SPLIT TYPE AIR CONDITIONER CEILING TYPE (50Hz)

Transcription

1 SPLIT TYPE AIR CONDITIONER CEILING TYPE (0Hz) Indoor unit AYGLRTA Outdoor unit AOYGLETL CONTENTS SPECIFICATIONS DIMENSIONS REFRIGERANT SYSTEM DIAGRAM.... CIRCUIT DIAGRAM INDOOR PC CIRCUIT DIAGRAM OUTDOOR PC CIRCUIT DIAGRAM....9 ERROR DETECTION PARTS (INDOOR UNIT) PARTS (OUTDOOR UNIT) ACCESSORIES

2 SPECIFICATIONS ELECTRICAL DATA NOISE LEVEL TYPE Cooling & Heating High 9 d INDOOR UNIT OUTDOOR UNIT AYGLRTA AOYGLETL INDOOR UNIT Medium Low d 9 d COOLING CAPACITY. kw Quiet d HEATING CAPACITY. kw OUTDOOR UNIT d SOURCE RUNNING CURRENT INPUT WATTS E.E.R. C.O.P. MOISTURE REMOVAL AIR CIRCULATION OUTDOOR MAXIMUM CURRENT Cooling Heating Cooling Heating Cooling Heating AIR CIRCULATION INDOOR Cooling Heating FAN MOTOR INDOOR UNIT, Discrimination INDOOR UNIT High Medium Low OUTDOOR UNIT, Discrimination OUTDOOR UNIT Cooling OUTDOOR UNIT Heating Quiet Upper fan Lower fan Upper fan Lower fan 0 V, 0 Hz, single phase. A. A. kw. kw. kw/kw. kw/kw.0 L/hr,00 m/h,0 m/h,00 m/h 0. A MFH-RV,00 r.p.m.,000 r.p.m. 0 r.p.m. 0 r.p.m. MFE-VVT 0 r.p.m. 00 r.p.m. 0 r.p.m. 0 r.p.m. COMPRESSOR AND REFRIGERANT Hermetic type, Inverter, TYPE poles, phase, DC motor, Twin Rotary DISCRIMINATION N-TF0HDA WEIGHT (with oil). kg REFRIGERANT TYPE R0A PRECHARGED REFRIGERANT,0 g MAX PIPE HEIGHT 0 m Pipe length 0 m,0 g 0 m,0 g FULL CHARGE 0 m,0 g 0 m,0 g ADDITIONAL CHARGE 0 g/m DIMENSIONS INDOOR UNIT H x W x D 0 x,0 x 00 mm OUTDOOR UNIT H x W x D,90 x 900 x 0 mm WEIGHT INDOOR UNIT Shipping / Net kg / kg OUTDOOR UNIT Shipping / Net 9 kg / kg 0.0.

3 DIMENSIONS OUTDOOR UNIT (Unit : mm) INDOOR UNIT , air flow 00,

4 REFRIGERANT SYSTEM DIAGRAM OUTDOOR UNIT INDOOR UNIT Pressure Check Valve Refrigerant Pipe.mm (/") Muffler -way Valve -way Valve Pressure Sensor Heat Exchanger Check Valve Heat Exchanger High Pressure Switch Accumulator Muffler Compressor Strainer Strainer Refrigerant Pipe 9.mm (/") Expansion Valve -way Valve Refrigerant direction Cool Heat Thermistor (Compressor) Thermistor (Discharge) Thermistor (Heat Exchanger Med) Thermistor (Heat Exchanger Out) Thermistor (Outdoor) Thermistor (Room) Thermistor (Pipe) 0.0.

5 LOUVER ( RIGHT / LEFT ) FAN MOTOR FM GREEN / CIRCUIT DIAGRAM INDOOR UNIT M M LOUVER ( UP / DOWN ) ROWN ROWN ROWN CN0 CN0 CN0 E0 E0 GREEN CN CN CN9 CN0 GREEN CN CN CN F0.A 0V CN MAIN PC CN0 CN0 SUPPLY PC EX. IN EX. OUT ( OPTION ) OUTDOOR UNIT CN CN CN CN CN CN0 W0 W0 W0 CN0 INDICATOR PC ROWN LUE PURPLE CN0 THERMISTOR ( PIPE TEMP. ) THERMISTOR ( ROOM TEMP. ) INDICATOR PC TERMINAL TO WI REMOTE CONTROL TERMINAL TM0 W CN0 CN0 CN0 TM0 V TM0 U TM0 TM0 W W TM0 TM0 CN0 9 9 TRANSISTOR PC ( I P M ) 9 9 CN0 LUE ROWN S W0 W0 R CM T W W W W W0 W0 COMPRESSOR CN CAPACITOR PC VIOLET MAIN PC N P -I N I N CN00 ROWN CHOKE COIL FUSE F00 AC0V 0A L A C T P M FUSE L F0 AC0V.A F0 AC0V.A CN0 CN CN W0 CN0 W W CN0 CN CN CN CN9 CN CN00 FUSE F0 AC0V 0A FILTER PC FUSE FUSE W0 W0 F0 AC0V 0A CN W0 W W0 W0 W00 LACL LUE ROWN ROWN GREEN PS TERMINAL L N HIGH PRESSURE SWITCH THERMISTOR ( OUTDOOR TEMP. ) THERMISTOR ( PIPE TEMP. ) THERMISTOR ( PIPE - MID. TEMP. ) THERMISTOR ( DICHARGE TEMP. ) THERMISTOR ( COMP. SHELL TEMP. ) WV PMV FM FM -WAY VALVE EXPANSION VALVE FAN MOTOR ( UPPER ) FAN MOTOR ( LOWER ) SOURCE COIL 0.0.

6 INDOOR PC CIRCUIT DIAGRAM CONTROL UNIT EZ-0EHSE CN P-SHF-AA CN 0-XASK--A CN 0-XAYK--A THERMISTOR ( ROOM TEMP. ) TERMINAL (N) OUTDOOR UNIT UL0 AWG0 UL0 AWG0 UL0 AWG0 W0 W0 W CN -XASK--A CN 0-XAKK--A MAIN PC K0AK-HSE-C CN 0-PASK ROWN LUE PURPLE UL0 AWG x ROWN LUE PURPLE CN0 JC-0HG THERMISTOR ( PIPE TEMP. ) INDICATOR PC K0GN-00HSE-D0 DC FAN MOTOR F M ROWN UL0 AWG GREEN UL0 AWG GREEN UL0 AWG x EMI FILTER GTFC--- TURNS DRAIN PUMP E0 E CN0 P-VH- CN0 P-VH--E LUE SUPPLY PC K0AL-0HSE-P0 CN0 0-PASK- CN0 0-PASK DRIVE UL0 AWG x DC SUPPLY UL0 AWG x EMI FILTER ZCAT-00 TURNS CN 0-PASK- CN 0-PASK- CN 0-PASK- CN 0-XAKK--A CN 0-PAMK- GREEN CN0 0-PAOK EMI FILTER ZCAT-00 TURNS FRESH AIR UL0 AWG EARTH WIRE UL0 AWG UL0 AWG TERMINAL WI REMOTE CONTROL ( OPTION ) EX. OUT EX. IN CN0 -XH-AM CN0 -XH-AM CN 0-XASK--A CN 0-XARK--A ROWN UL0 AWG x ROWN UL0 AWG x ROWN ROWN M M LOUVER ( UP / DOWN ) LOUVER ( RIGHT / LEFT ) 0-0- CN0 P-VH- CN9 0-XARK--A FLOAT SWITCH NORMAL COIL RLEY- mh,.a UL0 AWG0 x 0.0.

7 INDOOR UNIT MAIN PC K0AK-HSE-C DC SUPPLY ( TEST ) ( SP PC ) DRIVE ( FRESH AIR ) CN 0-PASK- CN P-SHF-AA CN 0-PASK- CN 0-PASK- CN.V 0-PAMK- CN0 0-PAOK- V.V.V V C 0/ 0V.V R - R 0k </0W> x V I G I C NJM0 R, R, R 0k </0W> x D SS I C NJM R 0k </0W> I V G D SS O O R 0k </0W> C 0/ 0V V V C 0.0 R9 - R.0k </0W> x R.0k </0W> R.0k </0W> R 0k </0W> V 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> V Q DTCEKA C 0.0 C 00/.V C 000p <R> C 0. C 000p <R> V R9 90 </0W> C 0.0 JM JM JM C 0. C 000p <R> V C 0. R0 0k </0W> Q DTCEKA R - R 0k </0W> x R - R.0k </0W> x.v 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. V 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> V R 0k </0W> R.0k </0W> C 0. R 00k </0W> C 0. FLOAT SWITCH CN9 0-XARK--A V 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 V C 0. C 0.0 R 0R0 V 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.V Z PKMEPYH-000-A0 R9 0k </0W> R0 9.9k </0W> R 9.9k </0W> V V V R.k </0W> R k </0W> V 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. ) V R0 0k </0W> D DANU SK O O O O O O O GND 9 0 V R, R 0k </0W> x V D DFSA.V 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 W0 I C- F0.A 0V FH0 L FCFL x FH0 SA0 RA-M VA0 0V <TNR> VA0 0V <TNR> C0 0. <LE> LF0 ELF0N0A 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/ V C0 00p <FNS> D0 SR9-00 V 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> V A D0 DFL0U 0 C 0.0 <KH> C 0.0 <KH> C 000/ V R 0k </0W>.V I C-0 N E0 GREEN V 0V CN0 P-VH- CN0 0-PASK- V I C0 TLP <G> V R.0k </W> R 0 </W> A C 00/ AV C9 0.0 <KH> I C0 TLP <G> A V R.k </0W> R.k </W> DC FAN MOTOR W0 SERIAL I C 0 H I 0 0 R 0 VA0 0.0 V DRIVE I C- L I C-0 N INDOOR UNIT SUPPLY PC K0AL-0HSE-P0 DC SUPPLY CN0 0-PASK- V.V C 0. C0 0. R 0 </0W> K0 GN-A I C0 TLP <G> L0 V Lm <AG0> L0 Lm <AG0>.V CN0 -XH-AM R 0 </0W> C 0.0 CN0 -XH-AM 0.0. EX. OUT EX. I N I C- L I C-0 N K0 GN-A CN0 P-VH--E.V DRAIN PUMP RC0 0/ 0.

9 V INDOOR UNIT INDICATOR PC K0GN00HSE-D0 CN0 0 / 0 JC / XMR 0 L=00 R0 0 </W> R0 0 </W> D0 EMPGX D0 EMAAX GREEN OPERATE TIMER LOUVER ROWN R0 0 </W> D0 EMPGX GREEN TO MAIN PC LOUVER V REMOTE SIGNAL LUE GND MANUAL AUTO SWITCH PURPLE C0 0/ V C0 0. JM0 SW0 EVQPAG0K PHA0 P I C-TH VCC OUT GND 0.0.

10 OUTDOOR PC CIRCUIT DIAGRAM INVERTER ASSEMLY EZ-0HHUE SOURCE AC0V 0Hz INDOOR UNIT DC FAN MOTOR DC FAN MOTOR EXPANSION VALVE -WAY VALVE N L FM FM M EMI FILTER RFC- T UL0 AWG0 EMI FILTER ZCAT-0 T UL0 AWG GREEN ROWN ROWN LUE UL0 AWG UL0 AWG UL0 AWG0 EARTH W00 W0 W0 W W0 CN00 P-VH- CN0 P-VH--C CN 0-XARK--A CN 0- F00 AC0V 0A F0 AC0V 0A W0 SERIAL UL0 AWG0 UL0 AWG0 W0 W0 CN -0- AC I N F0 AC0V.A F0 AC0V 0A F0 AC0V.A FILTER PC K0R-000HUE-FL0 UL0 AWG0 MAIN- PC COM. CN0 0-XN I SK-A- UL00 AWG x W CN CN0 0-XN I SK-A- 0-XAYK--A MAIN- PC COM. UL AWG0 CN 0-XAMK--A GREEN CN 0-XAKK--A CN 0-XAEK--A LUE W W0 W0 UL AWG0 PTC THERMISTOR ZPR0YCE00A00 EX I N EX I N EX OUT EX OUT UL0 AWG UL0 AWG ROWN CHOKE COIL A L=0.mH 0A UL0 AWG L EMI FILTER ZCAT-0 T UL0 AWG L ACTPM ( PM-0SG ) ROWN P N - UL0 AWG UL0 AWG VIOLET EMI FILTER TFC---A T UL0 AWG x CAPACITOR PC K0F-000HUE-P0 W W UL0 AWG0 x 9 W W I PM CONTROL CN0 09-PL I SK- UL0 AWG UL0 AWG UL0 AWG UL0 AWG LUE UL00 AWG x 9 TM0 TM0 W W TM0 TM0 W0 W0 - D00 LLX0 MAIN-I NV PC COM. CN0 0-PL I RK- TRANSISTOR PC ( I P M ) K0AY-00HUE-TR0 UL00 AWG x TM0 TM0 TM0 UL AWG x EMI FILTER ZCAT-0 T CM COMPRESSOR PRESSURE SWITCH UL0 AWG UL0 AWG CN9 P-VH--C CN0 -- CN00 0-PAKK- ACTPM CONTROL CN -0- DC VOLT I N 9 CN0 09-PL I SK- I PM CONTROL CN0 0-PL I RK- MAIN-I NV PC COM. CN0 -PASK- CN0 -PASK- PRESSURE SENSOR HIGH THERMISTOR ( OUTDOOR TEMP. ) PRES SENSOR H I NO MARKING CN9 - CN 0-PASK- MAIN PC K0S-0HUE-C THERMISTOR ( DISCHARGE ) THERMISTOR ( COMP. TEMP. ) ROWN CN 0-PASK- CN ( - ) -XN I RK-- UL00 AWG x INDICATOR PC K0C-000YUE-D0 THERMISTOR ( PIPE TEMP. ) THERMISTOR ( PIPE - MID. TEMP. ) NO MARKING CN 0-PASK- FLASH ( MAIN ) CN 0-PASK- FLASH ( INV ) CN0 0-PAKK

11 OUTDOOR UNIT MAIN PC - K0S-0HUE-C CN -0- AC I N CN 0- -WAY VALVE CN9 P-VH--C ASE HEATER W0 SERIAL CN -0- DC VOLT I N CN0 0-PAKK--A FLASH ( I NV ) CN 0-XN I SK-A- MAIN- PC COM. CR RE0 0./0 CR9 RE0 F0.A 0V FH0 FH0 TP00- x V- V V- JM0 V- R0 0k </0W> R 0k </0W> V- JM09 D00 DANU R00.0M </0W> C00 0. RESET_I N P_FLMD0 V 0 P_TEST_S I P_TEST_SO V PIN I PS- P_AN_CT 0V C / 0V K FTR-F K9 FTR-F H Y I C 0 H U 0 0 R I C- uln00 I C- uln00 V P_RXD_I NV P_ON_AVAILALE I C0- uln00 P_TXD_I NV R 0k </0W> P_RUSH_R P_PR I C0- uln00 C0 0.0 C 0.0 D P_WV P_H R k </0W> R0.0k </0W> R.0k </0W> JM 0R0 R0, R 0k </0W> x D00 DF0 0V R0 k </0W> Q SCK <Q> V- R - R 0k </0W> x C / 0V JM0 0R0 JM 0R0 R.0k </0W> R - R.0M </W> x I C TOPPN S S S S C /V V D C M C 0. R </0W> R.k </0W> R R.0k.0k </0W> </0W> I C0- uln00 C 0.0 C 0.0 R 0k </0W> R 0k </0W> P_HS P_SCK P_S I P_SO P_FLMD0 P_FLMD D0 SS D0 UDZS. L0 0R0 V L0 LmAG0 D0 SS C 0. P_MAIN_SO P_MAIN_SO P_MAIN_S I L9 LmPG R0.0k </0W> P_SERIAL_RXD P_I NT_ P_SERIAL_TXD R0 0k </0W> R9, R0.k </W> x R, R </W> x C0 - C0.0 x D90 UF00 C9, C9 R9 0p <CH> 0 x </W> C 0k </0W> JM0 R9.k </W> V- C0 0. P_MODEL P_MODEL0 P_RTR I P P_TR I P P_MAIN_SO P_CP_POS P_TEST_SO P_TEST_S I P_S I P_SO P_SCK P_UP P_UN P_VP P_VN P_WP P_WN P_AN_I L P_AN_DC P_AN_CT C 00p <D> D ST0D- C9 00/ 0V C9 0. A I C0 S0 NC GND T ZTF00 D SS VDD OUT RESET_OUT I C A I O G V 0 9 C0 0/ 0V A V- R k </0W> ( I NV. ) I C00 upd0f RESET_I N P00 P0 P0 P0 P0 P0 P0 P0 P P P P P P0 P P P0 P P P P P P0 P P P P P P P P P9 VDD EVDD P90 P9 P9 P9 P9 P9 P9 P9 P99 PCM0 PCM PDL0 PDL PDL PDL PDL PDL PDL PDL AVREF0 FLMD0 REGC X X RESET* XT XT AVSS EVSS VSS C 000p C 000p V R0 0k </0W> C0 0. R00 0k </0W> R.0k </0W> R0 0R0 L LmPG P_MAIN_SO P_MAIN_S I P_PR P_AF_EN P_HS P_RUSH_R P_EP_D I P_EP_SK P_EP_CS P_FLMD P_FLMD0 P_RESET D RF0S C, C R 0p <CH> 0 x </W> V- C00./ 0V C0 0. V- V- L00 LmAG0 C0./ 0V C, C 0p <CH> x D RF0LS C 0/ V CS D I SK GND L 0R0 C, C R 0 L 0p <CH> x </0W> LmPG D RF0LS L C, C R 0 LmPG 0p <CH> x </0W> P_EP_CS P_EP_D I P_EP_SK R0 0k </0W> C0 0. C0./ 0V X00.00MHz <CSTS> D RF0TD VCC DO NC TEST R 0 </0W> C, C R 0 0p <CH> x </0W> C0 0. D RF0LS I C0 S-9CD0 I R0 0k </0W> P_RESET P_RTR I P P_TR I P C 0/ 0V C 0/ V P_LED C 000p D P_AN_I L C 00/ 0V C 0. P_AN_DC P_CP_POS V- V -0V C 0. V- I C- uln00 0 C0 0k </0W> R k </0W> C0 0. V R k </W> C 00/ V R0, R0 0k </0W> x P_MODEL0 P_MODEL R.0k </0W> C 0. C 0p <CH> P_AF_EN V- R.0k </0W> V- D SS I C 0 R 0k </0W> V I O G C 0. V D SLR-VC <> R.0k </0W> R.k </0W> R, R9.0k </0W> x V- R9.0k </0W> I C- uln00 R 0k </0W> V- C./ 0V V- D DANU V R0 V.0k </0W> R0.0k </0W> R00.0k </0W> R.0M </0W> I C00 PSL--V D00 RDFM R0, R0 0 </0W> % x P_UP P_VP P_WP P_UN P_VN P_WN A A V C 0. C C0 0.0 A V- -0V 9 CN00 0-PAKK- ACTPM CONTROL CN0 09-PL I SK- I P M CONTROL CN0 0-PL I RK- MAIN-I NV PC COM

12 OUTDOOR UNIT MAIN PC - K0S-0HUE-C CN00 P-VH- DC FAN MOTOR CN0 P-VH--C DC FAN MOTOR CN 0-XARK--A EXPANSION VALVE CN9 - PRESSURE SENSOR HIGH CN0 -- PRESSURE SWITCH CN 0-PASK- THERMISTOR ( OUTDOOR TEMP. ) CN 0-PASK- THERMISTOR ( DISCHARGE TEMP. ) THERMISTOR ( COMP. TEMP. ) CN 0-PASK- THERMISTOR ( PIPE TEMP. ) THERMISTOR ( PIPE - MID. TEMP. ) C0 0. V V C9 0. L9 LmAG0 R0.k </0W> L0 V L0Rn C0 0. 0V V R.k </0W> % R k </0W> R k </0W> R.k </0W> % R9.k </0W> % D0 RDFM R0 k </0W> C0 0. 0V C9 000p C0 0. L00 V- L0Rn D9 DANU R 0k </0W> R0 0k </0W> R 0k </0W> R 0k </0W> R 0k </0W> R00 k </0W> VV C00./ 0V I C- uln00 I C- uln00 I C- uln00 I C- uln00 R9 0k </0W> C 0. C 0. D00 R0 L0 DANU.0k L0Rn V- </0W> V- C 0. D0 DANU C 0. C 0. V- Q0 DTAEUA R0 0k </0W> D0 R0 RDFM k </0W> C0 V V./ R0 0V 0k </0W> R0.0k </0W> R9 0k </0W> R0 0k </0W> P_AN_TH P_AN_TH P_AN_TH P_AN_TH P_AN_TH Q00 DTCEUA C0 0.0 Q0 DTAEUA Q0 DTCEUA C0 0.0 P_EEV_P P_EEV_P P_EEV_P P_EEV_P RESET P_FM_PWM P_FM_F P_FM_PWM P_FM_F C9 0.0 C0 0.0 P_JM P_AN_PS_HP P_PSW MODE P_RXD_PCS P_TXD_PCS C 0.0 EEP_CS EEP_I O EEP_SK R.0k </0W> R 0k </0W> R 0k </0W> R.0k </0W> C 000p V C 0. V R 0k </0W> I C S-9CD0 I V CS D I SK C 0. GND R k </0W> VCC R 0k </0W> C 0. C 0k </0W> DO NC TEST I C S0 VDD OUT NC GND P_SW_MODE MODE RESET P_AN_TH P_AN_TH P_LED P_AN_TH P_AN_TH P_AN_TH P_I NT_ P_SERIAL_RXD P_DEMAND P_DEMAND P_LED P_LED P_WV P_FM_PWM P_LED P_JM P_FM_PWM P_H P_EX_I N P_EX_I N P_FM_F P_SW_SELECT P_EX_OUT P_EX_OUT P_FM_F V C 0. R.0k </0W> V 9 0 ( MAIN ) I C RFC P_ MODE RESET* VSS VSS VREF P0_0 P0_ P0_ P0_ P0_ P0_ P0_ P0_ P_0 P_ P_ P_ P_ P_ P_ P_ P_0 P_ P_ P_ P_ P_ P_ P_ P_0 P_ P_ P_ P_ P_ P_ P_ P_ P_ VCC VCC P_ P_ P_0 P_ P_ P_ P_ P_ P_ P_ P_0 P_ P_ P_ P_ P_ P_ P_ P_0 P_ P_ P_ P_ P_ P_ P_ P_0 P_ P_ P_ P_ P_ P_ P_ P9_0 P9_ P9_ P9_ C 0. V R - R 0k </0W> x C 000p L LmAG0 C./ 0V EEP_SK EEP_CS EEP_I O R 0R0 P_SW_PUMP_DOWN P_SW_EXIT P_SW_ENTER P_PSW P_TXD_I NV P_RXD_I NV P_SERIAL_TXD P_TXD_PCS P_RXD_I NV P_AN_PS_HP P_DEMAND P_EEV_P P_EEV_P P_EEV_P P_EEV_P P_LED_COM P_LED_COM P_LED_COM P_ON_AVAILALE P_SW_PUMP_DOWN P_SW_EXIT P_SW_ENTER P_SW_SELECT P_SW_MODE C9 0k </0W> C0 0.0 C 0.0 C 0.0 C 0.0 C 0.0 CN 0-PASK- X.00MHz <CSTLS> P_EX_I N P_EX_I N R.0k </0W> R.0k </0W> R.0k </0W> R.0k </0W> R.0k </0W> R, R R I C-.0k </0W>.k uln00 x </0W> P_LED I C- uln00 P_LED C 0.0 C 0.0 R 0k </0W> V V R 0k </0W> V R9 0k </0W> R0 0k </0W> R 0k </0W> R.0k </0W> R9.0k </0W> V V R9, R R.0k </0W>.k x </0W> R, R R I C-.0k </0W>.k uln00 x </0W> P_LED V I C PSL--V I C PSL--V I C PSL--V I C PSL--V I C9 PSL--V I C0 PSL--V I C PSL--V I C PSL--V R 0k </0W> V R, R0 R I C-.0k </0W>.k uln00 x </0W> P_LED_COM R, R R I C-.0k </0W>.k uln00 x </0W> P_LED_COM FLASH ( MAIN ) V R 0k </0W> P_DEMAND P_DEMAND R9, R R I C-.0k </0W>.k uln00 x </0W> P_LED_COM P_EX_OUT P_EX_OUT C 0.0 C9 0.0 C0 0.0 C 0.0 C 0.0 I C PSL--V I C PSL--V C0 0.0 C 0.0 R9.k </0W> R9.k </0W> R9.k </0W> R9.k </0W> R99.k </0W> V V I C PSL--V I C PSL--V I C PSL--V V- R.k </0W> R.k </0W> R.k </0W> V 0 I C0- uln00 I C0- uln00 R.0k </0W> V- V- V- C 0.0 R.0k </0W> V- C 0.0 P_DEMAND V- R0, R0, R 0 </0W> x R0, R09, R 0 </0W> x R0, R0, R 0 </0W> x R0, R, R 0 </0W> x R0, R, R 0 </0W> x I C0- uln00 I C0- uln00 R.k </0W> R.k </0W> R0 0k </0W> R 0k </0W> C 0.0 I C0- uln00 R0.k </0W> D R.k </0W> D R.k </0W> D V- R.0k </0W> V V V- V K FTR-F K FTR-F R 0k </0W> R, R.0k </0W> x R, R.0k </0W> x R, R.0k </0W> x V- R, R9, R 0 </0W> x R, R0, R 0 </0W> x Q DTA EUA Q DTA EUA Q DTA EUA V- D D D CN 0-XAKK--A EX. OUT CN 0-XAEK--A LUE EX. OUT CN0 0-XAYK--A EX. IN CN 0-XAMK--A GREEN EX. IN CN ( - ) -XNIRK-- DEMAND OF RESPONSE ( CN0- ) ( CN0- ) ( CN0- ) ( CN0- ) ( CN0- ) ( CN0- ) CN0 -PASK- INDICATOR PC ( CN0- ) ( CN0- ) ( CN0- ) ( CN0- ) ( CN0- ) ( CN0- ) ( CN0-9) ( CN0-0 ) ( CN0- ) ( CN0- ) 0.0.

13 OUTDOOR UNIT TRANSISTOR PC ( I P M ) K0AY-00HUE-TR0 TM0 0 TM0 0 - D00 LLX0 C 0. <XR> W W C09 - C, C 0. x C.0 C 0. C0 00/ V I PM-G V I C0 FS0CH0 L00 L0Rn D0 RDFM TM0 0 TM0 0 TM0 0 W V U P N W0 TM0 0 TM0 0 W0 REVERSE CURRENT CN0 0-PL I RK- DCV POW_GND I P M CONTROL CN0 09-PL I SK- 9 I PM-G C0 0. V C0 / V -V C 0. C0 / V C00 0. C 0. C0 / V R - R 90 </0W> x C 0. C0 / V I PM-G CSC CFOD VCC COM I N I N I N VFO CFOD CSC I N VCC V VS I N VCC V VS I N VCC V VS NU NV NW U V W P W V U C0 0. <HCP> DCV C0 0. <XR> U V W DCV - I C0- A90F R 0R0 C0 0R0 C - C 00p x I PM-GND R, R 0.0 <W> x R0 0.0 <W> V I C0- VCC A90F G / V I C0- A90F - I PM-GND C V 0. C0 0/ V I PM-GND R, R, R0 R, R, R R, R, R 0k </W> % x 9 D0, D DANU x C C R, R 0p 0p.k </0W> % x R0.k </0W> % R0 k </0W> % R, R0, R9 0k </W> % x R k </0W> % R0 9.k </0W> % I PM-GND CSC CFOD C 0.0 I PM-GND C0 00p <CH> R 0R0 R0 0 </0W> I PM-GND 0.0.

14 OUTDOOR UNIT SUPPLY PC K0R-000HUE-FL0 TM0 0 JM00 - JM0 W W TM00 0 SOURCE AC0V 0Hz N L L TO INDOOR UNIT N EARTH W00 W0 W0 W W0 GREEN W0 W0 FH0 PFC000-00F x F00 0A 0V FH00 F0 0A 0V VA00, VA0 0V <TNR> x FH0 FH0 PFC000-00F x VA0 0V <TNR> FH09 F0.A 0V FH0 PFC000-00F x FH0 FH0 H-00- x F0 0A 0V VA0 0V <TNR> SA00 RA-0M C00. <LE> L00 RCH-0PF0 C0. <LE> T00 CT- C0 0.0 <YE> C0 0.0 <YE> L0 RCH-0PF0 C0 0.0 <YE> C0 0.0 <YE> C0. <LE> R0.0k </0W> % V V K00 DWD-O (M) D00 DANU C 0/ V K00 - P-PR R0.k </0W> % L0 n0000k C0. <LE> VR00 VG0TL P-PR <0.W> P-PR K R0 k </0W> C 0. V C 0. V W0 W0 CN0 0-XN I SK-A- MAIN PC 0.0.

15 OUTDOOR UNIT CAPACITOR PC K0F-000HUE-P0 W P W W VIOLET R00 0k <W> C00 - C0 0/ 0V x N W LUE _G OUTDOOR UNIT INDICATOR PC K0C-000YUE-D0 D0 SLR- <> L D0 SLR- <> L D0 SLR- <> L D0 SLR- <> L D0 SLR- <> L D0 SLR- <> PUMP DOWN L D0 SLR- <> ERROR D0 SLR- <GREEN> / MODE ( CN0- ) ( CN0- ) ( CN0- ) ( CN0- ) ( CN0- ) ( CN0- ) ( CN0- ) ( CN0- ) ( CN0-9 ) ( CN0-0 ) ( CN0- ) ( CN0- ) PUMP DOWN EXIT ENTER SELECT MODE SW SW SW SW SW KSMWTS x ( CN0- ) ( CN0- ) ( CN0- ) ( CN0- ) 0.0.

16 ERROR DETECTION INDOOR UNIT and WI REMOTE CONTROL OPERATION lamp (green) Indoor unit TIMER lamp (orange) () () ECONOMY lamp (green) Wired remote control Description Serial communication error OPERATION lamp (green) Indoor unit TIMER lamp (orange) () () ECONOMY lamp (green) Wired remote control Description Discharge temp. sensor error 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. Indoor unit display Troubleshooting at the display is possible either on the wired or wireless remote. control. ECONOMY Lamp (green) TIMER Lamp (orange) OPERATION Lamp (green) () () () () () () () () () () () () () () () () 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 () () () () () () () () () () () () () () () () () () 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 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 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.

17 OUTDOOR UNIT Indicator PC LEDs uttons ERROR DETECTION Display when an error occurs. PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) (Hi speed) Check that the ERROR LED blinks, then press the [Enter] button once. For details, refer to the following table. LED display DESCRIPTION REMARK MODE ERROR PUMP DOWN LOW NOISE PEAK CUT (L) (L) (L) (L) (L) (L) Serial communication error Indoor unit capacity error Indoor unit error Serial forward transmission error immediately after operation Serial forward transmission error during operation Indoor unit capacity error Indoor unit error ( times) ( times) ( times) ( times) ( time) ( time) ( time) ( times) ( times) ( time) ( times) ( times) Outdoor unit main PC error Outdoor unit PC model information error ( times) ( times) ( times) Inverter PC error Inverter error ( times) ( times) ( times) IPM error Trip terminal L error ( times) ( times) ( times) Discharge temp. sensor error Discharge temp. sensor error ( times) ( times) ( time) Compressor temp. sensor error Outdoor unit Heat Ex. sensor error Outdoor temp. sensor error Heat sink temp. sensor error Current sensor error Pressure sensor error Trip detection Compressor motor control error Outdoor unit fan motor error Outdoor unit fan motor error -way valve error Discharge temp. error Compressor temp. error Pressure error Compressor temp. sensor error Heat Ex. centre temp. sensor error Outdoor unit Heat Ex. liquid temp. sensor error Outdoor temp. sensor error Heat sink temp. sensor error Current sensor error (stoppage permanently) High pressure switch error Pressure sensor error Trip detection Rotor position detection error (stoppage permanently) Duty abnormal Duty abnormal -way valve error Discharge temp. error Compressor temp. error Low pressure error ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) (9 times) (9 times) (9 times) (9 times) (9 times) (0 times) (0 times) (0 times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) ( times) (9 times) ( time) ( times) ( times) 00..

18 OUTDOOR UNIT TEST RUN efore the test run, refer to he figure and check the following items. Is the outdoor unit securely installed? Have you performed gas leakage inspection? (Connection joints of various pipes (flang connection, brazing)) Is the heat insulation done completely? (Gas pipe, liquid pipe, drain hose extension on indoor unit side etc) Is the water discharging from drain without any problems? Setting method () Turn on the power of the outdoor unit and enter standby mode. PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) Are the cables connected correctly? Are the cables as per specif cations? Is the earth wire connected accurately? Are there any obstacles blocking the suction gate, and outlet of the indoor/outdoor units? () Press the ENTER button for more than seconds. PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) Have you filled the specified amount of refrigerant? Are the stop valves of gas pipe and liquid pipe fully open? Has the power been supplied to crankcase heater for more than hours? If there are problems, adjust immediately and recheck. Test run method e sure to configure test run settings only when the outdoor unit has stopped operating. Depending on the communication status between the indoor and outdoor units, it may take several minutes for the system to start operating after settings for the test run are complete. After the test run settings are complete, the outdoor units and the connected indoor units will start operating. Room temperature control will not activate during test operation (continuous operation). If a knocking sound can be heard in the liquid compression of the compressor, stop the unit immediately and then energize the crank case heater for a sufficient length of time before restarting the operation. Test run setting method (it can be performed in the following two ways) Set with test run setting (refer to installation instructions manual of indoor unit for further details) available in the remote control. Cooling Operation and Heating Operation can be set using, SELECT button and ENTER button available on the board of display unit. (*Make sure to perform the first test run with cooling operation.) Set as per the procedure given below. () Press the SELECT button, LED of the test run mode Switched between "COOL" and "HEAT". Cooling test mode PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) Heating test mode PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) () After confirmin the operation mode, Press ENTER button. The display changes as follows, and Air conditioner starts operation. Cooling test mode PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) Heating test mode PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) Check items during test run Is the outdoor unit making any abnormal noise or vibrating significantly? Is the cold air or hot air blowing from indoor unit according to the operation mode? Check that the ERROR LED blinks. If it has displayed, check the error content as per.. described later. Operate the unit according to the operating manual provided with the indoor unit, and check that it is operating normally. () Press [ENTER] button. Air conditioner stopped operation. PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) 0.0.0

19 OUTDOOR UNIT PUMP DOWN WARNING Never touch electrical components such as the terminal blocks except the button on the display board. It may cause a serious accident such as electric shock. During the pump-down operation, make sure that the compressor is turned off before you remove the refrigerant piping. Do not remove the connection pipe while the compressor is in operation with -way or -way valve open. This may cause abnormal pressure in the refrigeration cycle that leads to breakage and even injury. CAUTION Perform the pump down operation before disconnecting any refrigerant pipe or electric cable. Collect refrigerant from the service port or the -way valve if pump down cannot be performed. In case of a group control system installation, do not turn the power off pump down is completed in all outdoor units. (Group control system installation described in SPECIAL INSTALLATION METHODS in the installation manual of the indoor unit.) Operate [PUMPDOWN] button on the display board in the manner described below. Preparation for pump down Confirm that the power is off, and then open the service panel. Procedure () Check the -way valves (both the liquid side and gas side) are opened. () Turn the power on. PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) () Press [PUMP DOWN] button for seconds or more after minutes after power on. PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) LED display lights on as shown in the above figure and the fans and the compressor start operating. If the [PUMP DOWN] button is pressed while the compressor is operating, the compressor will stop, then start again in about minutes. () LED display will change as shown below about minutes after the compressor starts. Fully close the -way valve on the liquid pipe side at this stage. PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) If the valve on the liquid pipe side is not closed, the pump down cannot be performed. () When LED display changes as shown in the below figure close the -way valve on the gas pipe side tightly. PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) if the valve on the gas pipe side is not closed, refrigerant may flow into the piping after the compressor stops. Step () Closing direction Step () Closing direction Hexagon wrench Liquid pipe Gas pipe () LED display changes after minute as shown in the figure below. PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) Fans and compressor stop automatically. (Note) To stop pump down, press the [PUMP DOWN] button again. To start the pump down again after the compressor is automatically stopped due to an error, turn the power off and open the -way valves. Wait minutes, turn the power on and start the pump down again. When starting the operation after completion of the pump down, turn the power off, and then open the -way valves. Wait minutes, turn the power on and perform a test run in the COOL operation mode. If an error occurs, recover the refrigerant from service port. If the pump down is successfully completed (the above LED display is shown), the outdoor unit remains stopped until the power is turned off. () Turn the power off. PUMP LOW PEAK ERROR DOWN NOISE CUT MODE (L) (L) (L) (L) (L) (L) PUMP DOWN is completed. 00..

20 PARTS INDOOR UNIT 0 9 Ref. Description Part number Kit (ase Sub Assy) 9000 Panel Left Sub Assy 900 Kit (Panel Right Assy) 90 Top Cover 990 Cover (Decoration) R 990 Cover (Decoration) L 990 Kit (Side Cover R) 90 Kit (Side Cover L) 90 9 Intake Grille Air Filter 9990 Front Panel 990 Indicator PC PC Holder 990 Receiver Cover 9900 adge 99

21 INDOOR UNIT Drain pan, Flap Ref. Description Part number Panel Left Sub Assy 900 Kit (Panel Right Assy) 90 Evaporator Sub Assy 90 Drain Pan Sub Assy 9090 Flap Assy 990 Flap Spring Sector Gear Pinion Gear Motor ase 9900 Step Motor V Drain Cap Pipe Thermistor

22 INDOOR UNIT Fan motor Ref. Description Part number Fan Motor Assy 9009 Rubber 9000 Casing Kit (Cover Casing) Sub Assy 909 Sirocco Fan Assy Joint Assy 900 Shaft earing Assy

23 9 INDOOR UNIT Louver ase Sub Assy Ref. Description Part number Louver ase Sub Assy 9009 Louver 9990 kit (Louver ase) Sub Assy 990 Step Motor H Louver Spring Louver Link 9900 Motor Rod 9900 Louver Rod Louver Stopper Louver Insulation R Louver Insulation L

24 INDOOR UNIT Control unit Ref. Description Part number Main PC 9099 Power Supply PC 909 Terminal P 900 Terminal P 9090 Reactor Assy 900 Room Thermistor Remote Control 9990 Remote Control Holder

25 PARTS OUTDOOR UNIT 9 0 Ref. Description 0.0. Parts number Ref. Description Parts number Top Panel Sub Assy 90 9 Motor DC rushless 9009 Front Panel Sub Assy Propeller Fan Assy 900 Sevice Panel Sub Assy 9090 Condenser A Sub Assy 90 Emblem Rear 900 Condenser Sub Assy 90 Pipe Cover Front 90 ase Assy 90 Right Panel Sub Assy 99 Drain Assy Protective Net 90 Drain Cap 00 Thermo Holder 90

26 OUTDOOR UNIT Control box 9 0 Ref. Description Parts number Main PC Indicator PC Terminal Filter PC Thermistor Capacitor PC Choke Coil ACTPM Transistor PC Heat Sink Outdoor Thermistor Thermistor Assy (CN) Thermistor Assy (CN)

27 OUTDOOR UNIT 0 9 Ref. Description Parts number Ref. Description Parts number -way Valve Assy way Valve Assy 9 -way Valve Assy Discharge Pipe Assy 9 Compressor Pressure Switch Accumulator 9900 Check Joint Assy 900 Expansion Valve Coil Union joint Assy Expansion Valve Assy 909 Sensor Solenoid

28 ACCESSORIES INDOOR UNIT Name and Shape Q'ty Application Part number Drain hose insulation Adhesive type 0 x VT wire For fixing the drain hose L 0 mm 000 Coupler heat insulator (large) For indoor side pipe joint (gas pipe) 99 Coupler heat insulator (small) For indoor side pipe joint (liquid pipe) 9 Cable tie Large Small For fixing the coupler heat insulator Special nut A (large flange) For installing indoor unit 00 Special nut (small flange) For installing indoor unit 009 Installation template For positioning the indoor unit Auxiliary pipe assembly For connecting the piping 90 Remote control For air conditioner operation 9990 Remote control holder For installing remote control on the wall 900 attery For remote control 000 Tapping screw For mounting the remote control holder

29 OPTIONAL PARTS Name and Shape Model name Use Wired remote control UTY-RNNYM Unit control is performed by wired remote control Simple remote control UTY-RSNYM For air conditioner operation Drain pump unit UTR-DPT Round flange UTD-RF0 To take fresh air External connect kit UTY-XWZX For control input/output port OUTDOOR UNIT Name and Shape Q'ty Application Drain pipe For drain piping work Part number Drain cap 00 inder For binding power supply cable and connection cable 90 e-touch bush For power supply cable and connection cable installation

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