0V <TNR> VA0 0V <TNR> C00. <LE> SA00 RA-0M C0 0.0 <YE> C0 0.0 <YE> C0, C0 0.0 <YE> x L00 RCH-0PF0 C0. <LE> W9 LACK CT OUT W L0 RCH-0PF0 C0. <LE> V K0 DWD -O ( M ) L0 N0000KDC C0. <LE> W W W W9 PTC OUT F00 0V 0A FH00 FH0 V CN00 0- POWER RELAY CONTROL L TO INDOOR UNIT N W LACK W PFC x EARTH AC VOLT OUT W GREEN W9 LACK W0 0..0

13 OUTDOOR UNIT AOYG0LETL CAPACITOR PC K0F-090HUE-P0 W R00 0k <W> C0 0/ 0V C0 0/ 0V P W W VIOLET N W LUE POWER_G AOYGLETL CAPACITOR PC K0F-0900HUE-P0 W W VIOLET C00 - C0 0/ 0V x P N W W LUE POWER_G 0..0

14 ERROR DETECTION If you use a wireless remote control, the lamp on the photo detector unit will output error codes by way of blinking patterns. If you use a wired type remote control, error codes will appear on the remote control display. See the lamp blinking patterns and error codes in the table. An error display is displayed only during running. Remote control This is possible only on a wired remote control. If an error occurs, the following display will be shown. ( Er will appear in the set room temperature display.) Error code OPERATION lamp (green) Indoor unit TIMER lamp (orange) () () () () () () () () () () () () () () () () () () ECONOMY lamp (green) Wired remote control Description Serial communication error Wired remote control communication error Check run unfinished R.C. address or Refrigerant circuit address setting error [Simultaneous Multi] Indoor unit capacity error Combination error Connection R.C. address error (indoor secondary unit) [Simultaneous Multi] Connection R.C. address error (indoor unit or branch unit) [Flexible Multi] Primary unit, secondary unit set-up error [Simultaneous Multi] Power supply interruption error OPERATION lamp (green) Indoor unit TIMER lamp (orange) () () () () () () () () () () () () () () () () () () () () ECONOMY lamp (green) Wired remote control Description Discharge temp. sensor error Compressor temp. sensor error Outdoor unit Heat Ex. liquid temp. sensor error Outdoor temp. sensor error Suction Gas temp. sensor error -way valve temp. sensor error -way valve temp. sensor error Heat sink temp. sensor error Sub-cool Heat Ex. gas inlet temp. sensor error Sub-cool Heat Ex. gas outlet temp.sensor error Liquid pipe temp. sensor error Current sensor error Unit number of indoor unit EX. Self-diagnosis : 0.s on / 0.s off : 0.s on / 0.s off ( ) : Number of flashing () () () () () () () () () () () () () () () () () () () () () () () () () (0) Indoor unit PC model information error Manual auto switch error Room temp. sensor error Indoor unit Heat Ex. Middle temp. sensor error Indoor unit fan motor error Drain pump error Damper error Indoor unit error Outdoor unit main PC model information error or communication error Inverter error Active filter error, PFC circuit error Trip terminal L error Display PC microcomputers communication error () () (9) () (9) () (9) () (9) () (9) (9) (9) (0) (0) () (0) () (0) () (0) () () () Discharge pressure sensor error Suction pressure sensor error High pressure switch error Trip detection Compressor rotor position detection error (permanent stop) Outdoor unit fan motor error Outdoor unit fan motor error -way valve error Coil (expansion valve) error Discharge temp. error Compressor temp. error High pressure error Low pressure error ranch boxes error [Flexible Multi] 0.0.

15 OUTDOOR UNIT SPECIAL INSTALLATION SETTING PUMP DOWN SW PUMP DOWN (Refrigerant collecting operation) Perform the following procedures to collect the refrigerant when moving the indoor unit or the outdoor unit. () Press the push-button switch on the circuit board once. The LED on the circuit board starts flashing (one second ON/one se-cond OFF). This indicates the start of PUMP DOWN operation. When the switch is pressed while the compressor is in operation, PUMP DOWN operation starts automatically. When the switch is pressed while the compressor is in stop, the compressor starts to operate automatically, and then move on to PUMP DOWN operation. () PUMP DOWN operation continues for about minute. When PUMP DOWN operation is completed, the compressor stops automatically. Then close the -way valve and -way valve immediately. () Turn the power off. DANGER This part (Choke coil) generates high voltages. Never touch this part. 0.0.

16 PARTS INDOOR UNIT Ref. Description Part number Remote Control 990 Intake Cover Sub Assy Main Panel Sub Assy Intake Frame Assy 90 racket Pipe Sub Assy 90 Casing A 90 Casing Fan Motor 9 Control Cover A Sub Assy

17 Ref. Description Part number INDOOR UNIT Cabinet R Sub Assy 9000 Cabinet L Sub Assy Outlet Panel Sub Assy 900 Drain Pan Sub Assy 90 Evaporator Sub Assy 9 ase Sub Assy Sirocco Fan Assy Main PC (0) Main PC () Power Supply PC Reactor Assy 900 Terminal P 900 Terminal P Room Thermistor Pipe Thermistor

18 PARTS OUTDOOR UNIT 9 0 Ref. Description Part number Protective Net 90 Thermo Holder 90 Top Panel Sub Assy 90 Front Panel Sub Assy 909 Service Panel Sub Assy 90 Emblem Rear 900 Right Panel Sub Assy 9 Valve Cover Fan Motor Propeller Fan Assy ase Assy 9 Drain Assy Drain Cap 00

19 OUTDOOR UNIT Ref. Description Part number Transistor PC (IPM) (0) Transistor PC (IPM) () ACTPM 9090 Choke Coil (0) Choke Coil () Capacitor PC (0) 900 Capacitor PC () 900 Main PC (0) Main PC () Filter PC (0) 90 Filter PC () 900 Terminal Heat Sink Thermistor ( only) Discharge Thermitor Connector : Yellow Connector : White Connector : lue Thermistor (Outdoor) Compressor Thermistor Connector : Red Heat Exchanger Thermistor

20 OUTDOOR UNIT Ref. Description Part number -way Valve Assy 990 -way Valve Assy Compressor 9000 Accumulator Solenoid Expansion Valve Coil

21 OUTDOOR UNIT 0 Ref. Description Part number Expansion Valve Assy 909 Condenser A Sub Assy 900 Condenser A Assy 90 Inlet Pipe (Cond) A Assy 90 Outlet Pipe (Cond) A Assy 90 Strainer Assy 90 -way Valve Assy 99 -way Valve Check Joint Assy Muffler 9900 Pressure Switch 99000

22 ACCESSORIES INDOOR UNIT Name and Shape Hanger Q'ty Application For suspending the indoor unit from ceiling Special nut A (large flange) For suspending the indoor unit from ceiling Special nut (small flange) Coupler heat insulation (large) For indoor side pipe joint (large pipe) Coupler heat insulation (small) For indoor side pipe joint (small pipe) inder Drain hose insulation (large) (small) For fixing the drain hose For fixing the remote controller cord Insulates the drain hose and vinyl hose Remote control For air conditioner operation Remote control cord (*) For connecting the remote control Tapping screw (ø ) For installing the remote control OUTDOOR UNIT Name and Shape Q'ty Application Part number Drain pipe For drain piping work Drain cap

23 OPTIONAL PARTS Name and Shape Model name Use Name and Shape Model name Use 0 mm Square flange UTD-SF0T (P/N ) Drain pump unit UTZ-PXNA (P/N 90900) 0 mm 0 mm Flexible duct UTD-RD0 (P/N 9000) Wired remote control UTY-RNNYM Unit control is performed by wired remote control 00 mm L m 9 mm 0 mm mm mm UTD-RF0 (P/N ) High functional wired remote control UTY-RVNYM mm Round flange Long-life filter UTD-LFNA (P/N909900) Simple remote control UTY-RSNYM For air conditioner operation 9 mm 0 mm Remote sensor UTY-XSZX (P/N 90000) IR receiver unit UTY-LRHYM External control set ( x ) ( x ) UTD ECSA (P/N 90900) Use to connect with various peripheral devices and air conditioner PC. ( x ) ( x ) 0.0.

24 0G