INVERTER SPLIT TYPE AIR CONDITIONER (50Hz) DUCT TYPE

Transcription

1 INVERTER SPLIT TYPE AIR CONDITIONER (0Hz) DUCT TYPE Indoor unit ARYGLMLA Outdoor unit AOYGLALA CONTENTS SPECIFICATIONS DIMENSIONS REFRIGERANT SYSTEM DIAGRAM... CIRCUIT DIAGRAM INDOOR PCB CIRCUIT DIAGRAM..... OUTDOOR PCB CIRCUIT DIAGRAM... ERROR DETECTION PARTS () PARTS () ACCESSORIES

2 SPECIFICATIONS ELECTRICAL DATA NOISE LEVEL TYPE Inverter cool & heat High db ARYGLMLA AOYGLALA Medium Low db db COOLING CAPACITY.0 kw Quiet db HEATING CAPACITY POWER SOURCE.00 kw 0 V Cooling Heating db db FREQUENCY 0 Hz Cooling RUNNING CURRENT Heating Cooling INPUT WATTS Heating E.E.R. Cooling COP Heating AIR FLOW, AIR FLOW, MOISTURE REMOVAL Cooling MAXIMUM CURRENT Heating. A. A. kw. kw.0 kw/kw. kw/kw,00 m/h,0 m/h. L/hr.0 A. A COMPRESSOR AND REFRIGERANT TYPE Hermetic type, poles DISCRIMINATION DA0AF0NA COMPRESSOR WEIGHT (with oil) 0.0 kg PRECHARGED REFRIGERANT,00 g REFRIGERANT TYPE R0A Pipe length m,00 g 0 m,00 g FULL CHARGE m,00 g 0 m,000 g ADDITIONAL CHARGE 0 g/m MAXIMUM PIPE HEIGHT 0 m FAN SPEED Discrimination MFGRVA DIMENSIONS High 0 r.p.m. H x W x D 0 x, x 00 mm Medium 00 r.p.m. H x W x D 0 x 0 x mm Low 00 r.p.m. Quiet Discrimination Cooling 0 r.p.m. MFEROAM,00 r.p.m. WEIGHT Net / Shipping Net / Shipping kg / kg kg / kg Heating,00 r.p.m. 0.0.

3 DIMENSIONS Unit : mm, Air flow,0, Drain pipe mounting place ( 0) 0mm hole 0.0.0

4 REFRIGERANT SYSTEM DIAGRAM Muffler Refrigerant flow Cool Heat Muffler Way valve Way valve Refrigerant pipe diameter Liquid : /" (. mm) Gas : /" (. mm) Heat exchanger Heat exchanger Accumulator Compressor Strainer Expansion valve Strainer Way valve : THERMISTOR (COMPRESSOR TEP.) : THERMISTOR (PIPE TEP.) : THERMISTOR (DISCHARGE TEP.) : THERMISTOR (ROOM TEP.) : THERMISTOR (HEAT EXCHANGER MED TEP.) : THERMISTOR (HEAT EXCHANGER OUT TEP.) : THERMISTOR (OUTDOOR TEP.) 0.0.

5 CIRCUIT DIAGRAM THERMISTOR ( PIPE TEMP. ) REACTOR FAN MOTOR FM / CN0 CN CN CN CN0 CN0 E0 CN CN CN F0.A 0V CN CN CN MAIN PCB POWER SUPPLY PCB CN0 CN0 CN0 CN0 E0 EX. IN EX. OUT ( OPTION ) CN CN CN W0 W0 W0 CN0 THERMISTOR ( ROOM TEMP. ) TO WI REMOTE CONTROL TERMINAL TERMINAL THERMISTOR ( PIPE TEMP. ) THERMISTOR ( DISCHARGE TEMP. ) FUSE 0V A TERMINAL THERMISTOR ( COMPRESSOR ) THERMISTOR ( PIPE MID. TEMP. ) THERMISTOR ( OUTDOOR TEMP. ) L N (N) FUSE 0V 0A POWER SOURCE W0 W W W W W CN CN CN CN0 CN0 MAIN PCB CN0 CN0 W W W BLUE BLUE ORANGE COMPRESSOR S (S) F M PMV WV R (R) C M C (T) FAN MOTOR EXPANSION VALVE WAY VALVE COIL 0.0.

6 INDOOR PCB CIRCUIT DIAGRAM CONTROL UNIT EZ0HSE CN BPSHFAA CN B0BXASKA CN B0BXAYKA CN B0BXAKKA THERMISTOR ( ROOM TEMP. ) THERMISTOR ( PIPE TEMP. ) DC FAN MOTOR F M UL0 AWG UL0 AWG UL0 AWG x E0 E TERMINAL (N) CN0 BPVHB UL0 AWG0 UL0 AWG0 W0 W0 W0 UL0 AWG0 POWER SUPPLY PCB K0AL00HSEP0 CN0 B0BPASK POWER DRIVE UL0 AWG x CN B0BXASKA MAIN PCB K0AK0SHSEC CN B0BPASK CN B0BPASK CN B0BPASK CN B0BXAKKA CN B0BPAMK CN0 B0BPAOK ORANGE 0 0 EMI FILTER ZCAT00 TURNS FRESH AIR HEATER UL0 AWG UL0 AWG UL0 AWG EARTH WIRE TERMINAL DRAIN PUMP EX. OUT CN0 BPVHBE BLUE CN0 BBXHAM CN0 B0BPASK DC SUPPLY UL0 AWG x EMI FILTER ZCAT00 TURNS CN B0BPASK CN B0BXASKA CN B0BXARKA CN B0BXARKA FLOAT SWITCH WI REMOTE CONTROL NORMAL COIL RLEY mh,.a EX. IN CN0 BBXHAM UL0 AWG0 x 0 0 CN0 BPVHB 0.0.

7 MAIN PCB K0AK0SHSEC DC SUPPLY TEST SP PCB POWER DRIVE FRESH AIR CN B0BPASK CN BPSHFAA CN B0BPASK CN B0BPASK CN.V B0BPAMK CN0 B0BPAOK 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 R 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 R 0 </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 0 SW CFS00MC 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 0 0 R R 0k </0W> x R R0.0k </0W> x 0 GND P C 0. X.00MHz <FCR> JM 0R0 C0 C 0. x C 0.0 R 0k </0W> V R 0k </0W> R.0k </0W> C 0. R 00k </0W> C 0. FLOAT SWITCH CN B0BXARKA V I C S0 VDD OUT R0 0k </0W> CS SK DO D I NC NC GND R 0k </0W> I C SCBD0 I Q DTCEKA NC GND VCC NC V C 0. C 0.0 R 0R0 V C 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 BA0F I C BA0F R 0 </0W> R.0k </0W> B Z.V BZ PKMEPYH000A0 R 0k </0W> R0.k </0W> R.k </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 B0BXASKA THERMISTOR ( ROOM TEMP. ) CN B0BXAYKA CN B0BXAKKA THERMISTOR ( PIPE TEMP. ) V R0 0k </0W> D DANU SK O O O O O O O GND 0 V R, R 0k </0W> x V D DFSA.V CN B0BXASKA CN B0BPASK CN B0BXAKKA CN B0BXASKA CN B0BXARKA FLASH INDICATOR PCB ( OPTION ) * Type only WI REMOTE CONTROL LOUVER ( UP / DOWN ) LOUVER ( RIGHT / LEFT ) HEATER 0.0.

8 W0 W0 I C0 I C L F0.A 0V FH0 FH0 VA0 0V <TNR> SA0 RAM FCFL x VA0 0V <TNR> LF0 ELF0N0A C0 0. <LE> C <YE> C <YE> NORMAL COIL CN0 BPVHB E0 D0 DSB0 C0 0/ 0V C 0.0 <KH> 0V C0 0p <BN> R0 <RSW> R0. <RSW> R0 0k <W> Q0 SC Q0 SC R0 00 </0W> D0 RD C 0/ V C0 00p <FNS> D0 SR00 V R0 0k </0W> R0 k <RSW> D0 DFL0U D0 R0 DFL0U 00 D0 </W> D0 MTZJ.B DFL0U D0 MTZJ.B T0 ZFTB0C C0 0.0 <ECQV> R0 C 0 00/ </W> V A D0 DFL0U 0 C 000/ V C, C 0.0 <KH> x R 0k </0W>.V N E0 V 0V CN0 BPVHB CN0 B0BPASK V I C0 TLP <GB> V R.0k </W> R 0 </W> A C 00/ AV I C0 TLP <GB> 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 <KH> V POWER DRIVE I C I C0 L N POWER SUPPLY PCB K0AL00HSEP0 DC SUPPLY CN0 B0BPASK V.V C 0. C0 0. R 0 </0W> K0 GNA I C0 TLP <GB> L0 V BLm <AG0> L0 BLm <AG0>.V R 0 </0W> C 0.0 CN0 BBXHAM CN0 BBXHAM EX. OUT 0.0. EX. IN I C L I C0 N K0 GNBA.V RC0 0/ 0. CN0 BPVHBE DRAIN PUMP

9 OUTDOOR PCB CIRCUIT DIAGRAM INVERTER ASSEMBLY EZ0EHUE TO POWER SOURCE AC0V 0Hz L N SERIAL W0 UL0 AWG0 W00 UL0 AWG0 W0 UL0 AWG0 F0 A 0V W0 UL0 AWG F0 0A 0V EMI FILTER ATFC T UL0 AWG UL0 AWG UL0 AWG0 UL0 AWG W B W B W B W B REACTOR CN0 BPVHBC W U B V W W B W B UL AWG COMPRESSOR C M WAY VALVE TERMINAL EMI FILTER ATFC T EARTH UL AWG UL AWG UL0 AWG ORANGE W0 B W B W W THERMISTOR ( PIPE TEMP. ) THERMISTOR ( DISCHARGE TEMP. ) CN B0BPASK THERMISTOR ( OUTDOOR TEMP. ) CN0 B0BPASK MAIN PCB K0AX00HUEC CN0 BPVHBL F M DC FAN MOTOR THERMISTOR ( COMPRESSOR TEMP. ) CN B0BXAMKA THERMISTOR ( PIPE M I D. TEMP. ) CN BBXHAM CN0 BBXARKA BLUE ORANGE PMV EXPANSION VALVE 0.0.

10 POWER SOURCE AC0V 0Hz W L N EARTH SERIAL CN0 BPVHBC WAY VALVE COIL CN0 BPVHBL DC FAN MOTOR CN0 B0BXARKA ELECTRIC EXPANSION VALVE CN B0BXAMKA THERMISTOR ( COMPRESSOR TEMP. ) CN BBXHAM THERMISTOR ( PIPE MID. TEMP. ) CN B0BPASK THERMISTOR ( PIPE TEMP. ) THERMISTOR ( DISCHARGE TEMP. ) CN0 B0BPASK THERMISTOR ( OUTDOOR TEMP. ) VA 0V <TNR> VA 0V <TNR> W SA RA0M W W O I O I O I O I GND COM GND COM GND NC GND NC 0 0 V = DCVF POW_GND C 0. V L00 BL0Rn L0 C0 0. C 0. V R0.k % R k V% L0 BL0Rn R.k % R k % R.k % MAIN PCB K0AX00HUEC CR0 RE0 0./0 C00 00/ V I C0 TD0 R 0k R 0k R 0k R 0k R 0k C.0 <LE> R0.0k </W> R0 0 </W> POW_GND L RCH00PF0 H Y I C H U 0 0 R V C 0. C 0. JM JM C 0. V V R0 0k </0W> V R0 R.k </0W> x EPV/P EPV/P EPV/P EPV/P V R C0 0..k % R.k % TH/0P C0, C 0. x TE/P TD/P TA/P R.k R.k % C 0.0 <KH> C 0.0 <KH> K GNA R0.0k C 0. D0 SLRVR <> SO/I C0 VAC/I C0 PR/I C0 SO/I C0 C0 0.0 I C0 BA0F V C. <LE> VAC/I C0 R0.k JM0 Q0 DTAEUA FANPWM/P V Q00 DTCEUA D00 DANU FAN I N/P I C0 BA0F V V 0 V C 0. C C C C C C C COM R W ORANGE ZPR0RCH00 R 0k V I C0 uln00 B B B B B B B E K DXDO(M) R.0k V R k </0W> R.k % W0 PFC/P CTDW/P C 0. REACTOR LED/0P SO/P VAC/P VDC/P PR/P ACFAN/P W ORANGE PR/I C0 D0 DANU C./ 0V R.k R k R0 </0W>.0k </0W> R C.0k 0. </0W> D DANU C 00p W D00 LLXB0 D0 LLXB0 V R 00k ZXL/P S I/P PFCEN/P FAN I N/P FANPWM/P PFCSW/P CT/P TEST/P PFC/P TTXD/0P TAUX/P CTDW/P CPPOS/P VAC/P ACFAN/P VDC/P LED/0P PR/P SO/P I PMTR I P/P ECS/P EPV/P EPV/P EPV/P TH/0P I PMCR/P DCV/P ACV/P TE/P TA/P TD/P C00 0. V R 0k V Q0 R, R0 DTCEUA R, R k <RN/W> V I C0 % x BAYPASS CAPACITOR D0 V DANU C 0. R 00k % x C0 0.0 C0 0. R.k C 000p Q0 DTCEUA R00 R0 0. <W> % x R 0k % I C BA0 R0 k % R.k % R.k V R, R 0k % x R.k % 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 0 R k % I C0 BA0F I C00 MB0F 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 X00.00MHz <CSTLS> R0 0 % R 00k % I C0 C0 C C0 </W> </W> BA0 0../ 0. GAT I N 0V VCC S I V SO D I R R0 R NC GND 00k I C0.k.k % BA0 V % C0 0. I C BA0 C.0 V R 0k % ZXH/P I C0 BA0F R00 0k R0.0k C0 0/ V V I C0 BAYPASS CAPACITOR V D0 RBV C0 0. I C0 BA0F V R 0k % V R R 0k % R, R k 0k % x R % R0 D0 k R 0k RBV % 0k I C0 % BA0F % 0 I C0 R BA0F I C0 D0 k BA0F % C 00p R.k % R k % R 0k % R 0k % R 0k % RBV R 0k % C 0. R.k R.k R.k % R.k % D, D DANU x R0 0k TAUX/P ESK/0P ZXH/P ZXL/P ED I/P EPV/P PFCTR I P/P U/0P X/P V/P Y/P W/P Z/P PFCEN/P R.0k C 0.0 R 0k % JM00 C 0. TMODE/P R 00k % C 00p R k C 0. V C 0. V MD/P MD/P TCK/P TRXD/P MD0/P /TRES/P S I/P R0 00k Q00 GT0J V V L0 CALVB0K I C0 BA0F C 00p V R k % R k % R k COMP C 0. R k % VDD OUT TAUX/P TTXD/0P TRXD/P NC GND I C0 BA0F C./ 0V I C0 BAYPASS CAPACITOR TMODE/P TAUX/P TCK/P /TRES/P I C0 S0 D0 UF00 R0 00 </W> R k R0 k V C./ 0V C 0. R 0k R.0k R0 C0 0. R 0k % V R k ECS/P ESK/0P ED I/P V C C././ 0V 0V R 0k C0 0. <HCP> C 0. R0 R0.k C 000p R.0k R, R, R, R0 0k x MD0/P MD/P MD/P TEST/P C0 0. I C00 TA R.k I C0 0 TCHC00AF I C0 BA0F R.k 0 I C0 BA0F C 0. C C 000p 000p C00 C0 0uF / 0V x V R k V C0 0. V R.k % C 0.0 C.0k L00 BL0Rn V C 0. C0 0/ V R k % CS SK D I NC POW_GND PFCSW/P PFCEN/P PFCTR I P/P R 0k I C0 MC V R0 0k <W> I C0 BAYPASS CAPACITOR D DANU V C0 0. VCC DO NC GND R0 0k C0./ 0V R 0k ACV/P V 0 F00 A 0V R0.k % V D0 DANU FCFL x DCV/P C0./ 0V V DCV CT/P D DANU C0 0. FH F.A 0V FH R0.k C0 0. JM0 JM0 JM0 JM00 TEST DCVF POW_GND R0, R0 k <RN/W> % x COMP DCV R0 0k V/P W/P X/P Y/P Z/P I PMTR I P/P C 000p I PMCR/P Q00 DTCEUA D0 SS D UDZS.B L0, L BLm <AG0> x D SS R C0 / V V POW_GND V R.k </0W> 0 </0W> x U/0P R0 R 0k </W> % R 0k </W> % R 0k </W> % R 0k </W> % C.0 R0 R0 R0 R0 R0 R.0k R0.0k D0 DANU DCVF C00 00p <CH> R 0k <W> V V R 0k R 0k % R00 </W> USJ x D00 D0 D0 C0 0. CPPOS/P C0 / V R0 0k C0 0. C0 / V R0 0k M S S C V C0 0. C0 0. <ECQV> R 00k % I 0 BA0F R 0R0 D UF00 S S D C00 / V C 00p <E> R k I C0 TOPPN C0 C0, C C 00p x C 0.0 R.0k </0W> R k </0W> D0 R RBV.0k C 000p V V C0 C, C 0. x I PMG R.k % V I C0 BA0F T0 RPZF C 0/ V C 0. 0 I C00 BA0 R k % C0 000p V R k % C 0p D0 DFL0U D DFL0U D DFL0 C 00/ V V C.0 C 0.0 C 0p D SS L00 CALVB0K D0 ZP0TP C0 / V D0, D0 DANU x I C0 BA0 V C 0/ V D SS I O G V C 00/ V 0 0 VCC COM I N I N I N VFO CFOD CSC I N VCC VB VS I N VCC VB VS I N VCC VB VS R0.k % R0 % NU NV NW R.k % x R0, R0, R0 R0, R0, R0 k <RN/W> W V U % x I C00 BA0 R, R, R 0k % x I PMG C0 0. C 00p V I PMG C0 0. R0 V I C00 FSBB0CH0 U V W P R0.0k I C00 BAYPASS CAPACITOR V C R V 0/ 0k V C 0. U V W DCV W I PMG R0 k <RN/W> R0 k <RN/W> R.k % C 00/ V U V W R R R R R R 0. <W> % x POW_GND W W 0.0.

11 ERROR DETECTION and WI REMOTE CONTROL OPERATION (green) Indoor unit lamps TIMER (orange) () () ECONOMY (green) Wired remote control Description Serial communication error OPERATION (green) Indoor unit lamps TIMER (orange) () (0) ECONOMY (green) Wired remote control Description Display PCB microcomputers communication 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. 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 () () () () () () () () () () () () () () () () Wired remote control communication error Check run unfinished Unit number or Refrigerant circuit address setting error [Simultaneous Multi] Indoor unit capacity error Combination error Connection unit number error (indoor slave unit) [Simultaneous Multi] Connection unit number error (indoor unit or branch unit) [Flexible Multi] Master unit, slave unit setup error [Simultaneous Multi] Power supply interruption error () () () () () () () () () () () () () () () () () () 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 Subcool Heat Ex. gas inlet temp. sensor error Subcool Heat Ex. gas outlet temp. sensor error Liquid pipe temp. sensor error () () Indoor unit PCB model information error () () Current sensor error EX. Selfdiagnosis : 0.s on / 0.s off : 0.s on / 0.s off ( ) : Number of flashing () () () () () () () () () () () () () () () () () () () () () () Manual auto switch error Inlet air 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 PCB model information error or communication error Inverter error Active filter error, PFC circuit error Trip terminal L error () () () () () () () () () () (0) () (0) () (0) () (0) () () () Discharge pressure sensor sensor Suction pressure sensor error High pressure switch error Trip detection Compressor rotor position detection error (permanent stop) Outdoor unit fan motor error way valve error Discharge temp. error Compressor temp. error High pressure error Low pressure error Branch boxes error [Flexible Multi]

12 PARTS Ref. Description Part number Intake Cover Sub Assy Main Panel Sub Assy 00 0 Drain Pan Sub Assy 0 Evaporator Total Assy Seal Panel Sub Assy 0 Outlet Panel Sub Assy 00 0 Intake Frame Assy Cabinet L Sub Assy Cabinet R Sub Assy 0 Bracket Pipe Sub Assy Control Cover A Sub Assy

13 Ref. Description Part number Base Sub Assy 00 Casing A 0 Casing B 0 Sirocco Fan Assy 00 Fan Motor 00 Rubber

14 Ref. Description Part number Main PCB 0 Power Supply PCB 0 Terminal P 00 Terminal P 00 Reactor Assy 00 Remote Control 0 Room Thermistor 00 Pipe Thermistor

15 PARTS Ref Description Parts number Protective Net 00 Outdoor Thermistor Top Panel Assy Cabinet Assy 0 Fan Guard Cover 00 Switch Cover Assy 00 Cabinet Right Assy 00 Fan Motor 00 Propeller Fan Nut with Washer 0000 Drain Assy

16 Ref Description Parts number Reactor Assy 000 Main PCB 0 PCB Holder 00 Terminal Heat Sink A Heat Sink B 000 Thermistor Assy 000 way Valve Assy 00 way Valve Assy 0 0 Compressor Assy 0 way Valve Assy 0 Solenoid 0000 Condenser Sub Assy 0 Pulse Motor Valve Assy 00 Expansion Valve Coil 000 Compressor Thermistor 000 Heat Exchanger Thermistor

17 ACCESSORIES Name and Shape Q'ty Application (part number) Name and Shape Q'ty Application (part number) Hanger For suspending the indoor unit from ceiling (00) Remote control cord For connecting a remote control (00) Drain hose insulation Insulates the drain hose and vinyl hose (00) Screw (M x ) For installing a remote control (0000) Cable tie (large) For fixing the drain hose (000) Coupler heat insulation (large) For indoor side pipe joint (large pipe) () Cable tie (small) For remote control and remote control cable binding (0) Coupler heat insulation (small) For indoor side pipe joint (small pipe) () Cable tie For electrical wiring Special nut A (large flange) For suspending the indoor unit from ceiling (00) Wire clamper For electrical wiring Special nut B (small flange) (00) Remote control (0) Name and Shape Drain pipe Q'ty Application For outdoor unit drain piping work. (000) 0.0.

18 OPTIONAL PARTS When connecting the square duct and round duct, use the optional square flange or round flange and flexible duct. Name and Shape Application (part number) Name and Shape Application (part number) Wired remote control UTYRNNYM Square flange, UTDSF0T 0 mm (0000) 0 mm 0 mm Simple remote control UTYRSNYM Round flange, UTDRF0 mm 0 mm mm mm (0000) mm Remote sensor unit UTYXSZX Room temperature sensor (0000) Longlife filter UTDLFNA (000) mm 0 mm External connect kit UTDECSA For control input/output port (000) Drain pump unit UTZPXNBA (000) ( x ) ( x ) ( x ) ( x ) 0.0.

19 0G