Service manual of Outdoor unit on off type
Contents
1. 2000s ff NE ft a fesas summons ft 12 3 ________ a usurae NE efron 2208 pro mm EE EC ft 35 16 frontera asem fr EE ff Tas pmamade E 3 30 if mel EE 3 203 ammel 204 statatonplaeofetcticpars zsm if 205 Fanmotorcapackor ammel 3 zumsuum el Fipe temperature sensor asemi 2040508 if 24 eondenserassemby 204537980000 el EN 242 jrpurppessenbv _______ 3 243 eondenserassemby fi 75 if 7 eR 3 a p summ ft Emrjemems emee m pweemd mum 31 suem 31 omwesorwemeny mmomum 31 The data are subject to change without notice Exploded view model ASE 36AH 32 31 10 11 1 y OM o IU CUR WA ge Ape H 2 0 12 12 1 17 17 18 18 19 Spare part list No Description Note Qty Price Code MOD2. 1 26 JAxialflowfan 2011080045 1 27 Partition board assembly 20124870070 1 28 Rearnet f 20114876001 1 29 leftsupporter 20124870172 1 30 Electronic control assembly 203375590318 1 301 Wirejont 202301502037 1 3 301 202301450130 1 301 Wirejont f 202301450039 1 30 2 Installation plate ofelectricparts 201275590077 1 303 20230085006 1 304 Terminal board 20124701063 1 30 5 Main control board assembly 201375590150 1 30 6 Compressorcapacitor 202401000006 1 307 Transformer 202300900083 1 31 Water collector 201148790000 1 32 Bighandleassemby 20115739007 1 33 indoor temperature sensor assembly 202301300196 1 The data are subject to change without notice Exploded view model ASE 48AH ASE 60AH ASF 60A outdoor unit 26 1 26 2 26 3 26 4 26 5 26 6 Spare part list Part Code Note Qty Price Code MODEL ASE 43AH __ Topcoverassembly 20127560087 2 axialflowfan 2011003001002 2 2 2 3 Rear leftsupportingboard 201275600007 4 Asynchronous motor YDK65 6 8 202400401180 1 4 Asynchronous motor YDK65 6F B 202400401181 1 5 Supporter assembly offanmotor 201275600101 6 Frontnetass
3. 2023014507 0 3 26 6 Fanmotorcapacitor 202401100354 2 27 Compressor 201400710570 1 2 28 Compressor wire assembly 202445400405 1 29 Crankcaseelectricheater 20240310038 1 30 Discharge pipe assembly 2016757 0102 1 301 Pressure switch 20230182002 1 31 Dischargetemperaturesensor 202301610500 1 33 Suctionpipeassembly 201675740005 1 2 2 33 11 JPressureswitch 20230182004 1 34 valve assembly 20167579049 1 341 Highpressurevalve 201600740519 1 35 Gasvalveassemby 201675790495 351 M wayvave 2016006004 352 Gasvalve 201600720684 1 37 Condenser connection pipe 201675790492 1 The data are subject to change without notice
4. Refrigerant o cooling 18 43 cooling 18 43 Ambient temp C heating 7 24 heating 7 24 Notes 1 Nominal cooling capacities are based on the following conditions Indoor temp 27 CDB 19 CWB Outdoor temp 35 CDB 2 Nominal heating capacities are based on the following conditions Indoor temp 20 CDB Outdoor temp 7 CDB 6 CWB 3 Actual noise level may differ depending on the room structure etc since these noise values are from an anechoic room wa ceo Deer wv O Wem _ CS p 007 m _ voo otor input O fi motor W Speed min 840 21 13 37 Hydrophilic aluminium 7 Inner grooved copper tube 890x903x26 74 H m m m m Outdoor air flow m Outdoor noise level sound pressure d m m K M m m m ohh mm e U mm mm mmo dB A DimensionWxHxD 990x966x354 mm LN o e MPa mm mo Outdoor Fin upe outside MIC Number of circuits Outdoor unit Packing WxHxD 1120x1100x435 Net Gross weight 92 96 Refrigerant Charged volume 2900 Throttle tvpe capillarv Liquid side Gas side 12 7 919 Aa FT Max pipe length Ambient temp cooling 18 43 heating 7 24 Notes 1 Nominal cooling capacities are based on the following conditions Indoor temp 27 CDB 19 CWB Outdoor temp 35 CDB 2
5. SERVICE MANUAL SINCLAIR CONDITIONING Outdoor Units appearance 18 000Btu h m zj 30 000 36 000Btu h Features High quality coils The coil is constructed of advanced inner grooved copper tube and aluminum fins Anti rust 500 hours salt spray test Low operation sound level Well known stable and quiet running fan motor Well known compressor Compact design Smaller dimension and larger stuffing capacity Universal outdoor unit design Optional air outlet grille plastic type and wire type ee ee eee ee ra HV IN SSS Wire type Plastic type Plastic type Optional low temperature cooling module R410A environment friendly refrigerant Outdoor Units anne 100 Slut keneden 109 Service SPACE 110 DIAG AINS reset 111 Electric Characteristics nun 118 Operation LINIES TT 119 NOU LEVEIS anna 120 s MOLLE O 121 Mol EEM _ Model PIE PA225X2CS 4KU1 we SS Bed ee OD Refrigerant oil ESTER OIL VG74 750 ESTER OIL VG74 950 1 1 out Speed fmn 959 Mmbeofowis 4 4 eme im L _ Refrigerant Charged fo J 14 Throttle type 7 Capillary ___ ___ 5 5 2 Liquid side Gas side mm _
6. IM 3 Additional Refrigerant Charge Caution e Refrigerant cannot be charged until field wiring has been completed e Refrigerant may only be charged after performing the leak test and the vacuum pumping e When charging a system care shall be taken that its maximum permissible charge is never exceeded in view of the danger of liquid hammer e Charging with an unsuitable substance may cause explosions and accidents so always ensure that the appropriate refrigerant is charged e Refrigerant containers shall be opened slowly e Alwavs use protective gloves and protect vour eves when charging refrigerant The outdoor unit is factorv charged with refrigerant Calculate the added refrigerant according to the diameter and the length of the liquid side pipe of the outdoor unit indoor unit er Less than 5m One way po erp Added Refrigerant When Over 5m One way 11g mx L 5 30g mx L 5 3 L 5 Remark R g Additional refrigerant to be charged L m The length of the refrigerant pipe one way D mm Liquid side piping diameter 4 Water Drainage 4 1 Gradient and Supporting 4 1 1 Keep the drainpipe sloping downwards at a gradient of at least 1 100 Keep the drainpipe as short as possible and eliminate the air bubble 4 1 2 The horizontal drainpipe should be short When the pipe is too long a prop stand must be installed to keep the gradient of 1 100 and prevent bending Refer to the following
7. m px n Mm TE SENSOR WEIN 5 RD SOCKETS Wi A 1 c NUBE SS TI INDOOR ATI INDJOR ATI ASE 48AH ASE 60AH WIRING DIAGRAM OUTDOOR UNIT be fe 13 Fa i 1 t AX TERMINAL H L PRD HIGH LOM PRESSURE SWITCH i PIPE TEMP SENSOR CONKECTORS CH 100 208 BOARD SOCKETS i i TEMP PROTECT SAI umm RED Nn el EIEIEIEIEI TRANSFORMER CURRENT DETECTOR 202075890205 liel NE m TO INDOOR XT2 INDOOR ATI 5 Electric Characteristics Outdoor Unit Model Voltage Min Max ASE 18AH 220 240 198V 254V ASE 24AH 220 240V 198V 254V ASE 36AH 380 415V 342V 418V ASE 48AH 380 415V 342V 418V ASE 60AH 380 415V 342V 418V 6 Operation Limits Operation mode Outdoor temperature C Room temperature Cooling amp Heating Cooling operation 18 43 17 30 Cooling amp Heating Cooling Heating 15 15 JA 40 E 35 a 5 STD d STD 30 2 gt 22 2 2 8 7 O 20 722 772 15 10 15 20 25 30 35 s
8. Nominal heating capacities are based on the following conditions Indoor temp 20 CDB Outdoor temp 7 CDB 6 CWB 3 Actual noise level may differ depending on the room structure etc since these noise values are from an anechoic room m m m m h B A m m 9 m Bed Sao _ Locked rotor Amp LRA o 8 8 _____ Capacitor _ WF CN _ w Outdoor fan amem Ene hopean Hydrophilic aluminium Outdoor coil da di oe outside dia and 7 Inner grooved copper tube 97 94 nel Io copper ooo 840x1113x26 74 837x1100x38 1 2 Number of circuits Outdoor air flow 6800 6850 Dimension WxHxD 900 1167 340 900 1167 340 Outdoor unit Packing WxHxD 1032 1307 443 1032 1307 443 Net Gross weight 110 115 106 111 Type R410a R410A Refrigerant Charged volume 3250 3200 Throttle type capillary capillary Liquid side Gas side 12 7 019 12 7 019 Refrigerant Ambient temp cooling 18 43 heating 7 24 cooling 18 43 heating 7 24 Notes 1 Nominal cooling capacities are based on the following conditions Indoor temp 27 CDB 19 CWB Outdoor temp 35 CDB 2 Nominal heating capacities are based on the following conditions Indoor temp 20 CDB Outdoor temp 7 CDB 6 CWB 3 Actual noise level may differ depending on the room struct
9. table for the specification of the prop stand Distance between the prop stands 4 1 3 Precautions 1 The diameter of drainpipe should meet the drainage requirement at least 2 The drainpipe should be heat insulated to prevent atomization 3 Drainpipe should be installed before installing indoor unit After powering on there is some water in water receiver plate Please check if the drain pump can operate correctly 4 All connection should be firm 5 Wipe color on PVC pipe to note connection 6 Climbing horizontal and bending conditions are prohibited 7 The dimension of drainpipe can t less than the connecting dimension of indoor drainpipe Heat insulation should be done well to prevent condensation 9 Indoor units with different drainage type can t share one convergent drainpipe 4 2 Drainpipe Trap 4 2 1 If the pressure at the connection of the drainpipe is negative it needs to design drainpipe trap 4 2 2 Every indoor unit needs one drainpipe trap 4 2 3 A plug should be designed to do cleaning 4 3 Upwards drainage drain pump For Four way cassette compact Lean over 1 5D clasp the fittings Four way cassette Lean over 1 50 Fump pipe 4 4 Convergent drainage 4 4 1 The number of indoor units should be as small as possible to prevent the traverse main pipe overlong 4 4 2 Indoor unit with drain pump and indoor unit without
10. 1 20 Electronic control assembly 203337890230 1 20 1 motor 202401100353 1 20 2 Compressor 202400907 1 203 Wirejont 20230145030 1 204 Wirejoin2p f 20230145043 1 20 5 installation plate of electric parts 201275290100 1 206 Capacitorcip 201200100002 1 21 JPipe temperature sensor assembly 202440500004 1 22 Liquidvalve assembly 201637890680 1 22 1jLiquid valve 201600740523 1 22 2 way valve 201600800065 1 23 wayvalveassembly 201637890605 1 23 1 2016007015 1 23 2 d wavvalve f 2016000031 1 24 Compressor wire assembly 20240220013 1 25 Compressor 20140062040 1 26 Nut 201600330003 26 Nut 20160330001 29 Small handle 201157090002 1 30 Clampoffrontnet 201135110800 8 The data are subject to change without notice Exploded view model ASE 24AH 77 27 28 2829 16 15 13 133 192 Spare part list Description PartCode Nete Qty Price Code EE muss el 3 esererasem iyo mmaur mmm E 3 Ls ______ 20240048008 3 a 77 emwem p suem 3 s
11. EL ASE 36AH 1 Topcoverassembly 20124870074 1 2 Rearsupporter 201248760001 1 3 Supporter assembly of fan motor 201275590200 1 4 Fixclampofsegregator 201245000901 1 5 Accumulator cylinder 201601000193 1 6 Asynchronousmotor 20240040582 1 7 Suctionpipe f 20164870055 1 8 Condenser assembly 20157559014 1 9 JRearrightclapboard assembly 201248700171 1 10 Frontright clapboard assembly 201248700056 1 11 4 wayvalveassembly 7 20167559021 1 111 Gasvalve 20160070684 1 112 4 20160060014 1 DD 12 liquidvalveassembly 201675591069 1 121 20160077704 1 13 Valveplate 20124879001 1 14 Chassis 201248700168 1 15 Compressor 201400710580 1 16 Discharge pipe assembly 201675591023 1 163 Pressureswith 202301820020 1 17 Coppernut f 20160032004 1 17 Coppernut 20160032002 18 JSpherepad 201119900803 1 18 JSpherepad 201119900801 1 19 Compressor wire assembly 202447590004 1 20 Crankcaseelectricheater 202447090021 1 21 Pipetemperaturesensorassembly 2023013000132 1 22 Discharge temperature sensor 20230161004 1 24 Frontpanel 2014870072 1 25 Frontnetassemby 20124870055
12. Indoor temperature C WB 10 19 20 29 30 Indoor temperature C DB 7 Sound Levels 18000Btu h 48000Btu h 60000Btu h Outdoor Unit Outdoor Unit Microphone A Microphone ET H Y 1 0m 1 0m Note H 0 5 x height of outdoor unit Note The point Ais in the middle of the whole outdoor panel Noise level dB A ASE 18AH ASE 24AH ASE 36AH 3 phase ASE 48AH ASE 60AH 8 Troubleshooting LEDs the indication of outdoor trouble Note 1 If the LED1 LED3 are flashing slowlv means the system is stand by 2 13 Outdoor condenser temperature sensor 3 T4 Outdoor ambient temperature sensor LED3 Off Off Off Off Flash Flash Flash Off Flash Change the order of two of the wires to power supply Switch on the unit again If the problem can not be solved the outdoor PCB is defective b Overload of current of current Check the current normally Is the current in rated range No Yes Possible reason The outdoor PCB is defective Outdoor fan is defective The compressor is defective Refrigerant is over charged Air enter the refrigerant system Heat exchanger is too dirty c Lack of phase Lack of phase Check the power supply is it 3 phase 380 415V Yes Check the conn
13. drain pump should be in different drainage system Air ventilation 100mm or above Gradient 1 50 or above 4 4 3 Selecting the diameter Number of connecting indoor units Calculate drainage volume Select the diameter Calculate allowed volume Total cooling capacity of indoor units HP x2 hr Allowed volume lean 1 50 I D mm Thick Hard PVC lt 14 25 3 0 14 888 30 3 5 Hard PVC 88 lt x334 240 4 0 175 25334 50 4 5 334 lt c 80 6 0 4 5 Drainage test 4 5 1Drainage without drain pump After finishing drainpipe installation pour some water into the water receiver plate to check if the water flows smoothly 4 5 2 Drainage with drain pump 1 Poke the Water Level Switch remove the cover use water pipe to pour 2000ml water into the water receipt plate through the water inlet KA Water inlet NON pour Water 2 Turn on the power to Cooling operation Check the pump s operation and switch on the Water Level Switch Check the pump s sound and look into the transparent hard pipe in the outlet at the same time to check if the water can discharge normallv 8 Stop the air conditioner running turn off the power and put back the cover Stop the air conditioner After minutes check if it has abnormitv If the collocation of drainpipes is illogical the water will flow back
14. ease check if there are some leakage points Vacuum placement test place 1 hour when it achieves 755mmHg pass if the vacuum watch shows no rising If it rises it shows there s moisture or leakage point Vacuuming from liquid pipe and gas pipe at the same time Sketch map of common vacuum dry procedure kgf cm Add pressure Vacuum Vacuum dry Add refrierant Vacuum laying test This vacuum dry method is used in following conditions There s moisture when flushing the refrigerant pipe Rainwater may enter into the pipe 2 Special vacuum dry procedure Vacuum dry for the first time 2h pumping 3 Vacuum destroy for the second time Fill nitrogen to 0 5Kgf em Because nitrogen is for drving gas it has vacuum drving effect during vacuum destrov But if the moisture is too much this method can t dry thoroughly So please pay more attention to prevent water entering and forming condensation water Vacuum dry for the second time 1h pumping Determinant Pass if achieving below 755mmHg If 755mmHg can t be achieved in 2h repeat procedure 3 and 4 Vacuum placing test 1h 6 Sketch map of special vacuum dry procedure kgf cm 0 5 Add pressure Vacuum 7 5DmmHg Vacuum dry 2h Vacuum destroy Vacuum dry Vacuum dry 2h Vacuum laying test
15. ection between power supply and terminal is the voltage in outdoor terminal is 3 phase 380 415V Yes Outdoor PCB is defective d Protection of pressure temp Protection of pressure or temp Yes Is itk1 2 open Is temp protective switch 1 open Is pressure protective switch K2 open Yes Yes Possible reason Possible reason 1 The wires is loose to K1 1 The wires is loose to K2 Air or other gas in the refrigerant Air or other gas in the refrigerant 2 2 3 exchanger is dirty 3 Heat exchanger is dirty 4 4 Outdoor fan or fan blade is Outdoor fan or fan blade is defective defective Outdoor unit is bad ventilation Outdoor unit is bad ventilation Refrigerant is leakage Refrigerant is two much K1 switch is defective K2 switch is defective e Open circuit and short circuit trouble of T3 Is connection to connector of temp sensor good Yes Repair connector Check the resistance of the temp sensor according to Annex 1 Is it the resistance is normal No Indoor PCB is defective Replace the sensor f Open circuit and short circuit trouble of 4 Is connection to connector of temp sensor good Check the resistance of the temp sensor according to Annex 1 Repair connector Is it the resistance is normal No Yes Indoor PCB is defective the sensor g High temperature protection of condenser High temperature pro
16. embly 201275890056 2 22 7 Clampoffrontnet_ 201135110801 8 8 Frontpanel 201275600105 1 22 9 Partition board assembly 201275890038 1 10 Front rightpanelassembly 201275890054 1 11 jRearrightpanl 201275600103 1 12 Rear supporter 201275600086 1 13 Indoor temperature sensor assembly 202301300196 1 14 Condenserassembly 7 201575790067 14 Condenserassembly 7 201575790069 15 Pipetemperature sensorassembly 20230130011 1 2 2 17 Chassis J 20127560010 1 2 18 Rearnet 201750083 1 19 Separator 20600059 1 20 jBighandleassemby 20115739007 1 21 Hande 201148700009 2 22 jWatercolletor 201148790000 1 23 20124879001 1 24 Copernt 20160032004 11 24 Copernt 20160032002 1 25 Spherepad 2011199800 1 25 Spherepad 201119900803 1 26 electronic control assembly 203375790082 26 1 installation plateofelectricparts 2012756001241 1 262 Main control board assembly 20137549007 1 263 ACcontactor 202300850045 1 264 Transformer 202300900153 1 265 JWirejoint 202301450003 1 265 Wirejoint 202301450039 265 Wirejont
17. overfull which will cause the alarm lamp flashes even overflow from the water receipt plate Keep pouring water until it gives an alarm signal for high water level check if the pump drains water at once If the water level can t fall below the alarmed water level after 3 minutes the air conditioner will stop Turn off the power and drain the remained water and then turn on the air conditioner Note the drain stuff in the main water receipt plate is for maintenance Stuff up the drain stuff to prevent water leakage 5 Insulation Work 5 1 Insulation material and thickness 5 1 1 Insulation material Insulation material should adopt the material which is able to endure the pipe s temperature no less than 70 in the high pressure side no less than 120 in the low pressure side For the cooling type machine no requirements at the low pressure side u Example Heat pump type Heat resistant Polyethylene foam withstand above 120 Cooling only type Polyethylene foam withstand above 100 5 1 2 Thickness choice for insulation material Insulation material thickness is as follows Pipe diameter Adiabatic material thickness Refrigerant pipe post poe 5 2 Refrigerant pipe insulation 5 2 1 Work Procedure 1 Before laving the pipes the non jointing parts and non connection parts should be heat insulated 2 When the gas proof test is eligible the jointing area ex
18. panding area and the flange area should be heat insulated 5 2 2 Insulation for non jointing parts and non connection parts Gas pipe and liquid pipe should Insulate the gas pipe Insulate the gas pipe and not be put together to insulate cooling only liquid pipe Heat insulation F7 AI EA For construction convenience before laying pipes use insulation material to insulate pipes to be deal with atthe same time at two ends of the pipe remain some length not to be insulated in order to be welded and check the leakage after laying the pipes 5 2 3 Insulate for the jointing area expanding area and the flange area 1 Insulate for the jointing area expanding area and the flange area should be done after checking leakage of the pipes 2 Make sure there s no clearance in the joining part of the accessorial insulation material and local preparative insulation material e BO Heat nsulat on Material should be overlap S gt EX Heat insulation material On Field 5 3 Drainage pipe insulation The connection part should be insulated or else water will be condensing at the non insulation part 5 4 Note 5 4 1 The jointing area expanding area and the flange area should be heat insula
19. tection of condenser Check the resistance of the temp sensor according to Annex 1 is it normal Possible reason Replace the sensor Air or other gas in the refrigerant Heat exchanger is dirty Outdoor fan or fan blade is defective Outdoor unit is bad ventilation Refrigerant is leakage Outdoor PCB is defective Installation 1 Precaution on 132 2 Vacuum Dry and Leakage Checking 133 3 Additional Refrigerant Charge 135 4 Water DraINAGE ss ses 136 BA een 139 SATA TA i ees 140 L Jest u a 141 1 Precaution Installation 1 Measure the necessary length of the connecting pipe and make it by following way a Connect the indoor unit at first then the outdoor unit Bend the tubing in proper way Do not harm them Specially Notice the pipe length height dimension of each Maximum pipe length Model _ Max Length Vax Elevation 12 000807 18 00081 lt 30 0008 78 Piping sizes 30 OO0Btu h 60 000Btu h Cooling 30 000Btu h 60 000Btu h Cooling 127 Heating CAUTIONS Daub the surfaces of the flare pipe and the joint nuts with frozen oil and wrench it for 3 4 rounds With hands before fasten the flare nuts Be sure to use two wrenches simultaneously when
20. ted after passing the pressure test 5 4 2 The gas and liquid pipe should be heat insulated individually the connecting part should be heat insulated individually 5 4 3 Use the attached heat insulation material to insulate the pipe connections pipes tie in expand nut of the indoor unit 6 Wiring Please refer to the Wiring Diagram 7 Test Operation 1 The test operation must be carried out after the entire installation has been completed 2 Please confirm the following points before the test operation The indoor unit and outdoor unit are installed properly Tubing and wiring are correctly completed The refrigerant pipe system is leakage checked The drainage is unimpeded The ground wiring is connected correctly The length of the tubing and the added stow capacity of the refrigerant have been recorded The power voltage fits the rated voltage of the air conditioner There is no obstacle at the outlet and inlet of the outdoor and indoor units The gas side and liquid side stop values are both opened The air conditioner is pre heated by turning on the power 3 According to the user s requirement install the remote controller when the remote controller s signal can reach the indoor unit smoothly 4 Test operation Set the air conditioner under the mode of COOLING with the remote controller and check the following points Indoor unit Whether the switch on the remote controller works well Whether the but
21. ter 6 Cover the joint of the connecting pipe to the indoor unit with the soundproof insulating sheath fittings and bind it well with the tapes to prevent leakage 2 Vacuum Dry and Checking 2 1 Vacuum Dry use vacuum pump to change the moisture liquid into steam gas in the pipe and discharge it out of the pipe to make the pipe dry Under one atmospheric pressure the boiling point of water steam temperature is 100 Use vacuum pump to make the pressure in the pipe near vacuum state the boiling point of water falls relatively When it falls under outdoor temperature the moisture in the pipe will be vaporized Rolative pressure Necseeary H Vacuum degree 760 20 10 0 0 20 30 40 50 60 70 2 2 Vacuum dry procedure There are two methods of vacuum dry due to different construction environment common vacuum dry special vacuum dry 1 Common vacuum dry procedure Vacuum dry for the first time connect the all purpose detector to the inlet of liquid pipe and gas pipe and run the vacuum pump more than two hours the vacuum pump should be below 755mmHg If the pump can t achieve below 755mmHg after pumping 2 hours moisture or leakage point will still exist in the pipe At this time it should be pumped 1 hour more If the pump can t achieve 755mmHg after pumping hours pl
22. tons on the remote controller works well Whether the air flow louver moves normally Whether the room temperature is adjusted well Whether the indicator lights normallv Whether the temporarv buttons works well Whether the drainage is normal Whether there is vibration or abnormal noise during operation Outdoor unit Whether there is vibration or abnormal noise during operation Whether the generated wind noise condensed of by the air conditioner have influenced your neighborhood Whether anv of the refrigerant is leaked PARTS GUIDE SINCLAIR AIR CONDITIONING Exploded view model ASE 18AH 20 20 1 20 2 20 3 20 4 20 5 20 6 u 5 an Spare part list Noj Description PartCode Note Qty Price Code MODEL ASE 18AH 1 Topcoverassembly 201237400324 1 2 Supporter assembly of fan motor 201237890017 1 3 Condenser assembly 201537990033 1 4 JRearnet 201137460003 1 8 Chassis assembly 7 20123789085 1 9 Bighande 201148100010 1 10 Water collector 20434000 1 11 Right clapboard assembly 20124810039 1 12 Valve plate 7 20123720004 1 13 Partition board assembly 201237890009 1 14 Frontpanelassembly 7 201237890067 1 15 Air outlet grille 201237890069 1 16 Asynchronous motor 202400410505 1 17 Axalflowfan 2011030014 1 18 leftsupporterbar 7 201237400323
23. ure etc since these noise values are from an anechoic room 2 Dimensions B D E F W ASE 36AH 990 624 366 396 340 354 96 Model mm B C D E Fr HWH ASE 48AH 900 590 378 400 330 340 1167 ASE 60AH 900 590 378 400 330 340 1167 3 Service Space Wall or obstacle Deep foundation 600mm is necessary between 2 outdoor units 600mm M10 bolt 4pieces per unit 4 Wiring Diagrams ASE 18AH TO INDOOR UNIT OUTDOOR UNIT TEMPERATURE SENSOR OF CONDENS ATOR BLACK This symbol Indicates the element is optional the actual im IOVERLOAD shape shall XT RELAY TO INDOOR UNIT EE er COMPRESSOR YG CAPACITOR 57 FANG ASE 24AH WIRING DIAGRAM DUTDOOR UNIT CODE PART MAME COMP COMPRESSOR COMPRESSOR LEE OUTDOOR FAN CAPAC een ce TERMINAL EEE VALVE del al WE E INDOOR UNIT ASE 36AH WIRING DIAGRAM POWER 380V 3N 50Hz PRO KI Af En MAIN CONTROL BOARD E zi MAKE
24. you connect or disconnect the pipes Flare dimension A Min mm Max Pipe gauge Tightening torque Flare shape 15 16N m 153 163 kgf cm u mar _ 255 265kgf cm DELE EE he stop value of the outdoor should be closed absolutely as original state Every time you connect it first loosen the nuts at the part of stop value then connect the flare pipe immediately 5 minutes If the nuts have been loosened for a long time dusts and other impurities may enter the pipe G may cause malfunction later So please expel the air out of the pipe with refrigerant before connection Expel the air after connecting the refrigerant pipe with the indoor unit and the outdoor unit Then fasten the nuts at the repair points 2 Locate The Pipe Drill a hole in the wall suitable just for the size of the wall conduit then set on the fittings such as the wall conduit and its cover b Bind the connecting pipe and the cables together tightly with binding tapes Do not let air in which will cause water leakage by condensation o c Pass the bound connecting pipe through the wall conduit from outside Be careful of the pipe allocation to do no damage to the tubing 3 Connectthe pipes 4 Then open the stem of stop values of the outdoor unit to make the refrigerant pipe connecting the indoor unit with the outdoor unit in fluent flow 5 Besure of no leakage by checking it with leak detector or soap wa
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