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Service Manual TAN-TAG

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Contents

1. PIPE TAN FAN REPEATED LOUVERCLOSE Z TAN FAN MOTOR OPERATION STOP STOP OPERATION AND STOP REMOTE CONTROLLER POWER TIMER OPERATION POWER SUPPLY check plug inserted into the outlet and the power supply green yellow green if the battery is dead or failure in remote controller ZONZ gt REMOTE CONTROLLER _ change to new one NO FUSE 3 15A check the fuse by eyes or cheak the electric continuity by tester OFF OFF OFF POWER LAMP GREEN ON gt TRANSFORMER check the resistance by tester see fig 1 other than described above See how to operate emergency YES FLASHING ON ON gt LPCB RECEIVER 8 DISPLAY operation test operation 4 l 5 TEMP HEAT EXCHANGER check the resistance by tester see table 1 Y NO FLASHING OFF OFF SENSOR TEMP ROOM check the resistance by tester see table 2 LOUVERZOPENZ7 i WSR YES gt MOTOR LOUVER check the resistance between two terminals see fig 2 table 3 NO SENSOR TEMP ROOM
2. common terminal D IU terminal block Take off the connector and check the resistance between the terminals fig 3 Voltage of indoor motor fan A attention electric shock black blue white red Connector of indoor unit Check the DC voltage in each pair of pins on the black side of the indoor main controller during cooling operation in the following combination Right value Approx DC325V red black Approx DC3 5V yellow O black Approx DC15V whiteQ black fig 5 Voltage of PCB main controller attention electric shock Check the voltage between 2 and 4 in terminal tester voltage Normal 207V 253V fig 6 Voltage of link line operation in dry amp cooling mode A o Check the voltage between 2 and 3 in terminal attention electric shock tester Normal 0V voltage fig 4 Current of compressor operating in heating mode table 4 Curre
3. Y OPERATING IN COOLING MODE NO FLASHING FLASHING FLASHING SHORT CIRCUIT OF WIRINGS check the voltage between 2 3 in terminal see fig 6 SENSOR TEMP HEAT EXCHANGER check the resistance by tester see table 1 4 WAY VALVE other than described above FILTER IS CHOKED check by eyes and clean it YES NOT COOL ENOUGH SENSOR TEMP check the resistance by tester see table 2 outdoor unit stops before reaching set up temp SENSOR TEMP HEAT EXCHANGER check the resistance by tester see table 1 DN ORP ON PLACE OF INSTALLATION check the blockage of air outlet of TAN y PLACE OF INSTALLATION check the blockage of air inlet amp air outlet of TAG REMOTE ett EXCESS GAS check the pressure of gas check 7performance curve diagram COMPRESSOR BREAKDOWN other than described above NOT COOL ENOUGH SHORTAGE OF GAS check the pressure of gas check 7performance curve diagram COMPRESSOR PLACE OF INSTALLATION check the blockage of air inlet amp air outlet of TAG TAN FAN STOP NOISE TANGENTIAL FAN check by eyes after power off turn by hands and check noise TAG FAN PIPE check by eyes around the pipes with any obstacles LOUVER POSITION level louver position OPERATION OFF SHO
4. MUFFLER 4 WAY VALVE 3 WAY VALVE 1 1 REFRIGERANT FLOW Y COMPRESSOR COOLING MODE l 1 gt HEATING MODE ACCUMULATOR 16 TROUBLESHOOTING GUIDE FOR YOUR SAFETY USE TAN indoor unit outdoor unit For the safety and proper use and handling of the product please read and follow the instructions carefully The meaning of the marks below are as follows Prohibited Strict enforcement e Connect the earthing cable High Temperatare A Danger Be sure to off the plug when servicing It may cause the risk of electric shock If leakage of refrigerant occur in the installation ventilate a room If the leaked refrigerant is exposed fire poisonous gas may be generated Boosting capacitor make the control box assembly TAG unit high voltage Make the capacitor discharge enough when servicing Otherwise will be struck by electricity Never remodel appliance Use designated parts or accessories to avoid accidents In case of gas leakage not only refill the required amount of the refrigerant gas but also find out the gas leakage point and mend it If the service work has to be suspended before mending the leakage points be sure to collect the refrigerant gas in the outdoor unit by using pump then fasten the service ports to avoid any further leakage Poisonous gas may be generated when the leaked refrigerant is exposed to fire Cl
5. gt SENSOR TEMP HEAT EXHANGER check the resistance by tester see table 1 PLACE OF INSTALLATION check the blockage of air outlet of TAN gt PLACE OF INSTALLATION check the blockage of air inlet amp air outlet of TAG COMPRESSOR STOP gt EXCESS GAS check the pressure of refrigerant gas check 7performance curve TAG FAN COMPRESSOR BREAKDOWN other than described above I NOT WARM ENOUGH SHORTAGE OF GAS check the pressure of refrigerant gas check 7performance curve diagram T OPERATION LAMP OFF PLACE OF INSTALLATION check the blockage of air inlet amp air outlet of TAG NOISE gt CROSSFLOW check by eyes after power turn by hands and check noise POWER LAMP OFF check by eyes around the pipes with any obstacles f DC5V is achieved between black and brown portion of lead wiring of fan motor while no voltage of pulse between white and black wiring then TAN fan motor should be replaced REPEATED HEATING AND COOLING TAG FAN REPEATED ___ UNDER POWER SAVE MODE NOTHING ABNORMAL 4 WAY VALVE WITH COIL OFF WRONG WIRING CONNECTIO N check the wiring 3 4 4 Terminal Number on Terminal Block of TAG outdoor unit 19 TROUBL ESHOOTING GUIDE CHECK A FOLLOWING STEPS fig 2 Resistance of louver motor
6. 10 1 9 Z Suey ok quoo ov 31O0N3H gt 18 JE SS3 13H IM amp al HW y a31 YaN MOV 1d re NO K H B q31 10313 yov Ta lt 19 4H IG 770 d aveod L IHM sa 4 E 3L IHM NO 2 lefz 4197 11OHLNOO N IvW dOd 5 HOLOW HOOGN I 9301 IWHAHL 3041 IINH3H L 43 EXPLODED VIEW INDOOR UNIT accessories TAN A53HW TAN A70HW 44 EXPLODED VIEW OUTDOOR UNIT TAG A53HW 45 EXPLODED VIEW OUTDOOR UNIT TAG A70HW 46 21 1 I SSUED
7. SENSOR EVA TEMPERATURE TAN SENSOR ROOM TEMPERATURE CONSTANT 3700 STANDARD TEMPERATURE 25 0 C STANDARD RESI SANCE 10k TCO R Q TCO R Q 20 R Q 30 0 1 656E 05 7 50 4 564 04 15 0 1 538 04 29 5 1 605 05 7 00 4 446 04 15 5 1 504E 04 29 0 1 556E 05 6 50 4 332E 04 16 0 1 471E 04 28 5 1 509E 05 6 00 4 221E 04 16 5 1 439E 04 28 0 1 463E 05 5 50 4 113E 04 17 0 1 408 04 27 5 1 419 05 5 00 4 008 04 17 5 1 377E 04 27 0 1 376E 05 4 50 3 907E 04 18 0 1 348E 04 26 5 1 335E 05 4 00 3 808E 04 18 5 1 319E 04 26 0 1 295E 05 3 50 3 712E 04 19 0 1 290E 04 25 5 1 256 05 3 00 3 619 04 19 5 1 263 04 25 0 1 219 05 2 50 3 529 04 20 0 1 236 04 24 5 1 183 05 2 00 3 441 04 20 5 1 209E 04 24 0 1 148E 05 1 50 3 356E 04 21 0 1 184E 04 23 5 1 114E 05 1 00 3 273E 04 21 5 1 159E 04 23 0 1 082E 05 0 50 3 192E 04 22 0 1 134E 04 22 5 1 050 05 0 00 3 114 04 22 5 1 111 04 22 0 1 020 05 0 50 3 038 04 23 0 1 087 04 21 5 9 906 04 1 00 2 964 04 23 5 1 065E 04 21 0 9 621E 04 1 50 2 892E 04 24 0 1 043E 04 20 5 9 346E 04 2 00 2 822E 04 24 5 1 021E 04 20 0 9 079E 04 2 50 2 754E 04 25 0 1 000E 04 19 5 8 821 04 3 00 2 688 04 25 5 9 794E 03 19 0 8 572E 04 3 50 2 623E 04 26 0 9 594E 03 18 5 8 330 04 4 00 2 561 04 26
8. INDOOR FAN COMPRESSOR super low ON super low ON super low ON super low OFF super low J on ON OFF 10min enia 10min denso 3min 10 OPERATION DETAILS HEATING MODE OPERATION When room temperature is raised to higher than the designated temperature compressor stops When room temperature gets less than 3 3 C higher than the designated temperature compressor turns on At the start of heating operation if the room temperature is less than 10 additional 1 is set to the temperature designated by the remote controller Canceled when the compressor first stops Hot Start Function To prevent the unpleasant cold air to flow the air flow speed is determined as shown below according to the temperature of the indoor heat exchanger Temperature indoor heat exchanger T2 T1 INDOOR FAN Designated by remote controller TAN TAG A53EW TAN TAG A70EW Room Temperature Designated Temperature Indoor fan Designated by remote controller Compressor OFF OFF In maximum 4 minutes the operation proceed to the next steps when the heat exchanger is not warmed up to the reference temperature shown above ON OFF 11 OPERATION DETAILS Fan speed control when Auto is selected in fan mode When
9. core wire 2 mnt Dimensions Height 297 Width 799 Depth 210 Net Weight 9 1 SPECIFICATION INDOOR OUTDOOR Type TAN A53HW Cross flow Fan TAG A53HW Propeller Fan Air Circulation Motor Type DC brushless 8 pole Induction 6 pole Rated Output 30 38 Heat Exchanger Plate fin configur 21 2 ation forced draft 19 5 FPI Refrigerant Control Device Capilary Tube Refrigerant R410 A 1 460 51 5 Thermostat Electronic Control Protection Device OLR INNER Timer Real time dual ON OFF 7 hour OFF Air Filter Mold proof Parts Provided Specifications are subject to change without notice Mounting plate Remote controller Battery 2 pcs Remote controller ho Screw cap 2 pcs Drain elbow Ider TAN TAG A70GW Cooling Capacity INDOOR SPECIFICATION OUTDOOR TAN A70HW TAG A70HW Heating Capacity Moisture Removal Power source Airflow Method SIDE VIEW 53 VU TOP VIEW UU Air circulation at High Cooling 14 0 Heating 15 0 Electrical Data Input Cooling 2 290 Heating 2 240 Running Current Cooling 10 1 Heating 9 9 Starting Current 54 0 Piping Connection Port Flare piping L Half Union 1 4 L 2 way valve 1 4 G Half Union 5 8 G 3 way val
10. Auto is selected the fan speed is automatically controlled according to the difference between the room and designated 4 C ROOM TEMP DESIGNATED 5 0 7 1 C 1 3 1 7 2 0 3 C 2 0 C 3 7 C 2 7 C INDOOR FAN Hi Super low Method of overload control by checking the temperature of heat exchanger indoor 10sec T1 T2 ON ON OFF ON OFF OUTDOOR FAN TAN TAG A53GW TAN TAG A70GW 12 OPERATION DETAILS Method of overload control by checking the operating current CURRENT OUTDOOR ON OFF ON __ OFF x H l2 TAN TAG AB3GW 7 6A 8 0A TAN TAG A70GW 11 1A 10 8A 13 OPERATION DETAILS DEFROSTING OPERATION Defrosting operation is controlled by room temperature temperature of indoor heat exchanger and timer switch Defrosting operation start when a 50 minutes pass after the start of heating operation or after the completion of previous defrosting operation and while compressor is running the temperature of indoor heat exchanger falls below room temperature 14 Condition a or b accumulated time for the stop of outdoor fan which is for the protection of compressor from excess current or for the prevention of overheating of indoor heat exchanger exceeds 90 minutes after the start of heating
11. CAPACITOR TAG FAN MOTOR not move back to infinity capacitor for TAG fan motor should be replaced NOTE 1 gt TAG FAN MOTOR other than described above L SLOW PCB MAIN CONTROLLER check the voltage between 2 4 in terminals see fig 5 if the scale of the tester swings instantly to zero and does not CAPACITOR TAG FAN MOTOR move back to infinity TAG fan motor should be replaced NOTE 1 YES YES TAG FAN MOTOR other than descrived above OFF DROP VOLTAGE check proper voltage of power supply and use an exclusive power supply BY DROP VOLTAGE check proper voltage of power supply and use an exclusive power supply ON DEFECTIVE WIRING CONTACTS check by eyes Y Y NO EXCESS GAS check the pressure of gas check 7performance curve diagramZ R if the scale of the tester swings instantly to 2 7 and does not COMPRESSOR IS WORKING FLASHING FLASHING OFF CAPACITOR COMPRESSOR move back to infinity capacitor for compressor should be replaced a NOTE 1 4 COMPRESSOR LOCKING other than described above YES PREVENTION FOR OVERHEATING RELAY leak of gas or cut off prevention for overheating relay MIS WIRING check the wiring order L FLASHING OFF FLASHING OPERATING IN 4 PM CUTTING OFF CT change PCB main controller 2 COMPRESSOR BREAKDOWN other than described above MIS WIRING check the wiring between 2 and 3 in terminal not turning TAG fan
12. TOYOTOMI SERVICE MANUAL ROOM AIR CONDITIONER TAN TAG A53HW TAN TAG A70HW CONTENTS SPECIFICATION Aa 1 FUNC TIONS L 5 SERVICE FUNCTION EXPLANATION 7 OPERATION DETAILS 8 TROUBLESHOOTING GUIDE 17 PERFORMANCE CURVE DIAGRAV 25 THERMISTOR RESISTANCE CHART 35 ELECTRIC CIRCUIT DIAGRAM ceti aac EXPLODED VIEW INDOOR UNIT EXPLODED VIEW OUTDOOR UNIT TAN TAG A53G W Cooling Capacity INDOOR SPECIFICATION OUTDOOR TAN A53HW TAG A53HW Heating Capacity Moisture Removal Power source Airflow Method SIDE VIEW 5 VU TOP VIEW E UU Air circulation at High Cooling 12 0 Heating 12 0 Electrical Data Input Cooling 1 760 Heating 1 665 Running Current Cooling 8 1 Heating 7 7 Starting Current 29 0 Piping Connection Port Flare piping L Half Union 1 4 L 2 way valve 1 4 G Half Union 1 2 G 3 way valve 1 2 Pipe Size Flare piping L liquid side 1 4 L liquid side 1 4 G gas side 1 2 G gas side 1 2 Drain hose Inner diameter Length 14 0 6 Power Cord Length 1 4 Number of core wire
13. gt REMOTE CONTROL change to new one POWER LAMP GREEN ON NO OFF OFF OFF gt FUSE 3 15A check the fuse by eyes or cheak the electric continuity by tester MES VES 3 L gt PCB RECEIVER 8 DISPLAY Mia described above how to operate emergency operation test FLASHING ON ON gt SENSOR TEMP HEAT EXCHANGER check the resistance by tester see table 1 GE NZ NO FLASHING OFF OFF SENSOR TEMP ROOM check the resistance by tester see table 2 YES YES MOTOR LOUVER check the resistance between two terminals see fig 2 table 3 TAN EAN ROTATING NO ENE r gt LEUSE 3 15A check the fuse by eyes or cheak the electric continuity by tester L MOTOR TAN FAN check the voltage by tester see fig 3 YES Y YES Y gt SENSOR TEMP ROOM check the resistance by tester see table 2 SENSOR TEMP ROOM NO MS YES YES gt SETTING TEMPERATURE adjust proper temperature in remote controller OPERATI N TOE GREEN ON NO gt SENSOR TEMP ROOM check the resistance by tester see table 2 o O gt COMPRESSOR check the restarting operation of compressor after passing minute heck th i f h h YES YES L gt PREVENTION FOR FREEZING 5 1 of sensor temp heat exchanger TAG ERN NO NO ROTATION MIS WIRING check the wiring order I PCB MAIN CONTROLLER check the voltage between 2 and 4 in terminals see fig 5 if the scale of the tester swings instantly to zero and does I
14. 519E 03 62 5 2 500E 03 85 0 1 251E 03 40 5 5 416E 03 63 0 2 459E 03 85 5 1 233E 03 41 0 5 315E 03 63 5 2 419E 03 86 0 1 215E 03 41 5 5 216E 03 64 0 2 380E 03 86 5 1 198E 03 42 0 5 120E 03 64 5 2 342E 03 87 0 1 181E 03 42 5 5 026E 03 65 0 2 304E 03 87 5 1 164E 03 43 0 4 933E 03 65 5 2 267E 03 88 0 1 148E 03 43 5 4 843E 03 66 0 2 231E 03 88 5 1 132E 03 44 0 4 755E 03 66 5 2 195E 03 89 0 1 116E 03 44 5 4 668E 03 67 0 2 160E 03 89 5 1 100E 03 45 0 4 583E 03 67 5 2 126E 03 90 0 1 085E 03 45 5 4 501E 03 68 0 2 093E 03 90 5 1 070E 03 46 0 4 419E 03 68 5 2 060E 03 91 0 1 055E 03 46 5 4 340E 03 69 0 2 027E 03 91 5 1 040E 03 47 0 4 262E 03 69 5 1 996E 03 92 0 1 026E 03 47 5 4 186E 03 70 0 1 964E 03 92 5 1 012E 03 48 0 4 112E 03 70 5 1 934E 03 93 0 9 979E 02 48 5 4 039E 03 71 0 1 904E 03 93 5 9 842E 02 49 0 3 967E 03 ALS 1 874E 03 94 0 9 708E 02 49 5 3 897E 03 72 0 1 845E 03 94 5 9 576E 02 50 0 3 829E 03 72 5 1 817E 03 95 0 9 446E 02 50 5 3 762E 03 73 0 1 789E 03 95 5 9 318E 02 51 0 3 696E 03 73 5 1 762E 03 96 0 9 192E 02 51 5 3 631E 03 74 0 1 735E 03 96 5 9 068E 02 52 0 3 568E 03 74 5 1 708E 03 97 0 8 946E 02 52 5 3 506E 03 75 0 1 683E 03 97 5 8 827E 02 53 0 3 446E 03 75 5 1 657E 03 98 0 8 709E 02 53 5 3 387E 03 76 0 1 632 03 98 5 8 593E 02 54 0 3 328E 03 76 5 1 608E 03 99 0 8 479E 02 54 5 3 272E 03 77 0 1 583E 03 99 5 8 366E 02 55 0 3 216E 03 77 5 1 560E 03 100 0 8 256E 02 55 5 3 161E 03 78 0 1 537E 03 100 5 8 147E 02 56 0 3 107E 03 78 5 1 514E 03 10
15. below 50 C does the OLR have electric continuity below table No ves 5 Replace compressor See trouble shooting compressor compressor Phenomenon OLR INNERPROTECTOR works Excessive refrigerant TAG fan does not rotate Gas leakage OLR is defective Compressor does not operate 24 OPERATION for heating PERFORMANCE CURVE DIAGRAM Gas pressure is to be measured at COMPULSORY COOLING OPERATION for cooling or EMERGENCY If you find substantial difference in performance compared with PERFORMANCE CURVE as shown above recharge the refrigerant In order to avoid excessive charging purge all the remaining refrigerant first and then evacuate the unit completely with vacuum pump and finally apply rated volume charging of refrigerant Charging of refrigerant should be done by cooling operation because the pressure at service valve will be too high at heating cycle then the heating performance characteristics must be checked by restarting of heating operation Model TAN TAG A53EW TAN TAG A70EW Liquid side 6 35mm 6 35mm Piping size Gas side 12 7mm 15 88mm Max tube length 10m 10m Max height difference 5m 5m 25 PERFORMANCE CURVE DIAGRAM TAN TAG A53HW COOLING CURRENT rof 25 TEMPERATURE 20 BLOW OUT 15 MPa 1 4 i 1 2 SERVICE P
16. is two different ranges of louver swinging one is of cooling amp dry mode operation and the other is of heating operation Standard Position Swing of Air Flow Approx 10 degrees Level 4 Level gt Cooling Dry Approx 10 Approx 70 degrees degrees Cooling Heating Approx 40 degrees Approx 45 degrees Approx 70 degrees OPERATION DETAILS TIME DELAY SAFETY CONTROL FUNCTION FOR PROTECTION OF COMPRESSOR Compressor will not restart in any operation modes for 3 minutes after its stop Compressor does not stop during the first 3 minutes of its operation even if the room temperature reaches to the designated temperature except changing setting temperature COOLING MODE OPERATION Compressor stops when the room temperature is cooled down to the designated temperature Compressor restarts when room temperature is raised to 0 7C higher than the designated temperature DESIGNATED TEMP INDOOR FAN COMPRESSOR ROOM TEMP ON ON OFF ON Fan speed control when Auto is selected in fan mode When Auto is selected the fan speed is automatically controlled according to the difference between the room and designated temperatures ROOM TEMP 0 39 2 7 C 1 C 1 3 DESIGNATED OFF ON OFF ON INDOOR FAN Hi Me Me Hi UE 3 7 C
17. 1 0 8 040E 02 56 5 3 055E 03 79 0 1 491E 03 101 5 7 934E 02 57 0 3 003E 03 79 5 1 469E 03 102 0 7 831E 02 57 5 2 953E 03 80 0 1 448E 03 102 5 7 728 02 58 0 2 903 03 80 5 1 426 03 103 0 7 628 02 58 5 2 855E 03 81 0 1 405E 03 103 5 7 529E 02 59 0 2 807E 03 81 5 1 385E 03 104 0 7 432E 02 59 5 2 761E 03 82 0 1 365E 03 104 5 7 336E 02 38 ELECTRIC CIRCUIT DIAGRAM TAN TAG A53HW TAN TAG A70HW HOL HOLON HOLOW 31 IHM LL LNO NMOH8 MOV 18 T ION3 1OS JA IVA AVM 3n18 4 r 3n18 L4 1 HOLO3LOHd YANN I i L qum asd E 31 IHM HOL IOVdV9 HOSS3Hdl lOO L INN HOOGLNO MS TYNNYW o 0 318V99N ILO3NNOO VlOd 306 EN UM aseos D ad X3 MOTA N33H5 MOV 18 NMOHS HOLOIN HHANOT aa 8 2 121 a o r MOV 1a IND xovg 2 YOV 18 MOV 1a 3LIHM 3l IHM M90 Ta ZNO TVN INH31 IND 13934 D INO
18. 1 251 05 15 5 3 657E 04 29 0 5 186E 05 6 50 1 215E 05 16 0 3 566E 04 28 5 5 007E 05 6 00 1 179E 05 16 5 3 477E 04 28 0 4 835E 05 5 50 1 145E 05 17 0 3 392 04 27 5 4 669 05 5 00 1 112 05 17 5 3 308 04 27 0 4 510 05 4 50 1 080 05 18 0 3 227 04 26 5 4 356 05 4 00 1 049 05 18 5 3 148E 04 26 0 4 209E 05 3 50 1 019E 05 19 0 3 072E 04 25 5 4 067 05 3 00 9 904 04 19 5 2 997 04 25 0 3 930 05 2 50 9 624 04 20 0 2 925 04 24 5 3 799 05 2 00 9 352 04 20 5 2 854E 04 24 0 3 672E 05 1 50 9 089E 04 21 0 2 786E 04 23 5 3 550E 05 1 00 8 835E 04 21 5 2 719E 04 23 0 3 433E 05 0 50 8 588E 04 22 0 2 654E 04 22 5 3 320 05 0 00 8 350 04 22 5 2 591 04 22 0 3 211 05 0 50 8 118 04 23 0 2 530 04 21 5 3 106 05 1 00 7 894 04 23 5 2 470E 04 21 0 3 005E 05 1 50 7 677E 04 24 0 2 412E 04 20 5 2 907E 05 2 00 7 467E 04 24 5 2 355E 04 20 0 2 813E 05 2 50 7 263E 04 25 0 2 300E 04 19 5 2 723 05 3 00 7 065 04 25 5 2 246E 04 19 0 2 636E 05 3 50 6 874E 04 26 0 2 194E 04 18 5 2 551 05 4 00 6 688 04 26 5 2 143E 04 18 0 2 470E 05 4 50 6 508E 04 27 0 2 094E 04 17 5 2 392 05 5 00 6 333 04 27 5 2 046E 04 17 0 2 317 05 5 50 6 164 04 28 0 1 999 04 16 5 2 244 05 6 00 6 000 04 28 5 1 953E 04 16 0 2 173E 05 6 50 5 840E 04 29 0 1 909E 04 15 5 2 106 05 7 00 5 686 04 29 5 1 865E 04 15 0 2 040 05 7 50 5 536 04 30 0 1 823 04 14 5 1 977E 05 8 00 5 391E 04 30 5 1 782E 04 14 0 1 91
19. 1 79 0 7 3 3 C 2 0 C OPERATION DETAILS Method of anti freezing control of heat exchanger indoor When the sensor heat exchanger detects the temperature below 2 C for the duration of one compressor stops the operation After that the compressor will automatically resume the operation when the sensor heat exchanger detects the temperature 2 C and above TEMPERATURE INDOOR HEAT s in gt EXCHANGER 2 C ON COMPRESSOR ON OFF ON OFF DRY MODE OPERATION 1 2 When the room temperature is 2 C or more higher than designated temperature compressor and indoor fan operate When the room temperature has been cooled to the temperature 2 higher than the designated the compressor and indoor fan start intermittent operation ON for 10 min and OFF for 6 min by turns The air flow speed of indoor fan is super low When the room temperature is cooled to designated temperature compressor and indoor fan stop The indoor fan restarts at the air flow speed of super low after 3 minutes the compressor stops When the room temperature is raised to 0 7C higher than the designated temperature the intermittent operation above 2 starts When operating in 2 above if the room temperature becomes 2 higher than the designated the operation 1 above starts DESIGNATED TEMP 0 7 C
20. 5 9 398E 03 18 0 8 096E 04 4 50 2 500E 04 27 0 9 206E 03 17 5 7 870E 04 5 00 2 441E 04 27 5 9 020E 03 17 0 7 651E 04 5 50 2 383E 04 28 0 8 837E 03 16 5 7 438E 04 6 00 2 327E 04 28 5 8 659E 03 16 0 7 233 04 6 50 2 273 04 29 0 8 485 03 15 5 7 034E 04 7 00 2 220E 04 29 5 8 315E 03 15 0 6 841 04 7 50 2 168 04 30 0 8 149E 03 14 5 6 654E 04 8 00 2 118E 04 30 5 7 987E 03 14 0 6 473E 04 8 50 2 069E 04 31 0 7 829E 03 13 5 6 297E 04 9 00 2 021E 04 31 5 7 674 03 13 0 6 127 04 9 50 1 975 04 32 0 7 523 03 12 5 5 962 04 10 0 1 930 04 32 5 7 375 03 12 0 5 802 04 10 5 1 886 04 33 0 7 230 03 11 5 5 647 04 11 0 1 843 04 33 5 7 089 03 11 0 5 497 04 11 5 1 081E 04 34 0 6 951E 03 10 5 5 351 04 12 0 1 761E 04 34 5 6 817E 03 10 0 5 210E 04 12 5 1 721E 04 35 0 6 685E 03 9 50 5 073E 04 13 0 1 683E 04 35 5 6 556E 03 9 00 4 940E 04 13 5 1 645E 04 36 0 6 430E 03 8 50 4 811E 04 14 0 1 609E 04 36 5 6 307E 03 8 00 4 686 04 14 5 1 573E 04 37 0 6 187E 03 87 THERMISTOR RESISTANCE CHART TCO R Q TCO R Q 20 R Q 37 5 6 069E 03 60 0 2 715E 03 82 5 1 345E 03 38 0 5 954E 03 60 5 2 670E 03 83 0 1 325E 03 38 5 5 842E 03 61 0 2 626E 03 83 5 1 306E 03 39 0 5 732E 03 61 5 2 583E 03 84 0 1 287E 03 39 5 5 624E 03 62 0 2 541E 03 84 5 1 269E 03 40 0 5
21. 5 9 686E 03 67 0 4 039E 03 89 5 1 878E 03 45 0 9 487E 03 67 5 3 967E 03 90 0 1 848E 03 45 5 9 293E 03 68 0 3 896E 03 90 5 1 819E 03 46 0 9 103E 03 68 5 3 826E 03 91 0 1 790E 03 46 5 8 917E 03 69 0 3 758E 03 91 5 1 762E 03 47 0 8 736E 03 69 5 3 691E 03 92 0 1 735E 03 47 5 8 559E 03 70 0 3 626E 03 92 5 1 707E 03 48 0 8 387E 03 70 5 3 562E 03 93 0 1 681E 03 48 5 8 218E 03 71 0 3 499E 03 93 5 1 655E 03 49 0 8 053E 03 ALS 3 438E 03 94 0 1 629E 03 49 5 7 892E 03 72 0 3 378E 03 94 5 1 604E 03 50 0 7 734E 03 72 5 3 319E 03 95 0 1 579E 03 50 5 7 581 03 73 0 3 261 03 95 5 1 555E 03 51 0 7 430E 03 73 5 3 205E 03 96 0 1 531E 03 51 5 7 284E 03 74 0 3 149E 03 96 5 1 508E 03 52 0 7 140E 03 74 5 3 095E 03 97 0 1 485E 03 52 5 7 000E 03 75 0 3 042E 03 97 5 1 462E 03 53 0 6 863E 03 75 5 2 989E 03 98 0 1 440E 03 53 5 6 729E 03 76 0 2 938E 03 98 5 1 418E 03 54 0 6 598E 03 76 5 2 888E 03 99 0 1 397E 03 54 5 6 470E 03 77 0 2 839E 03 99 5 1 376E 03 55 0 6 345E 03 77 5 2 791E 03 100 0 1 355E 03 55 5 6 223 03 78 0 2 744E 03 100 5 1 335E 03 56 0 6 103E 03 78 5 2 697E 03 101 0 1 315E 03 56 5 5 986E 03 79 0 2 652E 03 101 5 1 296E 03 57 0 5 872E 03 79 5 2 608E 03 102 0 1 277E 03 57 5 5 760E 03 80 0 2 564E 03 102 5 1 258E 03 58 0 5 650E 03 80 5 2 521E 03 103 0 1 239E 03 58 5 5 543E 03 81 0 2 479E 03 103 5 1 221E 03 59 0 5 439E 03 81 5 2 438E 03 104 0 1 203E 03 59 5 5 336E 03 82 0 2 398E 03 104 5 1 185E 03 36 THERMISTOR RESISTANCE CHART
22. 6E 05 8 50 5 250E 04 31 0 1 742E 04 13 5 1 857E 05 9 00 5 113E 04 31 5 1 703E 04 13 0 1 800E 05 9 50 4 980E 04 32 0 1 665E 04 12 5 1 745E 05 10 0 4 851E 04 32 5 1 628E 04 12 0 1 692E 05 10 5 4 726E 04 33 0 1 592E 04 11 5 1 641E 05 11 0 4 604E 04 33 5 1 556E 04 11 0 1 592E 05 11 5 4 486E 04 34 0 1 522E 04 10 5 1 544E 05 12 0 4 372E 04 34 5 1 489E 04 10 0 1 498E 05 12 5 4 260E 04 35 0 1 456E 04 9 50 1 453E 05 13 0 4 152E 04 35 5 1 424E 04 9 00 1 410E 05 13 5 4 047 04 36 0 1 393 04 8 50 1 368 05 14 0 3 945 04 36 5 1 363 04 8 00 1 328 05 14 5 3 846E 04 37 0 1 334E 04 35 THERMISTOR RESISTANCE CHART TCO R Q TCO R Q 20 R Q 37 5 1 305E 04 60 0 5 236E 03 82 5 2 358E 03 38 0 1 277E 04 60 5 5 138E 03 83 0 2 320E 03 38 5 1 249E 04 61 0 5 042E 03 83 5 2 282E 03 39 0 1 223E 04 61 5 4 948E 03 84 0 2 244E 03 39 5 1 197E 04 62 0 4 857E 03 84 5 2 208E 03 40 0 1 171E 04 62 5 4 767E 03 85 0 2 172E 03 40 5 1 147E 04 63 0 4 679E 03 85 5 2 137E 03 41 0 1 122E 04 63 5 4 593E 03 86 0 2 102E 03 41 5 1 099E 04 64 0 4 509E 03 86 5 2 068E 03 42 0 1 076E 04 64 5 4 426E 03 87 0 2 035E 03 42 5 1 053E 04 65 0 4 346E 03 87 5 2 002E 03 43 0 1 031E 04 65 5 4 267E 03 88 0 1 970E 03 43 5 1 010E 04 66 0 4 189E 03 88 5 1 939E 03 44 0 9 890E 03 66 5 4 114E 03 89 0 1 908E 03 44
23. H3TIOHLNOO 510 38 330 AH3AO93H OLNV 22 TROUBLESHOOTING GUIDE WIRING DIAGRAM TAN A53HW TAN A70HW MOTOR FAN Q PCB RECEIVER amp DISPLAY SENSOR C TEMP HEAT EXCHANGER Bm SENSOR FUSE TEMP ROOM MOTOR LOUVER ANUAL SWITCH POWER GY SOURCE TERMINAL L 4 BLOCK ER OUTDOOR UNIT TERMINAL TAG A53GW MOTOR COMPRESSOR FAN CAPACITOR 2 5 UF 440VAC 4 WAY VALVE CAPACITOR 40 uF 370VAC TERMINAL BLOCK EARTH TERMINAL INDOOR UNIT Marking in the drawing is not for any use TAG A70GW MOTOR COMPRESSOR FAN B CAPACITOR 4 WAY 4 0uF500VAC VALVE CAPACITOR 60 uF 370VAC TERMINAL BLOCK EARTH TERMINAL l INDOOR UNIT BLACK BLUE BROWN GREEN RED WHITE YELLOW TAN INDOOR UNIT TAG OUTDOOR UNIT lt 22 TROUBLESHOOTING GUIDE OVERHEAT PREVENTIVE RELAY OLR INNERPROTECTOR NO INNERPROTECTOR D Any addition of refrigerant Recharge rated weight CHECK CONNECTION YES n NO TAG fan rotates during cooling Refer to trouble shooting mode operation TAG fan starts to retate After repair fill up prescribed gas Firstly cut down power source when the temp of above part of the compressor is
24. ORT PRESSURE 0 8 0 6 04 BERGE sia ac 20 25 30 35 F HUMIDITY60 AIR TEMPERATURE INDOOR OUTDOOR HEATING AIR TEMPERATURE INDOOR 20 C CURRENT 2760 55 TEMPERATURE 59 BLOW OUT 45 MPa SERVICE PORT PRESSURE 3 0 2 5 5 10 15 20 HUMIDITY50 AIR TEMPERATURE OUTDOOR 26 PERFORMANCE CURVE DIAGRAM TAN TAG A70HW COOLING CURRENT 25 TEMPERATURE 20 BLOW OUT 15 MPa 1 4 i 1 2 SERVICE PORT PRESSURE 0 8 0 6 04 Bis gt 20 25 30 3 F HUMIDITY60 AIR TEMPERATURE INDOOR OUTDOOR HEATING AIR TEMPERATURE INDOOR 20 C CURRENT 260 55 TEMPERATURE 59 BLOW OUT 45 MPa SERVICE PORT PRESSURE 3 0 2 5 5 10 15 20 HUMIDITY50 AIR TEMPERATURE OUTDOOR 27 THERMISTOR RESISTANCE CHART SENSOR ROOM TEMPERATURE TAN SENSOR ROOM TEMPERATURE CONSTANT 4200 STANDARD TEMPERATURE 25 0 STANDARD RESI SANCE 23k O TQ R Q TQ R Q 20 R Q 30 0 5 566E 05 7 50 1 289 05 15 0 3 750 04 29 5 5 373 05 7 00
25. RTAGE OF GAS check the pressure of gas check 7performance curve diagram NOT DRAIN ENOUGH MIS INSTALLATION check the level of TAN POWER LAMP OFF eee te te ee eh ee DRAINAGE check the drain pipe is stopped up TAN FAN l TAN FAN MOTOR if DC5V is achieved between black and brown lead wiring of fan LOUVERZCLOSE 7 OPERATION STOP motor while no voltage of pulse between white and black wiring COOL AIR DOESN T then TAN fan motor should be replaced COME OUT gt MIS WIRING check the wiring between 2 3 in terminal not turning TAG fan STOP OPERATING IN L SHORT CIRCUIT OF WIRINGS check the voltage between 2 and 3 in terminal see fig 6 HEATING MODE NOTE 1 Measure the resistance by changing the pole of the tester by turns 1 4 Terminal Number on Terminal Block of TAG outdoor unit 18 TROUBLESHOOTING GUIDE HEATING OPERATION
26. SENSOR TEMP ROOM check the resistance by tester see table 2 YES Y SETTING TEMPERATURE adjust proper temperature in remote controller NO OPERATION LAMP GREEN ON SENSOR TEMP ROOM check the resistance by tester see table 2 YES COMPRESSOR check the restarting operation of compressor after passing minutes OFF DROP VOLTAGE check proper voltage of power supply and use an exclusive power supply 4 WAY VALVE ON gt BY DROP VOLTAGE check proper voltage of power supply and use an exclusive power supply I DEFECTIVE WIRING CONTACTS check by eyes ON gt EXCESS GAS check the pressure of refrigerant gas see 7performance curve diagram if the scale of the tester swings instantly to zero and does gt CAPACITOR COMPRESSOR not move back to infinity capacitor for compressor should NO be replaced NOTE 1 COMPRESSOR IS WORKING FLASHING OFF L COMPRESSOR LOCKING other than described above r gt L OVERHEAT PREVENTION RELAY leak of gas or cut off of overheat prevention relay FUSE gt WRONG WIRING CONNECTION check the wiring order YES OFF 4 4 I CUTTING OFF CT change main controller Y m bd COMPRESSOR BREAKDOWN other than descrived above N TAG FAN ROTATING 4 NO ROTATION gt WRONG WIRING CONNECTION check the wiring order I PCB MAIN CONTROLLER check the voltage between 2 and 4 in terminal see fig 5 if the scale of the t
27. TION case of releasing during those operations you can either push emergency operation switch once more or apply operation using remote control You will hear a sound and test operation is released f you release the operation by remote control operation will continue as setting of the remote control automatically INTERFERENCE PREVENTION OF SIGNALS FROM THE REMOTE CONTROLLER When two indoor units used in the same room interference of the signals may happen To avoid this alternative signal model B can be selected by the following Ex factory setting is mode A e Remote controller side Have J1 on the PC board short circuited by soldering J1 JI Indoor unit side Cut R10 on the PC board GOU Soldering Each Operations Details lt Remote control unit gt lt lndoor unit gt Ex factory setting Mode A Ex factory setting Mode A Receive Not receive Have J1 on the PC board short circuited Cut R10 on the PC board Mode B by soldering B Not receive Receive OPERATION DETAILS ON Timer operation Press the ON OFF switch Set the ON Time Press the TIME ADJ button twice Adjust the time with the button Press the TIME ADJ button twice The setting of ON Time is complete and the present time appears on the LCD Set t
28. ean the pins of the plug and insert the plug completely into the outlet Be sure to change the cable if it is damaged Do not use damaged cable Do not use power supply cord extended or connected in halfway AA Warning Be sure to put the units to earthing works 0966 e eo Be sure to check the insulated resistance more than 1 The combinations of three LED indicators ON Flashing OFF provide the self diagnosis information as most of them shown in the trouble shooting guide Note1 Discharge electricity of the capacitor by making short circuit firstly Then check the capacitor by tester Be sure to set up the tester for the measurement of bigger resistance 17 TROUBLESHOOTING GUIDE DRY amp COOLING OPERATION REMOTE CONTROLLER POWER OPERATION r POWER SUPPLY check the plug inserted into the outlet and the power supply ONZ green yellow green if the battery is dead or failure in remote controller
29. ester swings instantly to zeros and does not FAN MOTOR move back to infinity capacitor for TAG fan motor should be replaced NOTE 1 VES TAG FAN MOTOR other than described above SLOW ROTATION gt MAIN CONTROLLER check the voltage between 2 and 4 in terminal see fig 5 if the scale of the tester swings instantly to zero and does not CAPACITOR TAG FAN MOTOR move back to infinity capacitor for TAG fan motor should be replaced NOTE 1 TAG FAN MOTOR other than described above Y TURNAND gt COMPRESSOR BREAKDOWN check the current at wiring 1 by clamp meter see fig 4 SENSOR TEMP HEAT EXCHANGER PCB MAIN CONTROLLER check the voltage between 2 4 in terminals see fig 5 YES NO Y gt SENSOR TEMP HEAT check the resistance by tester see table 1 NO OFF ON FLASHING 7L FUSE 3 15 check the fuse by eyes or cheak the electric continuity by tester MES gt MOTOR TAN check the voltage by tester see fig Y NO i OPERATING IN HEATING MODE FILTER IS check by eyes and clean it YES NOT WARM ENOUGH SENSOR TEMP ROOM check the resistance by tester see table 2 outdoor unit stops before reaching set temp SHORT CIRCUIT OF WIRINGS check the resistance between 1 4 3 4 in terminal REMOTE NTROLLER ON OFF ON o pon vs
30. he ON Timer Press the Timer fixing button ON OFF Timer operation Press the ON OFF switch e Set the OFF Time Press the TIME ADJ button times Adjust the time with the button Press the TIME ADJ button once The setting of OFF Time is complete and the present time appears on the LCD Set the OFF Timer Press the Timer fixing button OFF Sleep Timer operation Press the SLEEP button during the operation Set the operating period by pressing the SLEEP button until the period appears on the LCD Timer Cancellation e ON OFF Timer Press the Timer fixing button ON On Timer and or OFF Off Timer once again Sleep Timer Press the SLEEP button until the operating period on the LCD disappears AIRFLOW DIRECTION CONTROL Vertical adjustment When switch is pressed the vertical louver will move to the adequate positions for each operation automatically Swing of air flow If air flow direction switch is pressed once the vertical louver will move within the range of figures Fixing the flow direction If air flow direction switch is pressed again the vertical louver will be fixed and that position is memorized From the next operation the louver will be set at previous position automatically Notes Swing Mode the louver automatically moves up and down within the certain range as the illustration below There
31. icient space in the right side of the unit detaching the upper right hook of the drain pan and pulling the right side of pan slightly pull out the whole control box this side How to detach PCB main controller 10 Pull out the connector of sensors temp room amp heat exchanger 11 Pull out the PCB this side from the control box 12 Pull out the wire from the PCB 13 Pull out the power supply cord from the PCB 14 Pull out the leads and connector from the PCB 21 TROUBLESHOOTING GUIDE BLOCK DIAGRAM TAN A53HW TAN A70HW INIT OV N HOLOW Nv4HOOG ino 17177717 GIONATOS 3ATVA RDZA a Ad 2078 TWNIWHAL vA3 dN31 uOS3S HOLOW HOOGNI JSTNd DALA NV AlddNs DNIHOLIMS 96 Hd LLINSNVHL 10H1NO9 3LOW3H AV1dSIQ H3N193H 80d 4 O eH HH lt GIHSAH LOI Hdzzna HOLOW N dN3 Duosas MS TVNNvVW lOHLNOO lOHLNOO 1VNH31X3 39NVHO 8 V W
32. nt of wiring in terminal more than SOHZ about 20A capacitor x attention electric shock wiring in teminal block Check the current of wiring in terminal 1 and if the current stays at the level above shown compressor is defective heating operation only ELECTRIC CHARACTER table 1 Sensor temp heat exchanger Resistance kO table 2 Sensor temp room Resistance kO table 3 Louver motor mmon terminal Commonkte Each terminal 19 47 lower part 200 O 7 15 37 12 29 Between terminals 10 23 400 7 8 18 7 15 20 TROUBLESHOOTING GUIDE HOW TO DETACH CONTROL BOX AND MAIN CONTROLLER 5 lt gt 7 fixing hook 8 ea How to remove the control box assembly 1 2 1 Remove the wiring cover and pull out the connecting cables 2 Pull out the connector of the Indoor fan motor 3 Pull out the connector of PCB receiver amp display 4 Pull out the connector of the vertical louver motor 5 Remove the earthing wire from hook on upper left of the control box 6 Remove a screw box fixing screw 7 Sliding the box down detach the fixing hook 8 9 Remove the sensor heat exchanger temp from Its fixing position If no suff
33. on CONTINUOUS operation OFF ON Sleep Timer time setting Operation stops at the set time OFF timer Operation starts at the set time ON timer 0 5 7 0hours Sleep timer Air flow direction control Auto angle selection Auto swing mode Manual mode FUNCTIONS INDOOR UNIT Sensing the room temperature Room temperature sensor thermistor Time delay safety control Restarting is inhibited for approximately 3 minutes Indoor fan speed control High Med Low Operation indication lamps LED GREEN Light up in operation YELLOW Timer in operation GREEN Outdoor unit operate Dry operation mode Intermittent operation of fan at low speed Room temperature control Maintains the room temperature in accordance with the setting temperature Deice defrost control Deicing operation automatically starts when the heating efficiency is declined by the ice formed in the outdoor unit After deicing operation heating operation automatically starts with Hot start function FUNCTIONS OUTDOOR UNIT Hot start control heating The indoor fan stops until the evaporator piping temperature will be reached m Overload protection Anti freezing control for the evaporator Compressor will be stopped when the evapolator s piping temperat
34. operation or after the completion of previous defrosting operation Condition b Current Defrosting starts Defrosting stops 5 5A judge Compressor Indoor fan Hot start Operation Outdoor fan 4way valve Max 9min 2 1 Condition a Condition b TAN TAG A53GW 6 7 5 6 TAN TAG A70GW 2 Defrosting operation is called off after 9 minutes at maximum even if the current value does not reach to the above 14 OPERATION DETAILS TAN TAG A53HW REFRIGERATION CYCLE DIAGRAM OUTDOOR UNIT INDOOR UNIT I REFRIGERANT i PIPING CAPILLARY TUBE RS E A CAPILLARY TUBE l 1 CHECK VALVE HEAT EXCHANGER HEAT EXCHANGER REFRIGERANT k PIPING E gt lt aa Kg MUFFLER 4 WAY VALVE 3 WAY VALVE 1 1 REFRIGERANT FLOW COMPRESSOR COOLING MODE HEATING MODE ACCUMULATOR 15 OPERATION DETAILS TAN TAG A70HW REFRIGERATION CYCLE DIAGRAM INDOOR UNIT OUTDOOR UNIT REFRIGERANT PIPING CAPILLARY TUBE BA gt gt VAN EST STRAINER 2 WAY VALVE HEAT EXCHANGER HEAT EXCHANGER REFRIGERANT i PIPING pi FTN CN lt P
35. s the operaiton of outdoor unit including compressor 3 min forced operation control Once the compressor is activated it does not stop for 3 minutes In case of termination of this operation push the ON OFF button on remote controller SERVICE FUNCTION EXPLANATION Emergency Operation Use this operation only when the remote controller is out of order or lost When the emergency operation switch is pressed the Pi sound starts once which means the start of this operation this operation the system automatically selects the operation modes cooling or heating when available according to the room temperature as follows e ABOVE 23 COOLING CONTINUOUS BELOW 239 HEATING CONTINUOUS AUTOMATIC It is not possible to operate in dry mode Test Operation Test operation switch is same as emergency one Use this operation only for testing the performance of the machine in the condition where the room temperature is less than 16 C Continue to press the test operation switch for more than 5 seconds After you hear the Pi sound twice release your finger from the switch the cooling operation starts with the air flow speed HI f the test operation switch is pressed more than 10 seconds it doesn t work After 30 minutes test operation ends automatically HOW TO RELEASE EMERGENCY AND TEST OPERA
36. ure is below 2 C for one minute Compressor will be restarted when the evaporator s piping temperature is above 2 1 34 Airflow direction control Automatic airflow direction control The louver automatically swings up and down cooling dry horizontal and 30 downward The louver is set at 60 downward during heating operation The louver is set as horizontal when the fan is stopped Airflow direction manual control Can be set within a range at horizontal to 60 downward Auto recovery function If there is any power failure during operation operation status before power failure is memorized 3 4 minutes after power recovery the unit restarts automatically with previous operation status memorized 3 4 minutes is protective time for compressor Attention Because of Auto Recovery Function if shutting off the power supply during operation the unit may restart irrespective your intention when turning on the power supply next time If the unit is not to be used for a long time shut off the power supply after terminating operation with remote controller Compressor overload protector When overheating of the compressor is detected inner protector stops the operation of the compressor When high current supplied to the compressor is detected the main controller stop
37. ve 5 8 Pipe Size Flare piping L liquid side 1 4 L liquid side 1 4 G gas side 5 8 G gas side 5 8 Drain hose Inner diameter Length 14 0 6 Power Cord Length 1 4 Number of core wire core wire 2 mnt Dimensions Height 295 Width 799 Depth 210 Net Weight 9 1 SPECIFICATION INDOOR OUTDOOR Type TAN A70HW Cross flow Fan TAG A70HW Propeller Fan Air Circulation Motor Type DC brushless 8 pole Induction 6 pole Rated Output 30 100 Heat Exchanger Plate fin configur 21 2 ation forced draft 18 1FPI Refrigerant Control Device Capillary Tube Refrigerant R410A 1 700 60 0 Thermostat Electronic Control Protection Device OLR INNER Timer Real time dual ON OFF 7 hour OFF Air Filter Mold proof Parts Provided Specifications are subject to change without notice Mounting plate Remote controller Battery 2 pcs Remote controller ho Screw cap 2 pcs Drain elbow Ider REMOTE CONTROL TRANSMITTER ON OFF Operation mode selection AUTOMATIC COOL DRY HEAT CIRCULATER Air flow selection AUTOMATIC HIGH MEDIUM LOW Room temperature setting 16 C 30 m nan Timer operation selecti

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