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Panasonic Air Conditioner

1. NO PART DESCRIPTION QTY CU YL24HBE5 CU YL28HBE5 1 BASE PAN ASS Y 1 CWD52K1190 lt 2 COMPRESSOR 1 5KD184XAA21 lt 3 BUSHING COMPRESSOR MOUNT 3 CWH50055 lt 4 NUT COMPRESSOR MOUNT 3 CWH561049 lt 5 PACKING 3 CWB81043 lt 6 CRANKCASE HEATER 1 CWA341047 lt 7 CONDENSER COMPLETE 1 CWB32C2409 CWB32C2369 8 TUBE ASS V CAPILLARY TUBE 1 CWTO1C4546 CWTO1C4490 9 HIGH PRESSURE SWITCH 1 CWA101007 lt 10 ACCUMULATOR 1 CWB131048 lt 11 DISCHARGE MUFFLER 1 CWB121014 lt 12 3 WAVS VALVE LIQUID 1 11548 lt 13 4 WAYS VALVE 1 CWBO001026J lt 14 TUBE ASS Y VALVE STRAINER 1 CWT025522 lt 15 3 WAVS VALVE GAS 1 11363 lt 16 STRAINER 2 CWB111024 lt 17 SOUND PROOF BOARD 1 CWH151194 lt 18 SOUND PROOF MATERIAL 1 CWG302487 lt 19 SOUND PROOF MATERIAL 1 CWG302246 lt 20 V COIL COMPLETE 1 CWA43C2169J lt 21 V COIL COMPLETE 1 CWA43C2316 lt 22 SENSOR COMP DISCHARGE TEMP 1 50 2515 lt 23 SENSOR COMP SUCTION TEMP 1 50 2516 lt 24 SENSOR COMP HEAT TEMP 1 50 2517 lt 25 SPRING FOR SENSOR 3 CWH711010 lt 26 CONTROL BOARD CASING 1 CWH102361 lt 27 TERMINAL BOARD ASS V 1 CWA28K1162 lt 28 TERMINAL BOARD ASS Y 1 CWA28K1076J lt 29 ELECTRONIC CONTROLLER DISPLAV 1 CWA744997 lt 30 ELECTRONIC CONTROLLER NOISE FILTER 1 CWA744996 lt 31 ELECTRONIC CONTROLLER MAIN 1 C
2. gt N o e 1 0 SIEEN Sjj F X e 115 51212 9431219 x M gig SIS SIS o o X a a 2 5 g T a E G G G 5 o o g e temperature Indoor intake air ambient Cooling capacitv curve ones Ajyoedeo payey Outdoor temperature 66 Cooling power consumption curve N 8 3 Bel bed bed bed be ed 21015 oe lt Slr Njo jo o o o 5 4 elm oj ojo 9 eo 6 81 1 1 1 1 1 1 1 1 1 1 1 Nii 5 oja gt e O z 9 wla o ols r 5 5 5 8 6 5 5 6 0 e Fl1 IXI l eis cis ee MAE ojo 5 amp s S 9 X S S 9 9 5 2151 1 1 1 4 1 1 1 11 1 1 1441 1 1 1 N 9 e 151 1 1 1 1 1 1 1 1 8 SIS SESS e lt 224 m a
3. 25 9 Printed Circuit Board 26 9 1 CU YL24HBE5 CU YL28HBE5 26 9 2 CU YL34HBE5 CU YL43HBE5 28 10 Installation Instruction 31 10 1 Outdoor unit installation 31 10 2 Outdoor unit installation 43 11 Technical Data 56 11 1 Sound Data 56 11 2 Capacity And Power Consumption 58 11 3 Safety device 102 11 4 Operating characteristics 103 11 5 Fan performance 104 11 6 Discharge and suction pressure 106 12 Exploded View and Replacement Parts List 114 12 1 Outdoor Unit 114 1 Safetv Precautions Read the following SAFETY PRECAUTIONS carefully before perform any servicing Electrical work must be installed or serviced by a licensed electrician Be sure to use the correct rating of the power plug and main circuit for the model installed The caution items stated here must be followed because these important contents are related to safety The meaning of each indication used is as below Incorrect ins
4. 5 Lo kal o D 5 ae Ni o o 2 So 5 8 sol 9 5 G a lt G Elo A 9 o s 5 o o co 1 o NL c Qe 2295 goo rogo so o 88 Heating COP curve Indoor intake Outdoor intake air ambient temperature D B C air ambient ea Outdoor temperature 89 11 2 2 4 5 24 5 x 2 CU YL43HBE5 Heating capacitv curve Indoor intake Outdoor intake air ambient temperature D B C air ambient sc 5 7 temperature TC TC TC KW KW KW KW Kw Kw KW KW KW KW 15 10 71 11 93 13 16 12 38 13 94 13 70 14 65 15 44 14 85 15 90 16 53 15 73 16 3 983 11 06 12 29 11 55 13 10 12 92 13 70 14 49 13 95 15 00 14 _ 25 9413 10 35 11 41 10 73 12 43 12 13 13 07 13 39 13 05 1425 1 1499 1441 1 Heating capacity curve Rated capacity ratio Outdoor temperature Outdoor intake air ambient temperature D B 15 10 C 5 C 096 2 6 56 76 10 15 C gt 15 Heating capacity 0 93 0 93 0 92 0 84 0 88 0 96 1 1 1 1 compensation coefficient 90 Heating power consumption curve
5. 10 ITEM MODEL Condition by ISO5151 Volts V 220 230 240 Phase Single Single Single Power Consumption kW Cool 4 15 1 25 4 45 Heat 4 10 1 1 4 9 Running Current A Cool 19 7 19 0 18 4 Heat 19 5 18 8 18 2 Starting Current A 19 7 19 18 4 Power Factor Cool 96 95 94 Heat 96 95 94 Factor means total figure of compressor indoor fan motor and outdoor fan motor Panasonic Power source 1 220 230 240V 50Hz 4 1 5 CS F28DB4E5 CU YL28HBE5 Indoor Unit Outdoor Unit Main Body CS F28DB4E5 CU YL28HBE5 ITEM MODEL Panel CZ BTOSP Remote CZ RD513C Wired Control CZ RL513B Wireless Cooling Capacity kW 7 1 2 1 7 7 BTU h 24 200 7 200 26 300 Heating Capacity kW 8 0 2 2 8 3 BTU h 27 300 7 500 28 300 Refrigerant Charge less m 30 Standard Air Volume for High m min Hi 20 Me 18 Lo 16 Hi 58 Medium and Low Speed cfm 706 631 556 2048 Outside Dimension H x W x D mm 246 x 840 x 840 795 x 875 x 320 inch 9 11 16 x 33 1 24 x 33 1 24 31 5 16 x 34 7 16 x 12 19 32 Net Weight kg Ibs 26 58 65 143 Piping Refrigerant Gas mm inch O D B 15 88 5 8 Flared Type Connection Liquid mm inch O D B 9 53 3 8 Flared Type Drain mm O D 20 1 0 20 x 1 Compressor Type Number of Set Hermetic 2P Rotary 1 Starting Method DC INV contro
6. 5 3 Features 6 2008 Panasonic HA Air Conditioning M Sdn Bhd e 11969 T All rights reserved Unauthorized copying anasonic and distribution is a violation of law 3 1 Outdoor Unit 6 4 Specifications 7 4 1 Product Specification 7 5 Dimensions 14 5 1 CU YL24HBE5 CU YL28HBE5 14 5 2 CU YL34HBE5 15 CU YL43HBE5 16 6 Block Diagram 17 6 1 CU YL24HBE5 CU YL28HBE5 17 6 2 CU YL34HBE5 18 6 3 CU YL43HBE5 19 Wiring Diagram 20 7 1 CU YL24HBE5 CU YL28HBE5 20 7 2 CU YL34HBE5 21 7 3 CU YL43HBE5 22 8 Electronic Circuit Diagram 23 8 1 CU YL24HBE5 CU YL28HBE5 23 8 2 CU YL34HBE5 24 8 3 CU YL43HBE5
7. Cooling Capacitv Heating Capacitv oo 2 24 25 26 27 28 29 30 31 Coefficient For Correcting Coefficient For Correcting 23 24 25 26 27 28 29 30 31 32 Air Volume m min Air Volume m min 105 11 6 Discharge and suction pressure 11 6 1 CS F24DB4E5 CU YL24HBE5 Operation mode Cooling Discharge Pressure Mpa F24DB4E5 Discharge Pressure 3 6 3 4 3 2 3 0 2 8 2 6 2 4 2 2 2 0 1 8 I 1 6 f 10 0 10 20 30 40 50 DRY BULB TEMPERATURE AT THE INLET OF OUTDOOR UNIT HEAT EXCHANGER C Suction Pressure Mpa F24DBE5 Suction Pressure 0 6 10 0 10 20 30 40 50 DRY BULB TEMPERATURE AT THE INLET OF OUTDOOR UNIT HEAT EXCHANGER C 106 HP Indoor Temp WB LP Indoor Temp WB Outdoor Outdoor Temp DB 16 18 20 22 Temp DB 16 18 20 22 5 1 81 1 89 1 98 2 08 5 0 74 0 77 0 80 0 83 0 1 86 1 94 2 03 2 13 0 0 75 0 78 0 81 0 84 10 1 99 2 07 2 16 2 26 10 0 77 0 80 0 83 0 86 20 2 19 2 27 2 36 2 46 20 0 79 0 82 0 85 0 88 30 2 59 2 67 2 76 2 86 30 0 91 0 94 0 97 1 00 35 2 79 2 87 2 96 3 06 35 0 93 0 96 0 99 1 02 40 2 99 3 07 3 16 3 26 40 0 96 0 99 1 02 1 05 43 3 19 3 27 3 36 3 46 43 1 02 1 05 1 08 1 11 11 6 2 CS F24DB4E5 CU YL24HBE5 Operation mode Heating
8. 242 113 94 110 40 2 82 13 08 11088 245 13 1 1820 10111338 1217 10421 356 23 49 s fere EA TE Sr ene osi prosa 22 Ti 57 37 3 59 1046 291 355 040 305 1257 1024 319 1255 RT sar 1313 050 365 10 51 3 11 13 96 10 47 3 23 13 59 10 32 3 40 14 30 10 87 3 69 13 78 10 61 3 87 1 25 10 61 3 32 14 70 10 58 3 44 14 33 10 46 3 60 15 08 11 01 3 92 14 56 10 77 4 09 E 22 19 22 Lj 0 69 328 1420 10 65 3 40 13 83 10 51 3 56 14 56 11 07 3 87 14 04 10 81 3 96 15 07 070356 EE ET 22 1403 954 1314 15681057 352 11548 oes 56 1507 1525 1110 14 1534 039 47 23 25 _ a b N slo gt o c B o w gt N N N 15 a N N N tn a w o s alata NINO FILATI 55 92 20 1383 os
9. 37 2 CUTTING AND FLARING THE PIPING a Please cut using pipe cutter and then remove the burrs b Remove the burrs bv using reamer If burrs is not removed gas leakage mav be caused Turn the piping end down to avoid the metal powder entering the pipe c Please make flare after inserting the flare nut onto the copper pipes improper flaring Pipe Reamer 0 0 5 mm Bar lt Yoke Bar Gore Inclined Sufface Cracked Uneven gt damaged thickness Clamp handle Red arrow mark Copper pipe When properly flared the internal surface of the 1 Tocut 2 To remove burrs 3 To flare flare will evenly shine and be of even thickness Since the flare part comes into contact with the connections carefully check the flare finish 3 Notes when connecting the refrigerant pipes Use clean copper pipes with no water or dust on the insides Use phosphorus free unjointed copper pipes for the refrigerant pipes If it is necessary to cut the refrigerant pipes be sure to use a pipe cutter and use compressed nitrogen or an air blower to clean out any foreign particles from inside the pipe Be careful not to let any dust foreign materials or water get inside the pipes during connection If bending the pipes allow as large a bending radius as possible Do not flex the pipes any more than necessary e f joining pipe ends do so before tightening the flare nut Always blow the pipe end with n
10. 107 HP Indoor Temp DB LP Indoor Temp DB Outdoor Temp Outdoor Temp WB 15 20 25 WB 15 20 25 15 1 90 1 97 2 17 15 0 22 0 29 0 38 10 2 00 2 07 2 27 10 0 24 0 31 0 39 6 2 13 2 21 2 41 6 0 27 0 34 0 43 1 2 21 2 29 2 49 1 0 38 0 45 0 54 6 2 33 2 40 2 60 6 0 63 0 70 0 79 10 2 48 2 55 2 75 10 0 66 0 73 0 82 15 2 68 2 75 2 95 15 0 75 0 82 0 90 18 2 92 2 99 3 19 18 0 92 0 99 1 08 F24DB4E5 Discharge Pressure 3 4 3 2 g 3 0 5 2 8 2 2 6 a 2 4 5 2 2 R 2 0 20 15 10 5 0 5 10 15 20 WET BULB TEMPERATURE AT THE INLET OF OUTDOOR UNIT HEAT EXCHANGER C F24DB4E5 Suction Pressure T 1 0 A 0 9 0 8 0 7 2 0 6 0 5 0 4 0 3 0 2 1 0 1 20 15 10 5 0 5 10 15 20 WET BULB TEMPERATURE THE INLET OF OUTDOOR UNIT HEAT EXCHANGER C 11 6 3 CS F28DB4E5 CU YL28HBE5 Operation mode Cooling 108 HP Indoor Temp WB LP Indoor Temp WB Outdoor Outdoor Temp DB 16 18 20 22 Temp DB 16 18 20 22 5 1 94 2 02 2 11 2 26 5 0 70 0 73 0 76 0 81 0 1 99 2 07 2 16 2 31 0 0 71 0 74 0 77 0 82 10 2 12 2 2 2 29 2 44 10 0 73 0 76 0 79 0 84 20 2 32 2 4 2 49 2 64 20 0 75 0 78 0 81 0 86 30 2 72 2 8 2 89 3 04 30 0 87 0 90 0 93 0 98 35 2 92 3 3 09 3 24 35 0 89 0 92 0 95 1 00 40 3 12 3 2 3 29 3 44 40 0 92 0 95 0 98 1 03 43 3 32 3 4 3 49 3 64 43 0 98 1 01 1 04 1 09 F28DB4E5 Discharge Pressure 3 6
11. gt EN h pra a mi olo BJOJB o gt temperature 274 15 96 1047 aor 1371 10421319 1324 1027 332 1474 1087 13 52 10 81 378 10 46 940 2 77 14 20 1051 311 1596 1047 323 13 59 1032 3 40 1420 1087 369 1376 349 12 45 1055 323 1420 1051 336 13 83 1027 3 52 14 56 1092 383 14 04 10 67 401 1420 105 3 11 13 96 1061 323 1359 1046 340 1430 11 01 369 1378 1076 9 55 256 14 82 1 Era 14 45 1069 328 1420 1065 3 40 13 83 1051 356 14 56 11 07 387 EX Indoor intake DB WB Kw Kw KW Kw kw kw KW Kw kw KW Kw KW 22 13 65 10 51 423 13 13 10 37 445 12 48 10 11 472 11 96 9 93 4 94 os we xw ew ww ew w n ew er w ir w xr xw 7 4 57 10 49 3 28 14 35 10 46 3 40 13 96 10333 3 52 14 69 10 87 3 83 14 17 10 63 4 01 936 291 15 3 040 305 287 1024 319 1385 1213 i6 14541081 332 14 70 10 56 3 44 14 33 10 46 360 15 08 11 01 3 92 14 4 09 3 83 1051 3 11 13 59 10 46 323 13 21 10 31 3 40 13 91 10 85 3 69 1339 95113 rose ese 10 6 sse 14 57 10 48 sor 428 1057 332 105434 1420 1053 350 1485 11 06 382 1445 955 EE ETT 32 57 203 7 puro ETT oe ET 203 954 314 55615067 252 15461065 1507 1055 588 151
12. gt LINN gt HOOQNI OL LH3SNI 33IM TWNINH3L OL 43434 MHVNJOVAL VSP EL 3LIHM M 4 aNS YITIOYLNOD 2 90319379 LHM NO SIA MOTI3A rn ZHOS 0 2 062 022 4 JOHNOS HIMOd 18 kl MIS NO TWNINHIL 293 193 19 a 21 CU YL43HBE5 7 3 x 8 gt 4 9 5 3 28 Ag y H az mm 02 AB D 48 42 40 TID 22 TITSSES TITE TESI CHA 5 525 5 5 2 u pP WOOAH i Lm dr OEC y 3 eh ona 3LIHM 3LIHM IHLNO SIONO 94 g pyl mH uvm 3ATWA NOISNWdX3 LIT 2 5 19 d l LINN k 21 HOOQNI OL 54 NIV H3TIOHLNOD 2 6 NEN 31314WOO 1102 9 5 9 v JYNSSIYd H IH SINOHILO EI ama L 1OH NO HOLIOVAVO y 31IHM MOTI3A td 1MSd NO vWNO H Gs B p lt op ALI IT A L l 2488 194 HOLOW N 8 EWFNO 4 tri 67 buss TL HOLOWNV4 6 5 2 l 4 3LIHM d LdSIQ NO lo 7CIVNIWS3I HOSS3HdWOO 8 LH3SNI 304 gt TWNIWH3L OL 43430
13. 788 seo 156 776 551 158 825 586 168 805 572 171 22 s 557 168 549 170 857 ses 181 s38 570 183 ar rro se 154 75 553 156 805 ses 166 785 573 set 160 75 552 162 686 173 848 573 175 22 832 557 166 549 168 583 179 570 tst Indoor intake Outdoor intake air ambient temperature D B C air ambient temperature TION 17 17 07 5 51 147 790 6 16 165 775 6 13 172 753 6 03 182 793 6 34 198 762 6 17 2 08 23 sss 1160 827 620 17 18121617 187 750 eos 632 1840 12 11 801 825 221 NIN RIPE w 6 o N BB N M o N A o NIN ofo N I O a ala a a N A N to 2 N o N o o a a o N o N Ny o EN 5 N ak m L x Cn o ala a olo CO N N w N NINININ 5 Bl Jojo o N to S ojojo
14. YOSN3S AWIL 13UNO 1 dn ZdSIQ NO 3L31d WOO MHOSN3S 1 118 5 o z MS 38085384 EJ Og gt g o zH 2 3 gt E ne E auvoa MOSSAWAWOD v 5 e E 772 3405 b TWNINHAL TWNINHALHOSSIJANOJ L43SNI 803 LN JONVHO Y3AOD TWNIWYSL O1 43438 19999 7 TIT AND 3019 33 319NIS MOTI3A MIA 0 wma gt gt ZHOS AOFZ O C OZC aay 398 05 31IHM AMO eb 1VNIWH31 NO SOON SNR O31VOIQNI SI 331131 GSQISIHINJUVA 20 CU YL34HBE5 7 2 9 5 3 5 8 3ATVA NOISNVdX3 vo 88 28 mz Oz mz nm 245 m 48 ni i mo HO gt 9 gt 2 MS 340554 5 52 2 2 v c ul MOT73A ZHL NO 3LIHM LHL NO 3LIHM SIG NO LI 1 9 2 L 9 L f 3LIHM 3LIHM 5 IMSdNO A3 NO d l Y 5 NE H o W3TIOHINOO H fo u 9403153713 1112 WODAN 5 1 cd 4 A 3 MOVIS LH NO 94 p fo 3ATVA EG Lol 31314WO9 102 i LOH NO 4 3LIHM 3LIHM i LdSIQ NO LdSIQ NO TWNINHAL HOSSSHdWOO LYNZ Nosz1 Y VE 9L 23513 E 2 L 2 2
15. OJN to 5 89 454 4 56 6 48 1 46 724 4 56 A A o N e ojo Blelm I w 2 m 2 2 m 1 1 41001 1 0 o o O o o A a A gt o Qo mI afafa o o 4 A o LU LU LU 5 a 65 Cooling capacitv curve e o ololel o IET x e LJ o e olzl N lt N E mla 51012 1 8 5 8 5 s S 5 S S e Sis e RIF I lt r co wv r bid sinjojojelsjnjojn 4 0 FS Fd 9 o 4 0 SIF
16. 10 2 aid oo co oo NEA 216 ls ojn o hl Ed ka RI 899 2 co ojo 2 2 kd ka bA lsigisigigiaigis DJO rm co oo e Q o 2 2 5 a 2 c 2 a 5 i G x G 5 L 4 o B 2 temperature Indoor intake air ambient Cooling capacitv curve e ones Ajyoedeo payey Outdoor temperature 72 Cooling power consumption curve Indoor intake Outdoor intake air ambient temperature D B C air ambient 10 10 15 20 20 25 temperature IPT 1 41 1 43 E E U U gt U j U 4 A A A A A nl l 5 o a N N a a ajalfolo x Pr PS p 5 ss s sss ss s m o gt 1 alo oo g
17. Miss 755 246 1135 783 249 1206 832 266 1178 s13 sor 222 re esr 240 e1 248 E f eo pz me ro 25 nz es 256 pes ie pna re pie ros ie Due Dew 1188 79 25 11 70 784 255 1244 833 272 1246 275 Indoor intake air ambient 25 temperature DB WB KW KW KW Kw KW KW kw kw kw KW KW kw kw Kw KW KW kw KW zes 222 111291840 21 11 06 242 1276 111 231 300 K K ES A EE 33 sw ps ET ERE peo oo sao pnis es 47 8 85 2 58 1125852 269 057857 255 155 2 soe vtri 325 B 2 76 22 24855 305 1212 88s 320 276 931 232 9 2 365 mia 80 2 1150 247 322 1177 928 326 11 3 808 1344 dE 22 19 22 905 12029 302 t7 896 346 1232 935 344 189 015 352 2o passen uz jos pan 37 22 27 9 02 3 13 13 06 901 323 275 6 92 3 38 13 42 9 39 367 12 98 9 22 3 83 23 19 11 00 8 80 3 56 10 56 8 66 3 75 10 01 8 41 3 99 9 57 8 23 4 19 22 11 55 8 89 3 75 11 11 8 78 3 95 10 56 8 55 4 19 10 12 8 40 4 38 25 N o N o a
18. Space for piping wiring and maintenance 14 If installing more than one outdoor unit allow enough space around each unit as shown below When installing units side by side Air intake side D Y 1cm or more 20cm or more 30cm or more 15cm or more 1m or more Air outlet side 1 30 or more Maintain sufficient space above the unit Values inside brackets indicate distances when installing the 5HP When installing units facing each other Air intake side Air intake side Air outlet side Air outlet side 3m or more 3 5m or more 20cm or more 30cm or more 1 5m or more The distance given above are the minimum distance required in order to maintain proper performance Allow as much space as possible in order to get the best performance from the units 47 10 2 5 Transporting And Installing The Outdoor Unit Transporting 1 The outdoor unit should be transported in its original packaging as close to the installation location as possible 2 If suspending the outdoor unit use a rope or belt and Drain elbow installation use cloth or wood as padding in order to avoid damaging the unit Installation 1 Read the Selecting the outdoor unit installation location section thoroughly before installing the outdoor unit 2 If installing the unit to a concrete base or other solid base use M10 or W3 8 bolts and nuts to secure the unit and ensure that th
19. o N 22 17 11 71 8 63 6 21 191 8 49 6 19 1 99 8 27 6 12 206 8 70 6 44 224 Ti 805 620 170 790 616 177 7 68 6 07 1 87 609 639 203 162 6 23 182 827 620 189 805 6 12 199 847 6 44 2 16 8 22 7 173 885 528 1 04 1627 12 01 1640 210 1993 2 29 17 7 1 62 8 19 6 23 182 8 05 6 20 1 89 783 6 11 199 8 24 6 43 2 16 pen 168 8 56 625 1 89 841 623 196 819 6 14 2 06 862 647 122418 22 179 seo feso 201 ees 628 206 621 215 909 ese 17 7 1 62 8 41 6 31 1 82 8 27 6 28 189 8 05 6 20 199 8 47 6 52 2 16 8 Bs 11731878 6 32 1 94 863 2 01 8 41 6 23 210 886 6 55 229 22 8 es ea 20 19001630 215 879 ezs 222 1924 656 124418 17 7 171 8 56 633 1 91 841 1 99 8 19 6 23 2 08 862 6 55 226 spen ser 177 8 92 6 34 199 878 6 32 205 856 625 2 15 901 6 58 2 22 1 565 1 83 929 6 32 2 06 16 31 213 892 6 25 222 9 39 6 58 242 Indoor intake air ambient temporare DB ws Kw kw Kw KW Kw KW Kw KW kw KW kw 23 19 7 70 6 16 2 34 739 6 06 247 7 01 5 89 263 6 70 5 76 2 76 22 8 09 6 23 247 7 78 6 14 2 60 739 5 99 276 7 08 5 88 289 17 7 47 6 12 226 7 16 6 02 23
20. 34 G 3 2 D 3 0 2 2 8 9 2 6 2 4 2 2 o 2 0 Q 1 8 1 6 10 0 10 20 30 40 50 DRV BULB TEMPERATURE AT THE INLET OF OUTDOOR UNIT F28DBE5 Suction Pressure 1 2 211 9 1 0 2 5 0 8 e 0 7 0 6 5 10 0 10 20 30 40 50 DRV BULB TEMPERATURE THE INLET OF OUTDOOR UNIT 11 6 4 CS F28DB4E5 CU YL28HBE5 Operation mode Heating 109 HP Indoor Temp DB LP Indoor Temp DB Outdoor Temp Outdoor Temp WB 15 20 25 WB 15 20 25 15 1 99 2 06 2 26 15 0 20 0 27 0 36 10 2 09 2 16 2 36 10 0 22 0 29 0 37 6 2 22 2 30 2 50 6 0 25 0 32 0 41 1 2 30 2 38 2 58 1 0 36 0 43 0 52 6 2 42 2 49 2 69 6 0 61 0 68 0 77 10 2 57 2 64 2 84 10 0 64 0 71 0 80 15 2 77 2 84 3 04 15 0 73 0 80 0 88 18 3 01 3 08 3 28 18 0 90 0 97 1 06 F28DB4E5 Discharge Pressure 3 4 9 2 8 3 0 5 28 D o 9 2 6 5 2 4 2 2 2 Q 2 0 1 8 20 15 10 5 0 5 10 15 20 WET BULB TEMPERATURE THE INLET OF OUTDOOR UNIT HEAT EXCHANGER C F28DB4E5 Suction Pressure 1 1 1 0 B 09 os 5 0 7 3 9 0 6 05 S 04 0 3 0 2 0 1 20 15 10 5 0 5 10 15 20 WET BULB TEMPERATURE AT THE INLET OF OUTDOOR UNIT 11 6 5 CS F34DB4E5 CU
21. 340 386 449 NET 0 1 352 368 jao 438 441 463 490 512 3 64 381 414 432 454 476 503 525 5 SIN 81012 NIO NIE w ue NIJA N N N N Cooling power consumption curve Rated power ratio Outdoor temperature 79 11 2 2 Heating performance Model name Max heating capacitv Max capacitv kw Max power consumption kw CS F14DB4E5 x 2 CU YL28HBE5 8 3 3 2 CS F18DB4E5 x 2 CU YL34HBE5 13 4 1 CS F24DB4E5 x 2 CU YL43HBE5 15 4 9 CS F24DB4E5 CU YL24HBE5 7 6 2 8 CS F28DB4E5 CU YL28HBE5 8 3 3 2 CS F34DB4E5 CU YLSAHBE5 13 4 1 CS F43DB4E5 CU YLASHBE5 15 4 9 1 Heating capacity when the unit is frosted over or while being defrosted will vary depending on outdoor temperature and the frosting 2 Heating capacity must be compensated because it does not take into account the capacity drop incurred when the unit is frosted over and while it is being defrosted 3 Therefore to obtain the integral heating capacity in consideration overfrosting and defrost operations 4 Heating capacity must be multiplied by the compensation coefficient below Defrosting operation DEFROST gt 6 G Q G o g E or 1 cycle Time 80 CS F14DB4E5 x 2 CU YL28HBE5 11 2 2 1 Heating capacity curve o y m a a g
22. i R 4 The outlet air and operating noise should not be a nuisance to other occupants nearbv cn PN ers 5 The location should be able to withstand the full Ne weight and vibration of the outdoor unit and it should also be level and safe for the unit to be installed 6 The intake and outlet should not be covered 7 There should not be danger of flammable gas or corrosive gas leaks 8 There should be as little back ventilation air blowing directly onto the fan as possible If strong wind blows directly onto the fan it may cause problems with normal operation If you know which direction the prevailing wind comes from during the operating season set the outdoor unit at a right angle to this wind direction or so that the air outlet faces toward a wall or fence If there are obstructions near the outdoor unit and the wind direction is not constant install an optional air guider 9 Do not allow any obstacles near the outdoor unit which will interfere with air flow around the air intake and air outlet 10 If installing in a location which is prone to snowfall place the installation base as high as possible and be sure to install a roof or enclosure which does not allow snow to accumulate 11 Avoid installing the unit in places where petroleum products such as machine oil salinity sulphurous gases or high frequency noise are present 34 12 Be sure to leave enough space around the outdoor unit to maintain proper perf
23. 20 1 0 20 x 1 Compressor Type Number of Set Hermetic 2P Rotary 1 Starting Method DC INV control Motor Type 4 pole single phase brushless motor Rated Output kW 3 4 Fan Tvpe Number of Set Turbo fan 1 Mix flow fan 2 Motor Type 8 pole DC motor 6 pole single phase induction motor Rated Output kW 0 04 x 2 0 07 x 2 Air heat Exchanger Row x Stage x FPI Slit fin type 2 x 10 x 20 Corrugate fin type 2 x 44 x 19 Refrigerant Control Refrigerant Oil Charged cm FV50S 1200 Refrigerant Charged R410A kg oz 2 9 102 Running Control Switch Wireless or Wired Remote Control Adjustment Room Temperature Thermostat Safety Devices Temperature current and pressure protection control for compressor Internal thermostat for FM High pressure switch Current trans Crankcase heater Noise Level dB A Hi 36 Lo 32 Cooling 54 Heating 56 Cooling Hi 51 Lo 47 Cooling 72 Heating 73 Healing Hi 51 Lo 47 9 i Moisture Removal L h Pt h 7 9 16 6 EER W W 3 01 3 04 2 92 COP W W 3 41 3 45 3 06 1 Cooling capacities are based on indoor temperature of 27 C D B 80 6 F D B 19 0 C W B 66 2 F W B and outdoor air temperature of 35 C D B 95 F D B 24 C W B 75 2 F W B 2 Heating capacities are based on indoor temperature of 20 C D B 68 F D B and outdoor air temperature of 7 C D B 44 6 F D B 6 C W B 42 8 F W B ELECTRICAL DATA 50 H2
24. For twin type only the main piping can be reused among the existing piping Brandnew standard pipe should be installed for branch pipe branch piping Indoor unit Branch piping La Lb Y Branch pipe r Main piping Indoor unit Branch piping 10 1 7 Connecting The Pipes Use a clean pipe which does not include water or dust for inside of piping When cutting the refrigerant pipes a piping cutter must be used Before connecting the refrigerant pipes blow nitrogen and blow off dust in the pipes Never use tools which cause a lot of dust such as a saw and a magnet When waxing replace nitrogen inside the piping after removing dirt and dust In order to prevent oxidization scale from forming inside the piping The refrigerant pipes are of particular importance The installation work for refrigerant cycles in separate type air conditioners must be carried out perfectly Set the lower limit of the allowable pipe length to 7 5m If the pipe is shorter than 7 5m the refrigerant may become overfilled and a problem such as abnormal high pressure could occur 1 Refer to the table below for the pipe diameters equivalent lengths and indoor outdoor unit difference of elevation Outdoor unit on upper side Outdoor unit on lower side Pipe diameter mm Equivalent Difference of Difference of Liquid side pipes Gas side pipes length m elevation m elevation m 09 52 x t1 0 015 88 x t1 2 30 25 20
25. When installing the product take the necessarv measures for tvphoon strong wind such as wind blowing between buildings and earthquake Do not insert vour fingers or other objects into the unit Improper fixing of screw may cause leakage current and electrical shock Must not use other parts except original parts described in catalog and manual gt P P gt Do not install the unit at the place where the possibility of inflammable gas leakage exists If such gas leakages should arise and the gas builds up around the unit such situation may lead to ignition A Drain piping should be made to ensure secure drainage according to the manual for installation work and carrv out the thermal insulation to prevent the occurrence of condensation Imperfection in piping work leads to water leakage and mav cause the house and propertv etc to become wet A Position the indoor unit and outdoor unit power cords and indoor outdoor unit connection cables in a way so that they are at least 1 meter away from televisions and radios This is to avoid problems such as interference with picture and or sound However note that depending on the electromagnetic wave conditions interference may still occur even if the separation distance is more than 1 meter A When fixing the product with an overturn prevention wire care should be taken to choose a place where no one trips over the fixing wire A Do not sit s
26. 2 22 2 Ka 19 22 17 2 19 22 17 2 19 2 244 BRE 5 gt 9 e e i 25 19 4 27 19 29 19 Rated power ratio Outdoor temperature 64 11 2 1 3 CS F24DB4E5 CU YL24HBE5 Temm air ambient temperature we kw kw kw kw kw 17 sss aso 110 525 442 112 610 470 119 sss 454 121 pim sms ew pee ie Per pee fi Pe ee i 22 635 451 129 625 444 130 664 130 648 aso arf sos 4s 113 585 444 115 621 472 123 605 aso 124 s Petes Ds ie pee pisc ia pee pan sasa 22 6s ass 130 448 132 6 476 141 664 465 143 17 6o 454 122 595 446 124 632 474 132 616 462 133 620 asa 127 620 446 129 659 474 137 643 463 139 22 es pas 137 650 pas 139 691 14 ezs 468 150 17 620 aso 124 610 451 125 648 479 133 632 135 645 ase 132 635 45 134 675 479 143 650 468 144 22 er ase 142 660 449 144 702 153 685 ase 155 630 460 130 620 4s 132 659 1417 643 469 655 pas 136 645 452 137 685 4 146 55 469 148 gt gt 6s 4s 141 670 449 142 712 477 152 6 4
27. 2 59 2 62 25 138 148 156 155 175 187 200 203 217 232 238 239 241 Heating COP curve e a mk Outdoor temperature 83 Heating capacitv curve ones Ayoedeo payey CS F18DB4E5 x 2 CU YL34HBE5 Heating capacity curve 5 5 be 11 2 2 2 gt 15 15 10 7 C 5 C 0 96 2 0 88 0 C 84 Outdoor temperature 0 84 Outdoor intake air ambient temperature D B C 5 C 0 92 10 C 0 93 15 C 0 93 Heating capacity compensation coefficient Heating power consumption curve dos uds air ambient 15 15 180 temperature kw kw kw 15 426 448 464 434 449 413 413 427 381 3 90 4 14 378 393 3 84 20 4 48 469 485 459 474 436 441 445 402 410 431 393 413 25 469 496 5 17 489 504 4 59 464 468 426 435 4 47 413 440 421 Heating power consumption curve Rated power ratio Outdoor temperature Outdoor intake air ambient temperature D B C 15 10 5 oC 9c 7 10 15 C gt 15 Heating capacity 093 0 93 0 92 0 86 0 97 1 1 1 1 compensation coefficient 85 Heating COP curve
28. 340 356 375 419 438 2 20 240 246 276 287 302 328 344 363 407 427 _ 262 305 1320 ses 1403 427 446 6 240 2 46 276 287 302 328 3 44 363 3 83 407 427 25e 247 28 1313 sss 438 26 127213 5 ori oo fass fast 0 243 2 46 259 5 279 342 371 379 419 442 458 3 2 56 pen ss pre pes 2 266 327 356 371 391 411 435 454 2 275 2 338 367 3 83 403 423 446 4 66 WB BINE 19 2 22 272 19 22 2 17 2 19 22 17 2 19 2 mar man 5555 PIN gt NIN XINIDIN si en s 25 19 4 27 19 29 19 Rated power ratio Outdoor temperature 76 11 2 1 7 CS F43DB4E5 CU YL43HBE5 TE air ambient temperature we kw kw xw xw xw kw pies pen pus pes poe pes ps 22 13 10 930 260 1280 916 264 1970 973 281 1337 94 285 1227 93s 230 120 917 233 1282 974 248 1249 949 252 22 1342 939 264 1321 925 267 1403 962 285 1370 950 258 ar 1246 ese 247 1227 920 250 1304 978 266 1271 953
29. Indoor intake Outdoor temperature gt 15 5 op o 5 2 G 5 8 9 o Q oo EP 9 G OQ o S o x 82 ge o ul 9 go 9 o e o o e Ie o TE e c Se P SS 8 lt o goo Toes o 93 Heating power consumption curve a e 5 5 g 5 G G 5 5 B g 3 2 5 218 815 HH lt lt ARBRE 815 25183 2 51 9 mS 2 x 9 8 215188 2 12151818 Indoor intake Heating power consumption curve amod Outdoor temperature 5 Lo 9 A 9 D 5 ae o 2 So 5 5 I sol 5 G a o x G a io 2 o g 5 Ojo o o T o o c Qe 2285 goo rogo so o 94 Heating COP curve Indoor intake Outdoor intake air ambient temperature D B C air ambient ic TUN l l l l l l l l l l J 15 1278 1 89 201 2 02 220 2 35 251 2 56 2 76 289 1 56 1 67 180 178 1 96 2 10 220 2 31 246 2 59 25 1 38 1 48 156 1 55
30. Indoor intake Outdoor intake air ambient temperature D B C air ambient bui pp c qos e uk ie desi e pm pe pe 5 218 2 31 246 247 269 287 307 313 338 354 3 48 3 54 364 355 3 62 20 1 90 204 2 20 218 240 257 269 282 301 317 320 323 3 31 323 3 30 25 169 181 191 190 214 229 244 248 265 284 291 292 295 297 3 07 Heating COP curve COP Outdoor temperature 86 CS F24DB4E5 CU YL24HBE5 11 2 2 3 Heating capacitv curve 6 5 a a ole c 5 5 a E g L 1 o o g e Indoor intake Heating capacitv curve Outdoor temperature o o o ones 9 o gt 15 e gt op glo 5 2 G s 8 9 o c Q oo EP OQ S o x 82 ge o 8 go 9 o e o e e Ie o xm e c Se 2296 BREG Fast goo Toes o 87 Heating power consumption curve Q o 2 8 i E 9 9 4 5 G T g S o B 2 intake Heating power consumption curve Jewod Outdoor temperature
31. Make sure the indoor and outdoor connection wires are detangled There might be effect to received outside noise 2 Use the standard power supply cables for Europe such as HOSRN F or HO7RN F which conforms to CENELEC HAR rating specifications or use the cables based on IEC standard 245IEC57 2451EC66 3 Select the particular size of electrical wire for power supply cables in accordance with the standards of the given nation and region 40 10 1 10 Cool Only Setting of Cooling only model Can the equipment set to cooling only model by setting JP The equipment can be set to cooling only model by setting line on outdoor unit display circuit board the JP line on the outdoor unit displav circuit board Setting method When the equipment is not power ON cut off JP1 COOL ONLY as shown in Figure 1 After cut off the wire switch ON the equipment power By setting to cooling only model Heating operation is disabled Wired remote controller cannot show heating display Wireless remote controller cannot accept heating operation Besides ODOUR WASH operation is disabled Odor cut operation is still enabled When want to return cooling only setting model to heat pump model switch OFF the equipment power connect JP1 COOL ONLY back to short circuit condition and switch ON the equipment power 10 1 11 Precautions With Regard To Test Operation CAUTION Always be sure to
32. to o N 5 N o o N N N m o N N N o N N w N N N to 3 o gt N o A N 6 a o N m a o N N N N o olo N b FS Njo Nil lt jajajaj msiBJOjNja o o o N A 287 202 889 298 nro ere 315 1232 340 rite 009 356 305 uso sns joe ost ose far 202 sor 276 1151 897 287 riso ss aoz v210 2 32 1s 324 2o rs 202888 3 16 125 900 327 12 54 890 342 1320 937 371 1276 9 19 379 indoor intake Outdoor intake air ambient temperature 6676 air ambient temperature we Kw kw kw kw kw kw kw kw Kw kw KW 17 10 45 867 336 1001 851 356 946 823 3 79 9 02 803 399 22 irse 903 385 1144 892 403 1089 81 427 1045 8 57 446 17 19 882 363 1045 867 383 9 00 542 4 07 946 823 427 22 12 10 9 08 391 11 66 898 4 11 1 11 435 1067 8 64 454 Fir i22 895 365 1078 804 383 1025 559 o7
33. 1235 11 70 1118 27 1342 1425 1352 ra ase vase vaso 1328 Tizer 22 1385 1362 1448 1414 13 81 1544 15 19 1482 1560 1508 14 56 14 04 1339 127 17 1300 12 79 13 59 1326 1293 1445 14 20 1382 1456 1404 13 52 13 00 1235 11 69 352 rast 48 or 1262 1448 521 126 1417 1365 1200 1248 22 14 04 1383 1470 14 37 14 03 15 68 15 44 15 07 1586 1534 14 82 14 30 13 65 13 13 0 6 9 WB KA 19 22 13 10 12 90 17 1227 12 06 19 1279 1258 1337 1304 1271 1420 1396 13 59 14 30 13 78 1326 1274 1229 1157 22 13 42 1321 17 1248 1227 19 1 Aum 22 Cooling capacitv curve Rated capacitv ratio 20 10 0 10 20 30 40 50 Outdoor temperature 69 Cooling power consumption curve puse air ambient temperature 2m 263 2e ara sor 13321380 aor 425 472 281 285 282 328 340 352 383 o 423 445 472 4 94 pase ase 1201 20 sar 365 fas 270 277 323 3 69 387 409 432 456 481 zee oo 509 arr 34 ser 2n 288 323 336 352 383 401 423 445 472 494 4 aor ase
34. 143 Piping Refrigerant Gas mm inch O D B 15 88 5 8 Flared Type Connection Liquid mm inch O D 9 53 3 8 Flared Type Drain mm O D 20 1 0 20 x 1 Compressor Type Number of Set Hermetic 2P Rotary 1 Starting Method DC INV control Motor Type 4 pole single phase brushless motor Rated Output kW 1 50 Number of Set Turbo fan 1 Mix flow fan 1 Motor Type 8 pole DC motor 6 pole single phase induction motor Rated Output kW 0 04 0 07 Air heat Exchanger Row x Stage x Slit fin type 2 x 10 x 20 Corrugate fin type 2 x 36 x 17 Refrigerant Control Exp Valve Refrigerant Oil Charged cm FV50S 800 Refrigerant Charged R410A kg oz 1 80 63 5 Running Control Switch Wireless or Wired Remote Control Adjustment Room Temperature Thermostat Safety Devices Temperature current and pressure protection control for compressor Internal thermostat for FM High pressure switch Current trans Crankcase heater Noise Level dB A Hi 36 Lo 32 Cooling 49 Heating 51 Cooling Hi 51 Lo 47 Cooling 67 Heating 68 uk Hi 51 Lo 47 k Moisture Removal L h 3 2 6 7 EER W W 3 01 3 64 2 86 COP W W 3 41 4 20 2 71 1 Cooling capacities are based on indoor temperature of 27 C 80 6 F D B 19 0 C W B 66 2 F W B and outdoor air temperature of 35 C D B 95 F D B 24 C W B 75 2 F W B 2 Heating capacities are based on indoor temperature of 20 C D B 68 F
35. 175 1 87 2 00 2 03 2 17 10 2 85 2 62 2 38 OP Outdoor temperature 95 Heating capacitv curve 9 a a 2 a E 5 hei c a E c c x 5 fu o o D S 2 ones Ayoedeo payey CS F34DB4E5 CU YL34HBE5 Indoor intake Heating capacity curve 11 2 2 6 gt 15 C 15 C 10 C 7 C 5 0 96 2 0 88 0 C 96 Outdoor temperature 0 84 Outdoor intake air ambient temperature D B C 5 C 0 92 10 C 0 93 15 C 0 93 Heating capacity compensation coefficient Heating power consumption curve TAT air ambient 18 15 16 temperature kw kw KW 1 426 448 464 434 449 413 413 427 3 81 390 414 3 78 3 93 3 8 448 469 485 459 474 436 441 445 402 410 431 3 93 4 13 25 4 69 4 96 517 489 504 4 59 464 468 426 435 4 47 413 4 40 Heating power consumption curve Rated power ratio Outdoor temperature Outdoor intake air ambient temperature D B C 15 10 5 oC 9c 7 10 15 C gt 15 Heating capacity 093 0 93 0 92 0 86 0 97 1 1 1 1 compensation coefficient
36. 2 10 2 29 2 39 2 52 2 65 2 81 2 94 182 189 199 216 226 239 252 268 281 149 198 206 224 234 276 208 245 234 244 257 270 286 299 189 199 2 16 226 239 252 268 278 201 2 10 229 239 252 265 281 291 Lez 168 1170 per 1 83 215 225 244 250 263 276 291 302 154 156 166 168 1 199 208 226 231 244 257 263 286 32 2 06 2 15 22 1 66 168 179 181 206 1213 222 242 252 265 278 284 307 9 5 2 Outdoor temperature 61 11 2 1 2 CS F18DB4E5 x 2 CU YL34HBE5 mS air ambient temperature we kw kw kw kw xw w 1021 786 158 772 20 1066 621 2 4 1029 792 SES EE ne ze ns 2s 2e Petia pie se pue puso pue Tum pss TS pue po a 17 ttoo sos 234 1082 7 237 1150 840 252 1122 819 256 TA 22 mes 796 252 1170 784 255 1244 272 12 16 1275 ROMA air ambient 25C temperature we kw kw kw kw kw kw kw kw kw kw kw 17 22s 129 ee 251 262 rore eer 276 1135 sce oss 516 K ES EA ERA 123
37. 270 pepe pe pas pes pn Lis pus pes pn pes pes 22 1362 9 278 1342 926 201 1425 2 1382 961 303 1279 oar 25 1258 254 1337 270 1304 965 274 pii SSi S 22 13 03 941 288 1362 926 29 1448 962 oso 264 1279 934 267 1359 9 285 1326 288 oss 274 1331 932 278 990 2 1381 967 2 ramm Tez Tas T es aor Indoor intake Outdoor intake air ambient temperature D B C air ambient 10 1905 155 200 200 25 gt gt gt eb WIN A s o N c o o N E gt w N ay a o o a gt N gt EN o 4 o a w o m o DS gt um b gt I rq d f ad ad paq paq pas NJOJOJNJOININ gt 0 a N O N N NIN a gt o aja A O h
38. 497 1 87 5 73 487 198 5 42 471 2 11 5 17 4 60 2 22 23 19 6 30 5 04 1 98 6 05 4 96 2 09 5 73 4 82 222 5 48 4 71 2 33 22 6 62 5 09 2 09 6 36 5 03 2 20 6 05 4 90 2 33 5 80 4 81 2 44 17 6 11 501 191 5 86 4 92 202 5 54 477 2 16 529 466 227 artes for zee ea r Caer Ler fes 22 6 80 5 17 2 13 6 55 5 11 2 24 6 24 4 99 238 5 99 4 91 2 49 17 6 24 5 05 202 5 99 4 97 2 13 5 67 4 82 227 5 42 471 2 38 19 6 55 5 11 209 6 30 5 04 2 20 5 99 4 91 2 33 573 482 2 44 22 6 93 5 20 2 18 6 68 5 14 2 29 6 36 5 03 242 6 11 4 95 2 53 17 6 43 5 14 202 6 17 5 06 2 13 5 86 4 92 227 5 61 482 2 35 19 6 74 5 19 213 6 49 5 13 224 6 17 5 00 2 38 5 92 4 92 2 46 22 7 06 5 22 222 6 80 5 17 233 6 49 5 06 2 46 6 24 4 99 2 55 ess 518 2 07 630 510 218 5 99 sos 222 572 487 242 c Cooling Capacity 19 6 87 5 22 2 18 6 62 5 16 2 29 6 30 5 04 2 42 6 05 4 96 2 53 SHC Sensible Heat Capacity 22 748 524 224 6 93 5 20 235 6 62 5 09 249 6 36 503 260 IPT Power Consumption aja INI ol eo o N N EN N a w
39. 5 E oO 8 a E 5 2 e a E c w x g o o Be e Indoor intake Heating capacitv curve Outdoor temperature ones Kjyoedeo gt 15 e 2 op o 5 2 G S 8 9 o a oo EP 9 QI o S o x 82 ge o 8 go 9 o e o e e lo o T e c Se 2296 8 lt Fast goo Toes o 81 Heating power consumption curve m a 2 2 i G 8 o 5 22 a G G 5 o B 8 2 9 Indoor intake 21 1 S Heating power consumption curve ones Jewod Outdoor temperature lo A 9 2 ae o o 2 So 58 QIN sol 5 8 G 9 x G Elo al i 2 g 5 o ws o o o co o c Qe 2285 Toes so 82 Heating COP curve Indoor intake Outdoor intake air ambient temperature air ambient temperature 5 178 1 89 201 202 220 235 251 256 276 289 285 156 1 67 180 178 1 96 210 220 231 246
40. 80 C scale dB 58 8 70 8 T 60 Octave Band Sound Pressure 48 048 50 40 30 20 10 63 125 250 500 1000 2000 4000 8000 Frequency Hz 56 0 0002 bar Octave Band Sound Pressure Level dB OdB 80 70 60 50 40 30 20 10 Fan Speed H C scale dB 58 63 125 250 500 1000 2000 4000 8000 Frequency Hz CU VL28HBES Heating HO O Octave Band Central Frequency Hz 0 0002 u bar Octave Band Sound Pressure Level dB 0dB 80 70 60 50 40 30 20 10 Frequency 5082 FanSpeed H Acscale dB 52 48 58 63 125 250 500 1000 2000 4000 8000 Frequency Hz CU VL34HBES Cooling Octave Band Central Frequencv Hz 0 0002 bar Octave Band Sound Pressure Level dB 0dB CU VL43HBES Cooling Octave Band Central Frequencv Hz Octave Band Sound Pressure 48 048 0 0002 bar 80 70 60 50 40 30 20 10 80 70 60 50 40 30 20 10 FanSpeed H 53 C scale aB 59 63 125 250 500 1000 2000 4000 8000 Frequencv Hz Frequency 5082 Fan Speed H TA scale aB f 54 C scale dB 60 63 125 250 500 1000 2000 4000 8000 Frequency Hz 57
41. La and Lo Lb For twin type only the main piping can be reused among the existing piping Brandnew standard pipe should be installed for branch pipe branch piping H2 Indoor unit Branch piping La Lb Branch pipe r Indoor unit Branch piping Main piping 10 2 8 Connecting The Pipes Use a clean pipe which does not include water or dust for inside of piping When cutting the refrigerant pipes a piping cutter must be used Before connecting the refrigerant pipes blow nitrogen and blow off dust in the pipes Never use tools which cause a lot of dust such as a saw and a magnet When waxing replace nitrogen inside the piping after removing dirt and dust In order to prevent oxidization scale from forming inside the piping The refrigerant pipes are of particular importance The installation work for refrigerant cycles in separate type air conditioners must be carried out perfectly Set the lower limit of the allowable pipe length to 7 5m If the pipe is shorter than 7 5m the refrigerant may become y Rear direction overfilled and a problem such as abnormal high pressure could occur 1 Local pipes can project in any of four directions Rear i pipe panel e Make holes in the pipe panels for the pipes to pass PERE P ounting i through screws 7 Forward panel Be sure to install the pipe panels to prevent rain from direction Front pipe panel getting insid
42. 0 7 20 15 10 10 15 20 25 Outdoor temperature gt 15 15 10 m a o 2 5 So 5 19 2 5 2 o 5 a G a o lt G ES i 2 s 5 o o co lo o Toes fe 100 Heating COP curve Indoor intake Outdoor intake air ambient temperature D B C air ambient temperature l l l l l l l l l l l l l l l j 5 210 223 238 239 260 277 297 302 326 342 336 342 352 343 349 20 1 84 1 97 212 211 231 248 260 272 291 306 3 09 3 12 319 3 12 3 18 Heating COP curve Outdoor temperature 101 11 3 Safetv device 11 3 1 Outdoor unit Outdoor unit dp 50Hz CU YL24HBE5 CU YL28HBE5 CU VL34HBES CU YL43HBE5 For refrigerant cycle High pressure OFF 4 15 4 15 4 15 4 15 switch ON 3 3 3 3 3 3 3 3 over current protection for cooling mode CT1 frequency down OFF A 10 12 18 20 RESET A 8 10 16 16 5 CT2 compressor stop OFF A 14 6 16 22 25 For compressor over current protection for heating mode CT1 frequency down OFF A 12 5 13 5 21 8 25 RESET A 8 10 16 16 5 CT2 compressor stop OFF A 16 5 17
43. 2 0 52 0 13 152 150 3 327328 JCU VL34HBES E 240 50 147 139 137 315 311 0 15x2 0 025 x 2 0 52 013 1477145 3 32 3 28 220 50 197 183 181 385 380 017x2 0 08 2 1 10 O24 197 195 415 410 CS F2ADBAES x 2 Ki PERI 50 19 176 174 385 380 017x2 0 08x2 110 0 24 190 188 415 410 240 50 1184 170 168 385 380 017 gt 2 0 03 2 110 C24 184 182 415 410 i 220 50 94 772 862 171 190 047 003 1061 0413 850 940 1 86 2 05 Cu 280 50 92 751 841 170 189 017 062 014 8307920 1867205 P 240 50 90 730 820 169 188 0 17 003 0 63 015 810 9 00 1 86 2 05 220 50 108 999 989 2207218 020 0035 0 61 0 13 10 80 10 70 2 3672 34 230 50 106 978 968 2197217 020 0 035 0 62 014 10 60 10 50 2 36 2 34 D 240 50 10 4 957 947 218 216 020 0 035 0 63 015 10 40 10 30 236 2 34 220 50 157 148 147 83 309 035 007 052 013 157 156 3 32 3 28 CS F34DB4E5 7 ha 0 50 152 143 141 313 309 035 007 052 013 152 150 3 32 3 28 240 50 11471 138 136 313 3 09 035 007 0 52 013 147 145 3 32 3 28 220 50 197 182 180 3 827377 045 009 140 0 24 197 195 4157410 CS F43DB4E5 p sno 50 19 175 173 882 377 045 009 110 024 190 188 415 410 CU YL43HBES al Mi BES i SU I 240 50 184 169 167 3 827377 045 009 110 024 184 182 415 410 Legend 5 Starting
44. 2 48 2 68 1 0 35 0 42 0 51 6 2 51 2 59 2 79 6 0 60 0 67 0 76 10 2 66 2 74 2 94 10 0 63 0 70 0 79 15 2 86 2 94 3 14 15 0 72 0 79 0 88 18 3 10 3 18 3 38 18 0 89 0 96 1 05 F34DB4E5 Discharge Pressure 8 5 o o G lt 5 2 Q 20 15 10 5 0 5 10 15 20 WET BULB TEMPERATURE AT THE INLET OF OUTDOOR UNIT HEAT EXCHANGER C F34DB4E5 Suction Pressure T lt o 9 9 3 o 11 6 7 CS F43DB4E5 CU YL43HBE5 Operation mode Cooling HP Indoor Temp WB LP Indoor Temp WB Outdoor Outdoor Temp DB 16 18 20 22 Temp DB 16 18 20 22 5 1 70 1 78 1 87 1 97 5 0 63 0 66 0 69 0 72 0 1 75 1 83 1 92 2 02 0 0 64 0 67 0 70 0 73 10 1 88 1 96 2 05 2 15 10 0 66 0 69 0 72 0 75 20 2 08 2 16 2 25 2 35 20 0 68 0 71 0 74 0 77 30 2 48 2 56 2 65 2 75 30 0 80 0 83 0 86 0 89 35 2 68 2 76 2 85 2 95 35 0 82 0 85 0 88 0 91 40 2 88 2 96 3 05 3 15 40 0 85 0 88 0 91 0 94 43 3 08 3 16 3 25 3 35 43 0 91 0 94 0 97 1 00 Discharge Pressure Mpa F43DB4E5 Discharge Pressure 3 6 3 4 3 2 3 0 2 8 2 6 2 4 2 2 2 0 1 8 1 6 10 0 10 20 30 40 50 DRV BULB AT THE INLET OF OUTDOOR UNIT Suction Pressure Mpa F43DB4E5 Suction Pressure 1 2 1 0 0 9 0 8 0 7 0 6 0 5 10 0 10 20 30 40 50 DRV BULB TEMPERATURE THE INLET OF OUT
45. 5 16 x 35 7 16 x 12 19 32 Net Weight kg Ibs 26 58 66 146 Piping Refrigerant Gas mm inch O D B 12 7 1 2 O D B 15 88 5 8 Flared Tvpe Connection Liquid mm inch O D 6 35 1 4 Flared O D 09 53 3 8 Flared Drain mm O D 20 1 0 20 x 1 Compressor Type Number of Set Hermetic 2P Rotary 1 Starting Method DC INV control Motor Type 4 pole single phase brushless motor Rated Output kW 2 6 Fan Tvpe Number of Set Turbo fan 1 Mix flow fan 1 Motor Type 8 pole DC motor 8 pole single phase DC motor Rated Output kW 0 04 x 2 0 06 Air heat Exchanger Row x Stage x FPI Slit fin type 2 x 10 x 20 Corrugate fin type 2 x 36 x 21 Refrigerant Control Exp Valve Refrigerant Oil Charged cm FV50S 900 Refrigerant Charged R410A kg oz 2 60 92 Running Control Switch Wireless or Wired Remote Control 5 Adjustment Room Temperature Thermostat Safetv Devices Temperature current and pressure protection control for compressor Internal thermostat for FM High pressure switch Current trans Crankcase heater Noise Level dB Hi 35 Lo 32 Cooling 53 Heating 56 Cooling Hi 50 Lo 47 Cooling 71 Heating 73 Powerlevel dB Heating Hi 50 Lo 47 Moisture Removal L h 6 0 12 6 EER W W 3 01 3 04 2 78 COP W W 3 41 3 45 3 17 1 Cooling capacities are based on indoor temperature of 27 C D B 80 6 F D B 19 0 C W B 66 2 F W B and outdoor air temperat
46. 5 25 8 29 Discharge temp protection Discharge temperature Compressor gt 110 Comp OFF thermistor Td OFF Td gt 110 x 3 times within 1 hour display error code Liquid compress protection T Crankcase heater w 33 33 33 33 For fan motor protection Internal OFF 135 135 100 135 protector 49F ON C 87 87 80 87 For condensation temperature protection control OFF C 58 58 58 58 Heat exchanger RESET C 54 54 54 54 thermistor Th For control protection Fuse CUT A 2 5 2 5 6 3 6 3 Main Fuse CUT A 30 30 X 1 10 2kgf cm 102 11 4 Operating characteristics Main Power Outdoor Unit Compressor Motor Fan Motor ELECTRICAL DATA 50 2 Source Fan Motor note Model Power Voltage Frequency S C R C A IPT kW R C IPT IPT Current A Consumption kW V Hz COOL HEAT COOL HEAT kW KW COOL HEAT COOL HEAT 220 50 108 989 979 218 216 0 15 2 0 025 x 2 0 61 013 10 80 10 70 2 36 2 34 P 2 230 50 106 983 973 220 218 0 15 x2 0 025 x 2 0 62 0 14 10 60 10 50 2 36 2 34 240 50 104 962 952 219 217 0 15 2 0 025 x 2 0 63 015 10 40 10 30 236 2 34 220 50 157 149 148 315 311 0 15 2 0 025 x 21 0 52 0 13 157 156 332 3 28 CS F18DB4ES x 50 152 144 142 3157311 0 15 210 025 x
47. 512 369 387 409 432 458 476 360 382 409 432 454 4 amp 1 498 427_ 44 472 516 Fass 387 3 96 418 441 449 490 z 542 4 36r 432 454 476 503 525 ME gt WB 17 2 19 2 22 17 2 19 2 22 17 2 19 2 22 2 17 2 19 2 244 810121 APAP A Njn oja 14 OO 25 19 4 27 19 29 19 Rated power ratio Outdoor temperature 70 11 2 1 5 CS F28DB4E5 CU YL28HBE5 TUER air ambient temperature we kw kw kw w 755 5s 130 702 192 746 575 720 554 Petre re se as Tae De D 22 776 551 152 764 542 154 576 16 79 562 Fur 727 552 134 745 543 136 759 57 145 740 55 147 secas Tre 2 795 sse 15 782 54 1 582 9 2 568 168 mis ssa 144 727 545 146 772 579 1 753 565 158 770 ssa 150 758 54e 152 805 580 162 785 565 164 22 so 557 162 795 54 164 844 583 1
48. 827 628 189 805 6 20 199 6 52 2 16 816 6 173 ere esa 154 ses 1201 ear ozs 210 ese ess 229 855 9 185 9 14 6 31 2 08 900 1630 12 15 878 6 23 225 9 24 6 56 2 44 171 8 56 633 1 91 841 6 31 1 99 819 6 23 2 08 862 6 55 226 8 98 ser 1 77 892 6 34 199 878 632 206 856 625 215 901 6 58 2 34 8 81 565 183 929 1632 206 9 4 16 31 213 892 6 25 1222 939 658 242 intake air ambient DB we Kw kw Kw KW Kw kw Kw KW kw KW KW 23 19 7 70 6 16 2 34 739 6 06 247 7 01 5 89 263 6 70 5 76 2 76 22 8 09 6 23 247 7 78 6 14 2 60 739 5 99 276 7 08 5 88 289 17 17 47 6 12 226 7 16 6 02 239 6 78 5 83 255 6 47 5 69 2 68 pjes fan 22 8 32 6 32 2 52 8 01 6 25 2 65 762 6 10 281 732 6 00 2 94 17 7 62 6 17 2 39 732 6 07 252 6 93 5 89 268 6 62 5 76 2 81 19 8 01 6 25 2 47 7 70 6 16 2 60 7 32 6 00 2 76 7 01 5 89 2 89 22 8 47 6 35 2 57 8 16 6 28 2 70 7 78 6 14 286 747 6 05 2 99 17 17 85 6 28 2 39 7 55 6 19 2 52 716 6 02 2 68 6 85 5 89 2 78 19 8 24 6 34 2 52 793 6 27 2 65 755 6 11 2 81 724 6 01 2 91 22 8 62 6 38 263 8 32 6 32 2 76 7 93 6
49. Current R C Running Current IPT Power Consumption note including P C B 103 11 5 Fan performance 11 5 1 CS F24DB4E5 CU YL24HBE5 tem ___________ jJ o j H 1 1 15 5 Running Current note 05 012 060 Power Consumption note 003 0 025 TET min 40 1 36 3 65 Note Indoor FM is DC brushless motor current and power consumption including the indoor P C B Outdoor FM is AC motor Coefficient For Correcting Heating Capacitv Cooling Capacitv 1 T Coefficient For Correcting Coefficient For Correcting Heating Capacity 18 16 17 Air Volume m min Air Volume m min 11 5 2 CS F28DB4E5 CU YL28HBE5 Mem M Model LLL ___________ t H ArVoume 2 5488 16 58 Running Current note 02 07 01 062 Power Consumption 05005 005 04 FanSped mmn 40 45 30 60 Note Indoor FM is DC brushless motor current and power consumption including the indoor P C B Outdoor FM is AC motor Coefficient For Correcting Cooling Capacitv Coefficient For Correcting Heating Capacitv 2 1 2 T 1 2 82 1 1 PEG 5 1 1 88 10 88 50 s amp 1 0 0 9 29 2 0 9 58 081 23 0 8 1 8 0 7
50. D Regulator Closes with taping etc Prevent air from invading seb b Prevention measure for refrigerant piping Prevention measure for refrigerant piping is verv important work to prevent water dust rubbish from getting in All piping terminals needs sealing such as shown below Place Period of work Method of seal Outside More than 1 month Pinch Less than 1 month Pinch or taping Inside Not specified How to pinch Close terminal part of piping with pliers and seal the Closes with pliers etc Brazing gap with brazing How to tape Seal terminal part of piping with vinyl tape Pipe p art of open Flatten Fold turn Wrap the Copper pipe tape again 3 Vacuum pumping The purpose of vacuum pumping work is to remove and air inside the piping or nitrogen at air tightness test Perform the work carefully Use the vacuum pump with the backflow prevention mechanism to prevent backflow of oil CAUTION Vacuuming time 60 minutes or more X Vacuum pump capacity 60 l min or more 4 Refrigerant filling Refrigerant filling must be done in the state of liquid refrigerant If this is done in gas refrigerant the balance of refrigerant composition will collapse and damage the operation For the use of a gas cylinder without siphon inside turn it upside down and use it We recommend manifold with sight glass Liquid refrigerant Gas r
51. OK WARNING Use only the specified cables for wiring connections Connect the cable securely and secure them properly so that no undue force will be applied to the terminal connections If the terminals are loose or if the wires are not connected securely fire may result Terminal screw Tightening torque Necm kgfecm 69 98 7 10 M4 157 196 16 20 Earth lead wire shall be longer than other lead wires as shown in the figure for the electrical safetv in case of the slipping out of the cord from the anchorage Example of single phase model Outdoor Unit Single Phase Model Outdoor unit power supplv Indoor outdoor unit Earth wire connection wires s Power supplv specifications Circuit breaker Leakage Minimum Capacitv Minimum 4 2 ndoor outdoor unit connection Model name current power based power cables breaker Switch A Fuse A supply cables length m terminals 0260 CU YL24HB 220 230 240V 30 30 20 4mm 14 2 5mm x 4 CU YL28HB 220 230 240V 30 30 20 14 NOTE 1 Where ground work earth is carried out do not connect the ground return to the gas pipe water line pipe grounded circuit of the telephone and lightning rod or ground circuit of other product in which earth leakage breaker is incorporated Such action is prohibited by statute etc Indoor Outdoor
52. W B 66 2 F W B and outdoor air temperature of 35 C D B 95 F D B 24 C W B 75 2 F W B 2 Heating capacities are based on indoor temperature of 20 C D B 68 F D B and outdoor air temperature of 7 C D B 44 6 F D B 6 C W B 42 8 F W B ELECTRICAL DATA 50 Hz ITEM MODEL Condition by ISO5151 Volts V 220 230 240 Phase Single Single Single Power Consumption kW Cool 2 36 0 65 2 60 Heat 2 34 0 60 3 20 Running Current A Cool 10 8 10 6 10 4 Heat 10 7 10 5 10 3 Starting Current A 10 8 10 6 10 4 Power Factor 96 Cool 99 97 95 Heat 99 97 95 Power Factor means total figure of compressor indoor fan motor and outdoor fan motor Panasonic Power source AC 1 220V 230V 240V 50Hz 4 1 2 CS F18DB4E5 CU YL34HBE5 Indoor Unit Outdoor Unit ITEM MODEL Main Body CS F18DB4E5 x 2 CU YL34HBE5 Remote CZ RD513C Wired Control CZ RL513B Wireless Cooling Capacity kW 10 0 3 8 11 0 BTU h 34 100 13 000 37 500 Heating Capacity kW 11 2 3 8 13 0 BTU h 38 200 13 000 44 400 Refrigerant Charge less m 30 Standard Air Volume for High m3 min Hi16x2 Me 14 1 2 10 12 2 2 62 Medium Low Speed cfm 565 x 2 498 x2 430 x 2 2189 Outside Dimension H x W x D mm 246 x 840 x 840 795 x 900 x 320 inch 9 11 16 x 33 1 24 x 33 1 24 31
53. can be set to cooling only model by setting line on outdoor unit display circuit board gt the JP line on the outdoor unit noise filter circuit board Setting method When the equipment is not power ON cut off JP1 COOL ONLY as shown in Figure 1 SW1g 5 After cut off the wire switch ON the equipment power TET ON By setting to cooling only model Heating operation is disabled i E SW7 Wired remote controller cannot show heating displav SW2 b Wireless remote controller cannot accept heating operation le SW8 Besides ODOUR WASH operation is disabled Odor cut SW3 operation is still enabled COOLING When want to return cooling setting model to heat pump model switch OFF the equipment power connect JP1 COOL JP1 ONLY back to short circuit condition and switch ON the equipment power 10 2 12 Precautions With Regard To Test Operation CAUTION Always be sure to use a properly insulated tool to operate the switch on the noise filter circuit board Do not use your SW1 i finger or a metallic object PUMP jet pes eei Never turn on the power supply until all installation work has been completed SW2 Turn on the circuit breaker 12 hours or more before a test emen run By supplying power to crankcase heater compressor is SW3 warmed and liquid compressing is prevented Check that the
54. high about 11009F 600 7 Power supply connection to the conditioner Connect the power supply cord of the air conditioner to the mains using one of the following methods Power supply point shall be the place where there is ease for access for the power disconnection in case of emergency In some countries permanent connection of this room air conditioner to the power supply is prohibited 1 Power supply connection to the receptacle using a power plug Use an approved power plug with earth pin for the connection to the socket 2 Power supply connection to a circuit breaker for the permanent component Use an approved circuit breaker for the permanent connection It must be a double pole switch with a minimum 3 5 mm contact gap 8 Do not release refrigerant during piping work for installation servicing reinstallation and during repairing a refrigeration parts Take care of the liquid refrigerant it may cause frostbite 9 Installation work It may need two people to carry out the installation work 10 Do not install this appliance in a laundry room or other location where water may drip from the ceiling etc 2 Service Information 2 1 2 1 1 Power Supply The applicable voltage range for each unit is given in the following table The working voltage among the three phases must be balanced within a 3 deviation from each voltage at the compressor terminals The starting voltage must be higher than 85 of the rated voltage Oper
55. may not transfer to the terminal connection section Imperfect connection and fixing leads to fire etc Connect the power supply wiring and indoor outdoor unit connection wiring according to the electrical circuit diagram instructions Clamp the wires securely to the terminal connections using cord clamps so that no undue force is placed on the wires Once all wiring work has been completed tie the wires and cords together with the binding strap so that they do not touch other parts such as the compressor and pipes 1 Connect the power supply line to a single phase 220 240V power supply 2 The equipment shall be connected to a suitable mains network with a main impedance less than the valve indicated in the table of power supply specifications 3 Be sure to connect the wires correctly to terminal board with connecting the crimp type ring terminal to the wires 4 The binding screws inside the power supply box may become loosened due to vibration during transportation So check that they are tightened securely 5 Tighten the binding screws to the specified torque while referring to the table below 6 If connecting two separate wires to a single crimped terminal place the two crimped terminal wires together as shown in Fig A If the arrangement shown in Fig B is used poor contacts or contact damage may result 7 If momentarily turning on the power supply for both the indoor and outdoor units do not turn
56. o k 2 o 5 2 4 2 a E G s m o o B a 2 L alt 22 141 142 Indoor intake air ambient Cooling power consumption curve ones Outdoor temperature 67 11 2 1 4 CS F24DB4E5 x 2 CU YL43HBE5 Indoor intake we KW KW KW KW KW KW KW KW KW KW KW KW 17 12 06 929 223 1186 913 226 1260 970 241 1216 936 244 specs pe oe pus pes pis pes ps Dis pee fee f te 22 1310 930 260 1290 916 264 1370 973 281 1337 949 285 i7 1227 933 230 1206 917 233 1282 974 248 1249 949 252 seu pec Due pus pes pre pus pix pie pus prs 22 13 42 939 264 1321 925 267 1403 9 82 285 1370 959 288 17 248 936 247 1227 920 250 1304 978 266 1271 953 270 22 1562 278 1342 926 281 1425 299 961 305 17 1279 947 250 1258 931 254 1337 989 270 1304 965 274 E 17 13 00 949 264 1279 934 267 1359 992 285 1326 968 288 SS 22 1404 9 41 284 1383 927 288 1470 985 307 1437 962 340 Indoor intake air ambient temperature DB WB KW KW KW Kw KW KW kw kw kw KW KW kw KW Kw KW KW kw KW
57. of this unit sufficiently Insufficient strength leads to injury due to falling of the unit A Carry out predetermined installation work in preparation for strong wind such as typhoon earthquake Imperfection in installation work may lead to accidents arisen from overturn etc A The unit must be installed in accordance with applicable national and local regulations Any electrical work should only be carried out by qualified technician and use exclusive circuits without fail Presence of insufficient capacity in power circuit or imperfection in execution leads to electric shock fire etc A Wiring shall be connected securely using specified cables and fix them securely so that external force of the cables may not transfer to the terminal connection section Imperfect connection and fixing leads to fire etc A If installing inside a small room measures should be taken to prevent refrigerant levels from building up to critical concentrations in the event of a refrigerant leak occurring Please discuss with the place of purchase for advice on what measures may be necessary to prevent critical concentrations being exceeded If the refrigerant leaks and reaches critical concentration levels there is the danger that death from suffocation may result A Securely attach the protective covers for the outdoor unit connection cables and power cord so that they do not lift up after installation If the covers are not properly attached and installed the termi
58. t 07 15 16 17 18 19 20 21 15 16 17 18 19 20 21 Air Volume m min Air Volume m min 104 11 5 3 CS F34DB4E5 CU YL34HBE5 CS F34DB4E5 CU VL34HBES Airvoume min 27 4 21 B Running Current note Fa los l 8 1 L Power Consumption note 0065 Fan Speed HE 1 1 1 MANEAT Note Indoor FM is DC brushless motor current and power consumption including the indoor P C B Outdoor FM is AC motor Coefficient For Correcting Cooling Capacity Coefficient For Correcting Heating Capacity Heat Pump Model o 2 Cooling Capacitv Heating Capacitv o oco o o Coefficient For Correcting Coefficient For Correcting o 22 23 24 25 26 27 21 22 23 24 25 26 mm Air Volume m min Air Volume m min 11 5 4 CS F43DB4E5 CU YL43HBE5 ree Running Curent ote 0487 L 05 05 11 Power Consumption note 009 0065 005 02 ______ so s 16 Note Indoor FM is DC brushless motor current and power consumption including the indoor P C B Outdoor FM is AC motor Coefficient For Correcting Cooling Capacitv Coefficient For Correcting Heating Capacitv 1 2 r T Heat Pump Model 1 1 1 0 0 9 0 8 0 7
59. the power off again until at least 1 minute has passed except when a reversed phase has been detected Use only the specified cables for wiring connections Connect the cable securely and secure them properly so that no undue force will be applied to the terminal connections If the terminals are loose or if the wires are not connected securely fire may result WARNING Terminal screw Tightening torque kgfecm M3 69 98 7 10 M4 157 196 16 20 5 196 245 20 25 52 Indoor outdoor unit terminal board Power supply terminal board Cord clamp Binding strap accessory Check that the wires do not touch the compressor etc pam 4 Fig B not OK Fig A OK Earth lead wire shall be longer than other lead wires as shown in the figure for the electrical safety in case of the slipping out of cord from the anchorage Outdoor Unit Single Phase Model Outdoor unit power supplv Indoor outdoor unit Earth wire connection wires This equipment complies with EN IEC 61000 3 12 provided that the short circuit power Ssc is greater than or equal to VL34 3967 5kW YL43 4657 5kW at the interface point between the user s supply and the public system It is the responsibility of the installer or user of the equipment to ensure by consultation with the distribution network operator if necessary that the equipment is connected only to a supply
60. with a short circuit power Ssc greater than or equal to YL34 3967 5kW YL43 4657 5kW Power supply specifications Circuit breaker Leakage Minimum Capacity Minimum 4 2 Indoor outdoor unit connection Model name current power based on power cables breaker A Switch A Fuse A supply cables length m terminals 0000 CU YL34HB 220 230 240V 40 40 40 4mm 8 2 5mm x 4 CU YL43HB 220 230 240V 40 40 40 8 NOTE 1 Where ground work earth is carried out do not connect the ground return to the gas pipe water line pipe grounded circuit of the telephone and lightning rod or ground circuit of other product in which earth leakage breaker is incorporated Such action is prohibited by statute etc Indoor Outdoor Make sure the indoor and outdoor connection wires are detangled and the lead wire should use the shortest routing to connect There might be effect to received outside noise 2 Use the standard power supply cables for Europe such as HOSRN F or HO7RN F which conforms to CENELEC HAR rating specifications or use the cables based on IEC standard 245IEC57 245IEC66 3 Select the particular size of electrical wire for power supply cables in accordance with the standards of the given nation and region 53 10 2 11 Cool Only Setting of Cooling only model Can the equipment set to cooling only model by setting JP The equipment
61. 0 444 air ambient temperature 17 1235 1025 378 11 65 1006 401 11 18 973 427 10 66 9 49 449 23 17 1281 1034 387 1209 10 16 409 11 44 9 84 436 1092 961 456 25 19 1326 10 46 4 09 12 74 10 32 432 12 09 10 05 458 11 57 983 481 17 287 10442 409 1235 1025 432 1170 9 95 458 11 15 973 481 27 739 13 52 10 55 423 13 00 10 40 445 12 35 10 13 472 1153 9 94 4 94 722 iaso oro 441 1378 1061 463 13 13 1037 450 261 10271542 717 1325 1051 409 27a 1045 4 32 209 06 458 1157 955 476 Ter 4s u s os ss ros 2 722 1456 1077 449 144 ror 472 1329 1044 1287 1020 546 32 Sensible Heat Capacity 22 14 82 10 82 4 54 14 30 10 73 476 13 65 10 51 5 03 13 13 10 37 5 25 IPT Power Consumption 77 Cooling capacitv curve air ambient temperature 1 25 13 15 Has 129 1396 1371 1334 1404 1352 1300 1248 1185 first 13 70 Eas fiso ear pass ues iaeo pes prc 1249 1216 1359 1334 1297 1345 13 13 1261 1209 11 44 11052 1327 paro peas TA nm 14 45 14 20 13 83 14 56 14 04 13 52 13 00 12 35 11 83 v 1425 1555 1555 1430 1575 1526 1274 1209 t 6 14 82 14 57 1420 14 95 1443 13 91 13 39 12 74 1222 1 1544 1519 14 82 15 60 1508 14 56 14 04 1339 1247 13 83
62. 0 0002 bar Octave Band Sound Pressure Level dB 0dB CU VL43HBES Heating Octave Band Central Frequencv Hz 0 0002 bar Octave Band Sound Pressure Level dB 0dB 80 70 60 50 40 30 20 10 80 70 60 50 40 30 20 10 CU VL34HBES Heating HO O Frequency 50Hz Octave Band Central Frequency Hz Frequency 5092 Acscale dB 56 63 125 250 500 1000 2000 4000 8000 Frequencv Hz Frequency 508 Acscale dB 56 IC scale dB 62 63 125 250 500 1000 2000 4000 8000 Frequency Hz 11 2 Capacitv And Power Consumption 11 2 1 Cooling performance Model name Max cooling capacitv Max capacitv kw Max power consumption kw CS F14DB4E5 x 2 CU YL28HBE5 7 7 2 6 CS F18DB4E5 x 2 CU YL384HBE5 11 3 95 CS F24DB4E5 x 2 CU YL43HBE5 13 4 45 CS F24DB4E5 CU YL24HBE5 6 3 2 2 CS F28DB4E5 CU YL28HBE5 7 7 2 6 CS F34DB4E5 CU VL34HBES 11 3 95 CS F43DB4E5 CU YL43HBE5 13 4 45 Calculation of actual cooling capacity and power consumption Example CS F24DB4E5 CU YL24HBE5 Calculation of the actual cooling capacity and power consumption for the following cooling conditions Indoor temperature of 27 19 C and outdoor temperature of 40 C Standard condition Calculation method 1 Find the cooling capacity ratio and the powe
63. 14 56 14 04 13 52 13 00 1235 11 83 a N o ale ES 2 1 2 gt ja sla qH SININ aje oa RIS 5 83385 1 3 ajaja o 9 m SX o o 1420 1621 14 80 11365 1300 1248 WB ETA 19 1 22 1 17 2 19 12 22 13 17 1 19 1 22 13 17 19 1 zy ac e gt zl o Cooling capacity curve Rated capacity ratio 7 20 10 0 10 20 30 40 50 Outdoor temperature 78 Cooling power consumption curve GA ila air ambient 300 40 anes 21 244 252 fon 356 fore aot 8 2 5 5 5 5 514 2 A ARR N N pim pim pem pas ET 285282 240 342 343140114221 445 4 7 252 259 241 303 316 3471265 188 409 4 3 mis 4 58 eae amt 270 277 311 323 340 369 387 409 432 458 r eer fee ose se Toes aor pim arr ese m rss ses aor ate aer 46s 49 37 323 340 369 387 409 432 458 476 ria im pr pee pam ase pus 368 385 418 427 449 472 498 5 16
64. 150 i265 1256 1255 1268 vase 1210 116 111110571 11 31 11 03 10 75 1202 11 81 11 50 12 10 1166 11 22 10 78 10 23 9 79 oo TE 3 12 25 11 2 11 50 11 22 10 94 12 23 12 02 11 70 12 32 11 88 11 44 11 00 10 45 10 01 6 11 97 11 o ter 275 1254 225 11287 1245 1156 11551100 1055 1244 1216 1187 13 27 13 06 12 75 13 42 12 98 12 54 1210 1155 11 11 N N N N Cooling capacitv 4 27 19 29 19 32 19 Rated capacitv ratio 20 10 0 10 20 30 40 50 Outdoor temperature 63 Cooling power consumption curve indoor mike air ambient temperature eo 222 251 262 2z 79 foo 243 ars 20 29e Tat ase zer sss Taro 220 ase 1266 1265 sce 256 252 sos 1320 ses 403 4 2s aar ase 1340 ase ass so 436 s 272 so sse foor fast 246 275 257 sor 328 207 425 2 zs sos 320 363 ses sse oar 342 371 37 sso es 442 Tase s ars 225 aos 425 446 466 NIN N N N WB ETA 19
65. 19 2 91 7 62 6 10 3 02 s01 633 244 770 624 257 732 614 263 701 596 286 Cooling Capacity 19 8 39 6 38 2 57 8 09 6 31 2 70 7 70 6 16 2 86 7 39 6 06 2 99 SHC Sensible Heat Capacity 22 18 78 6 41 2 65 847 6 35 2 78 8 09 6 23 294 778 6 14 13 07 IPT Power Consumption aja m o m o o NIN o RIPE o njo a a o N N NIN ofo N IO a ala a a N A N 6 to 2 N 7 w N o o N o N N Ny o EN 5 B EN 3 a olo CO ojojo o 518 71 Cooling capacitv curve 8 6 5 9 2 2 8 5198 o lt lt co z 8 s 2jeje
66. 2 2 b A ama 9 3LIHM ZdSIG NO M wia ov M 5 ANO MOTI3A 9 LTGNSIHATIONINOD MWS 33704 i OINOMIO313 3LIHM gt p LHM NO NIVNI 1 SIA 0 N _ __ _ zHos orzioeziozz II toj fo kill T MIS NO TWNINH3L MOVIA 193 1ov NO 22 ircuit Diagram 8 Electronic C CU YL24HBE5 CU YL28HBE5 8 1 0086 0996 v HO1SIWH3HL YOSNIS dWAL 1 ONS ooa uae HOLSIMHZHI NOSN3S AWIL Jdid z 18 0086 0596 v HO1SIWH3HL YOSNIS dW31 0866 O61 HOLSIMAJZHU wosN3s I AA ANIM 100 BOLOW 70412313 Q E 25 8 DINOMLIJTI MIS 2V NENI 94 39NVHO DHO N33H9 A3H9 AND MOTNJA MIA 1H3SNI HOS O1 43438 bewa in wma 1VNIWH31 NO Q31V2IONI SI 831131 Q3GIS3H1N3MHVd Rip 1n d Ha HL l Z sos S 8 U A 3800 5 NONIS ZHOS 0 2 062 022 INOS HIMOd 23 CU YL34HBE5 8
67. 2 3NTWA NOISNVAX3 nl 0085 10596 v HITIOHINOD 940319373 HOLIOVAWJ Y3ITIONLNOD 51403199713 l HOLSIVNAHU ig 45 3861 3843 3362 525 4288 58 585111 5 BU wx oo ZHLNO i AS u WOOAM ri S 07 OIRN Q Pel lad eee u ac 1109 bi TWNIWH3L gt C 311 1 CWNIWHSI 80552504407 LH3SNI 38IM 303 TWNIWH3L O1 43333 n A MOTIJA ZHOS AOvZIOEZIOZZ JO NOS HIMOdA 24 CU YL43HBE5 0086 OX96 v go 5224 si ka TWNIWHAL 84 5 gt ps 33 gt S 8 gt V NV N g g ka mm 3 Da wa ets A Ta si MS 3JUNSSIHA 25 999 9 HITIOHINOD 91403199713 50553840 183SNI 303 TWNIWH3L O1 33433 n N ama WAQTI3A 805 8311081 2 2INON12313 NOVNO L OVA 93 93 1 2 Aopzzoezzozz cS H ____ 1 7 7 398005 u3wod T fard gt a ovi WNIWB3L MET bowie z94 194 wel 8 3 25 9 Printed
68. 20 inch 9 11 16 x 33 1 24 x 33 1 24 31 5 16 x 34 7 16 x 12 19 32 Net Weight kg Ibs 25 55 65 143 Piping Retrigerant Gas mm inch O D B 12 7 1 2 Flared Type O D 15 88 5 8 Flared Type Connection Liquid mm inch O D 6 35 1 4 Flared Type 09 53 3 8 Flared Type Drain mm O D 20 1 0 20 x 1 Compressor Type Number of Set Hermetic 2P Rotary 1 Starting Method DC INV control Motor Type 4 pole single phase brushless motor Rated Output kW 2 0 Number of Set Turbo fan 1 Mix flow fan 1 Motor Type 8 pole DC motor 6 pole single phase induction motor Rated Output kW 0 04 x 2 0 07 Air heat Exchanger Row x Stage x Slit fin type 1 x 10 x 20 Corrugate fin type 2 x 36 x 17 Refrigerant Control Exp Valve Refrigerant Oil Charged cm FV50S 800 Refrigerant Charged R410A kg oz 1 2 05 72 3 Control Switch Wireless or Wired Remote Control Adjustment Room Temperature Thermostat Safetv Devices Temperature current and pressure protection control for compressor Internal thermostat for FM High pressure switch Current trans Crankcase heater Noise Level dB A Hi 34 Lo 31 Cooling 50 Heating 52 Cooling Hi 49 Lo 46 Cooling 68 Heating 69 Heating Hi 49 Lo 46 9 Moisture Removal L h 4 2 8 8 W W 3 01 3 23 2 96 COP W W 3 42 3 67 2 59 1 Cooling capacities are based on indoor temperature of 27 C D B 80 6 F D B 19 0 C
69. 3 sw ps feefee 302 REM pe oo nese TATI 885 258 129 620 269 eer 285 11551812 308 11 11 689 326 B 276 22 12441855 305 1212 805 320 1276 31 1232 942 365 TATI 8502 156 ese zer o2 177 1124 8 a dE EA 22 505 291 i22 o 302 170850 316 11252 936 344 11188515 352 2o passen uz ens jos an 37 22 27 92 3 13 13 06 901 323 2275 892 338 1342 939 367 12 98 922 383 23 719 10 880 356 1056 866 375 1001 841 399 957 823 419 22 iss 889 375 1 11 878 395 1056 sss 419 10 12 840 436 JE 25 N o N o a to o N 5 N o o N N N m o N N N o N N w N N N to 3 o gt N o A N 6 a o N m a o N N N N o olo N b FS Njo Nil lt jajajaj msiBJOjNja o o o N A 865 287 0202 889 nro ere 315 232 340 rite 903 Tase 226 306 uso san joe ose ose ar 202 sor 276 1151 897 287 riso 686 v210
70. 32 32 1s 324 2o fzor rsa eco Sor 202888 3 16 125 900 327 125 890 342 1320 937 371 1276 919 379 indoorintake Outdoor intake air ambient temperature 6676 air ambient temperature we kw kw kw kw kw kw kw kw kw KW 17 1045 867 336 1001 851 356 946 823 3 79 9 02 803 3 93 22 irse 903 383 1144 892 403 1089 81 427 1045 8 57 446 17 19 882 363 1045 867 383 9 00 542 4 07 946 823 427 22 12 10 9 08 391 11 66 898 4 11 1 11 435 1067 8 64 454 Fir i22 895 365 1078 894 383 1025 559 o7 979 42 4 23 pepe se ase e pom eo ear 22 12 32 9 12 3 99 11 88 9 03 4 19 11 33 8 84 4 42 10 89 8 71 4 58 sor a re TC Total Cooling Capacity 32 19 eo 11 55 9 01 an roo sso 435 1056 85 454 Sensible Heat Capacity 22 12 54 945 403 12 10 9 08 1425 1155 89 4 46 1111 676 466 IPT Power Consumption 62 Cooling capacitv curve Indoor intake Outdoor intake air ambient temperature D B C air ambient 1047 SRE ne us pss pru pue nas pnus pns pr par qn n pns pos pas 2 11 50 1122 10 94 1223 12 02 1170 1232 11 88 11 44 11 00 10 45 10 01 ss i206 1178 1
71. 35 51 BAG COMPLETE L TUBE 1 CWG87C2030 52 PIPE COVER FRONT 1 CWD601074A 53 PIPE COVER BACk 1 CWD601075A 54 CABINET FRONT PLATE COMPLETE 1 CWE06C1086 55 HANDLE 3 CWE161008 56 TUBE ASS Y CAPILLARY TUBE 1 CWTO7K1417 58 SPRING FOR SENSOR 4 CWH711010 61 EXPANTION VALVE 1 51029 119 62 INSTALLATION INSTRUCTION CWF613432 All parts are supplied from PHAAM Malaysia Vendor Code 061 120 N 5 4 1 5 SK SAW Ke i X X s PA 2 b WY CU YL43HBE5 122 CU VL43HBES lt 123 NO PART DESCRIPTION QTV CU YL43HBE5 1 BASE PAN ASS Y 1 CWD52K1193 2 COMPRESSOR 1 5JD420XAA22 3 ANTI VIBRATION BUSHING 3 CWH50055 4 NUT FOR COMP MOUNT 3 CWH561049 5 PACKING 3 CWB811017 6 CRANKCASE HEATER 1 CWA341046 7 CONDENSER COMPLETE 1 CWB32C2382 8 SOUND PROOF MATERIAL 1 CWG302266 9 DISCHARGE MUFFLER 1 CWB121014 10 HIGH PRESSURE SWITCH 1 CWA101007 11 3 WAVS VALVE GAS 1 11251 12 A WAVS VALVE 1 CWBO001046 18 3 WAYS VALVE LIQUID 1 11292 14 STRAINER 2 CWB111024 15 PIPE HOLDER RUBBER 1 CWG251014 16 HOLDER SERVICE VALVE 1 CWD911425 17 ACCUMULATOR ASS V 1 CWB13K1066A 18 SOUND PROOF MATERIAL COMP 1 CWG302489 19 SOUND PROOF BOARD ASS Y 1 CWH151196 20 V COIL COMPL
72. 352 rase ses 1408 401 ost sse 1457 rose ros 401 raz 1022 416 1057 352 1457 105434 42011051 380 145511126322 1443 1082 405 indoorinake Outdoor intake air ambient temperature 6576 air ambient temperature we kw kw kw kw kw kw kw kw KW 1235 1025 378 11 83 1006 401 11 18 973 427 1066 9 49 4 49 719 1326 1046 409 12774 10 32 4 32 12 09 10 03 4 58 11 57 9 83 481 Fir 1247 142 409 12 5 1025 4 22 11 70 995 4 58 1118 0 73 451 LES espes pen asha ier om posten ron ern 722 1430 10 73 441 13781061 463 13 13 1037 490 1261 1021 5 12 Fr 126 10 61 4 09 12774 1045 4 32 12 09 10 16 4 56 11 57 955 4 76 ss fas ef 722 1456 1077 446 1404 1067 472 1339 1044 1247 1030 56 _ pj s 32 Sensible Heat Capacitv 22 14 82 10 82 4 54 14 30 10 73 476 13 65 10 51 5 03 13 13 10 37 5 25 IPT Power Consumption 68 Cooling capacitv curve FETA air ambient temperature ros 1196 1145 1809 272 1185 118 1066 1249 13 Paoa 1352 1500 1248 1139 TET eso 1259 157 36 sr ss 26 se 120 5 2 227 13 04 1271 1228 1383 13 59 1321 13 91 1339 1287
73. 6 5581 RV HOT BLUE C gt LJP4 2 we c VELLOW GREEN BLUE BLACK 1 3 3 ta 615 121119 hme 28 9 2 2 Q 4 Printed Circuit Board Capacitor DCP IN DCP OUT DCN IN DCN OUT R202 BLACK BLACK AC C BLUE c201 Filter isplav Noise t Board D ircui Printed C 9 2 3 2 18 606 EN uo media sHs 806411 Cw 5808431 MAN NO 0 031 0 031 038 ZINO 206431 108931 NIV NI p ta a EA PL 6 9 4 5 092 7 15 8 21 gt 2 4514 2 24514 2 18 15 30 10 Installation Instruction 10 1 Outdoor unit installation AIR CONDITIONERS OUTDOOR UNIT INSTALLATION INSTRUCTIONS REFRIGERANT FF R410A 3HP CU YL28HB Precautions in terms of safety Carry out installation work with reliability after thorough reading of this Precaution in terms of safety e Precautions shown here are differentiated between A Wamings and ACautions Those that have much chances for leading to significant result such as fatality or serious injury if wrong installation would have been carried out are listed compiling them especi
74. 62 732 1 17 739 727 772 753 733 819 8 05 783 824 793 762 732 693 662 19 770 758 805 785 766 856 841 862 832 801 770 732 701 22 807 7 95 844 825 805 900 8 85 863 909 878 847 846 778 747 17 7 58 745 792 772 753 841 827 805 847 816 785 755 716 6 85 19 788 776 825 8 05 785 8 78 841 886 8 55 824 793 755 724 22 8 19 807 857 838 848 9 14 900 878 924 893 862 832 793 762 17 770 758 805 785 766 8 56 841 819 862 8 32 801 770 732 701 19 788 838 818 798 892 878 8 56 901 870 839 809 770 7 39 22 832 8 19 870 851 831 929 9 14 892 939 9 09 878 847 809 778 Cooling capacitv curve payey Outdoor temperature 60 Cooling power consumption curve air ambient 55 temperature BT ew xw ww Ei Ew ew ew Eo ew 2 prar nes pur iss 208 227 250 m 7156 reo 179 187 211 221 234 247 265 Piss fi ise pens par pz m 170 177 187 203 218 226 239 255 NI JI es 8 NIX gs N N o N N EEN 18 189 199 216 226 239 252 268 173 1 94 2 01
75. 68 183 Indoor intake Outdoor intake air ambient temperature D B C air ambient temperature 378 451 128 948 504 140 14 93 624 15 06 1178 4 54 135166 1152 1604 505 158 648 164 1524 1178 555 51 187 17 06 508 162 6 94 507 168 6 76 oo 174 712 527 11 98 5 07 1 44 6 46 5 04 1 50 6 28 4 96 1 58 6 62 523 1 72 EF 25 509 154 676 527 160 6 58 500 1 68 6 93 527 1 514 164 712 513 170 694 507 178 731 535 509 154 658 507 160 640 500 168 674 526 1 511 160 6 88 509 166 670 5 03 174 7 06 529 rese 1 70 1724 36 182 745 536 7 207 516 154 676 514 160 6 58 507 1 68 6 93 5 34 1 83 1 91 247 1164 1170 15091178 1725 536 114 18 2 02 516 176 7 36 545 182 7 18 5 10 1 90 756 537 207 25 518 162 688 516 168 6 0 509 176 706 536 191 1 96 70 sr 174 746 1841 162 TST 146 z 2024 3 850555 125 Ter 174748 is 76 sir 156 538 26 7 43 Indoor intake air ambient temporare DB ws kw kw kw kw kw Kw Kw Kw kw Kw KW KW 17 5 99
76. 7 11 3 WAYS VALVE GAS 1 11251 12 A WAVS VALVE 1 CWBO001026J 13 3 WAVS VALVE LIQUID 1 11252 14 STRAINER 2 CWB111024 15 PIPE HOLDER RUBBER 1 CWG251021 16 HOLDER SERVICE VALVE 1 CWD911425 17 ACCUMULATOR ASS V 1 CWB131025A 18 SOUND PROOF MATERIAL COMP 1 CWG302415 19 SOUND PROOF MATERIAL 1 CWG302484 20 SOUND PROOF BOARD 1 CWH151195 21 V COIL COMPLETE 1 CWA43C2169J 22 V COIL COMPLETE 1 CWA43C2316 23 SENSOR COMP OUTLET COND THERMISTOR 1 50 2529 24 SENSOR COMP DISCHARGE THERMISTOR 1 50 2528 25 SENSOR COMP SUCTION THERMISTOR 1 50 2531 26 CABINET REAR PLATE 1 CWEO2C1044 27 CONTROL BOARD ASS Y 1 CWH10K1100 28 TERMINAL BOARD ASS Y 1 CWA28K1085J 29 TERMINAL BOARD ASS V 1 CWA28K1076J 30 ELECTRONIC MAGNETIC SWITCH 1 001023 31 ELECTRONIC CONTROLLER CAPACITOR 1 CWA745386 32 ELECTRONIC CONTROLLER DISPLAY NOISE FILTER 1 CWA745076 34 ELECTRONIC CONTROLLER MAIN 1 CWA73C3296R 35 REACTOR 1 G0C592J00003 37 TERMINAL COVER 1 CWH171035 38 NUT FOR TERMINAL COVER 1 CWH7080300J 39 BRACKET FAN MOTOR 1 CWD54K1022 40 SCREW BRACKET FAN MOTOR 2 CWH551040J 41 FAN MOTOR 1 EHDS80C60AC 42 SCREW FAN MOTOR 4 CWH551016J 43 PROPELLER FAN 1 CWHOOK1006 44 NUT for PROPELLER FAN 1 CWH561051 45 CABINET FRONT PLATE 1 CWE061118A 46 DISCHARGE GRILLE 1 CWE201073 47 CABINET SIDE PLATE 1 CWE04K1019A 48 WIRE NET 1 CWD041102A 49 CABINET TOP PLATE COMPLETE 1 CWE03C1053 50 ACCESSORY COMPLETE 1 CWH82C15
77. 75 82 568 z Fr 7s 561 146 745 552 148 792 5 158 772 572 rss seo 1 776 551 158 5 805 572 171 22 s19 557 168 170 857 583 181 50 17 770 se 154 758 553 156 805 785 57 168 ser 1 758 552 162 838 506 175 846 573 175 22 s32 557 166 54 168 583 179 851 50 Indoor intake Outdoor intake air ambient temperature D B C air ambient temp rature 1354 147 ves 178 613 11 72 173 1182 1742 16 34 742 208 sss 1160 27 620 17 18121617 187 70 eos 632 1840 241 801 825 221 11 71 8 63 6 21 191 8 49 6 19 1 99 8 27 6 12 206 8 70 6 44 224 Ti 8 05 829 1 70 reo 171 eor 639 1205 17 77 162 6 23 182 827 620 189 85 6 12 199 847 6 44 2 173 885 1 84 627 201 349 89 20 ess 652 22 1 62 8 19 6 23 182 8 05 6 20 189 783 6 11 199 8 24 6 43 2 16 168 8 56 625 1 60 841 623 196 819 6 14 2 06 862 647 122418 129 seo feso 201 ees 628 208 ees 621 215 909 ese 8 78 162 841 1 62
78. 9 6 78 5 83 255 6 47 5 69 2 68 22 8 32 6 32 2 52 8 01 6 25 2 65 762 6 10 281 732 6 00 2 94 17 7 62 6 17 2 39 7 32 6 07 252 6 93 5 89 268 6 62 5 76 2 81 19 8 01 6 25 2 47 7 70 6 16 2 60 7 32 6 00 2 76 7 01 5 89 2 89 22 8 47 6 35 2 57 8 16 6 28 2 70 7 78 6 14 286 747 6 05 2 99 17 17 85 6 28 2 39 7 55 6 19 2 52 716 6 02 2 68 6 85 5 89 2 78 19 8 24 6 34 2 52 7 93 6 27 2 65 7 55 6 11 2 81 7 24 6 01 2 91 22 8 62 6 38 263 8 32 6 32 2 76 7 93 6 19 2 91 7 62 6 10 3 02 sor eas 244 770 624 257 732 644 263 596 288 rc vota cooing Capsciv 19 8 39 6 38 2 57 8 09 6 31 2 70 7 70 6 16 2 86 7 39 6 06 2 99 SHC Sensible Heat Capacitv 22 18 78 6 41 265 8 47 6 35 2 78 8 09 6 23 294 778 6 14 13 07 Power Consumption 59 Cooling capacitv curve e a 5 2 8 5 9 a G x G 5 k o g 5 Indoor intake air ambient 72 7 15 759 740 720 805 790 768 8 09 778 747 716 678 647 7 45 792 772 753 841 827 805 847 816 785 755 7 16 6 85 22 755 782 831 812 792 8 85 870 849 893 862 832 801 7
79. 97 Heating COP curve Indoor intake Outdoor intake air ambient temperature D B C air ambient D l l l l l l l l l l l l l l l 5 218 2 31 2 46 247 269 287 3 07 313 3 38 3 54 3 48 3 54 364 355 362 20 1 90 204 220 2 18 240 257 269 282 3 01 317 320 323 3 31 323 3 30 25 __ 169 1 81 191 190 214 229 244 248 265 284 291 292 295 297 3 07 Heating COP curve Outdoor temperature 98 11 2 2 7 CS F43DB4E5 CU YL43HBE5 Heating capacity curve Indoor intake Outdoor intake air ambient temperature D B C air ambient 5 temperature 13 70 20 rios 1229 1156 58 0 232 25 915 1035 11 41 1073 12 43 12 13 13 Rated capacitv ratio o o A Outdoor temperature Outdoor intake air ambient temperature D B 15 10 C 50 096 2C 5C 796 10 156 gt 15 Heating capacity 0 93 0 93 0 92 0 84 0 88 0 96 1 1 1 1 compensation coefficient 99 Heating power consumption curve 5 Q a o 23 v o 2 a E G x 5 o B g 5 Indoor intake Heating power consumption curve ones
80. 979 842 4 23 ear 22 12 32 9 12 3 99 11 88 9 03 4 19 11 33 8 84 4 42 10 89 871 4 58 asrjuss sor a TC Total Cooling Capacity 32 io mof o11 11 55 9 01 411 11 00 880 435 1056 866 454 Sennie Heat Capacity 22 12 54 915 403 1121011908 4 23 1155 889 4 46 11 11876 466 IPT Power Consumption 74 Cooling capacitv curve Indoor intake air ambient temperature 10 76 11 33 10 89 1045 1011 846 908 11 44 1159 nar 11 09 225 3191 1146 1156 1056 0 2 5 ps A pnis mir puer pese Taz sper parnm pros uz wi e 51075 1208 9150 210 116 1155 1078 1025 979 0 11 22 12 54 12 33 12 02 12 65 12 21 11 77 11 33 10 78 10 34 7 11 69 13 06 12 85 12 54 13 20 1276 1232 11 88 11 33 10 89 2 11064 1229 1202 1170 12 32 11 88 1144 111401045 e 11 87 1327 13 06 1275 1342 12 98 1254 1210 11 55 11 11 E Cooling capacity curve Rated capacity ratio 7 20 10 0 10 20 30 40 50 Outdoor temperature 75 Cooling power consumption curve Indoor intake Outdoor intake air ambient temperature D B C air ambient temperature 233 1243 273 320 336 376 sso 419 2 53 259 1291 1302 1313
81. Circuit Board 9 1 CU YL24HBE5 CU VL28HBE5 9 1 1 Printed Circuit Board J238 m si 015 4111 CN TH2 YELLOW P dE X E OLUE CN P5WI 5 I 7401 162 Jis HE 3 x 4 soir KI e z ATTI 4 i rrr CADET ter o gt de soer s Ald FILI 99 IT all Loir o 1 346 gij BLI 4 217 5 E 26 9 1 2 Printed Circuit Board Noise Filter 7 CN COM 1 WHITE ZNR402 LF401 zNRA00 5 30A L 250 15151 ACLI T T BLACK RE FG2 GREEN c es us EE i 9 1 3 CN DISP1 A744997 LED301 LED302 CN DISP2 PUMP DOWN 1 SWI OFF ON salmi 882 swi a SW3 c m m o o ta r m o w o w D o 23 e 9 rm e CN13 o 27 CU YL34HBE5 CU YL43HBE5 Printed Circuit Board Main 9 2 9 2 1 ce BLACK uo sa 147 22 H 5 lt gt b o ox PTC3 gt 1 T3 15 L250V 0101 2110 2111 3 2 e 0 20 OFF BLACK LJP
82. D B and outdoor air temperature of 7 C D B 44 6 F D B 6 C W B 42 8 F W B ELECTRICAL DATA 50 Hz ITEM MODEL Condition by ISO5151 Volts V 220 230 240 Phase Single Single Single Power Consumption kW Cool 1 86 0 55 2 20 Heat 2 05 0 5 2 8 Running Current A Cool 8 5 8 3 8 1 Heat 9 4 9 2 9 0 Starting Current A 9 4 9 2 9 0 Power Factor Cool 99 97 96 Heat 99 97 95 Power Factor means total figure of compressor indoor fan motor and outdoor fan motor Panasonic Power source AC 1 220V 230V 240V 50Hz 4 1 4 CS F24DB4E5 CU YL43HBE5 Indoor Unit Outdoor Unit Main Body CS F24DB4E5 x 2 CU YL43HBE5 ITEM MODEL Panel CZ BTOSP Remote CZ RD513C Wired Control CZ RL513B Wireless Cooling Capacity kW 12 5 3 8 13 0 BTU h 42 700 13 000 44 400 Heating Capacity kW 14 0 3 8 15 0 BTU h 47 800 13 000 51 200 Refrigerant Charge less m 30 Standard Air Volume for High 3 Hi 18 16 1014 96 Medium and Low Speed 636 562 488 3389 Outside Dimension x W x D mm 246 x 840 x 840 1170 x 900 x 320 inch 9 11 16 x 33 1 24 x 33 1 24 46 1 16 x 35 7 16 x 12 19 32 Net Weight kg Ibs 26 58 94 207 Piping Refrigerant Gas mm inch O D B 15 88 5 8 Flared Type Connection Liquid mm inch O D B 9 53 3 8 Flared Type Drain mm O D
83. DOOR UNIT HEAT EXCHANGER C 112 11 6 8 CS F43DB4E5 CU YL43HBE5 Operation mode Heating Suction Pressure Mpa 15 10 5 0 5 10 WET BULB TEMPERATURE AT THE INLET OF OUTDOOR UNIT HEAT EXCHANGER C F43DB4E5 Suction Pressure 15 20 15 10 5 0 5 10 WET BULB TEMPERATURE AT THE INLET OF OUTDOOR UNIT HEAT EXCHANGER C 113 15 20 HP Indoor Temp DB LP Indoor Temp DB Outdoor Temp Outdoor Temp WB 15 20 25 WB 15 20 25 15 2 27 2 34 2 54 15 0 21 0 28 0 37 10 2 37 2 44 2 64 10 0 22 0 29 0 38 6 2 50 2 58 2 78 6 0 25 0 32 0 41 1 2 58 2 66 2 86 1 0 37 0 44 0 53 6 2 69 2 77 2 97 6 0 62 0 69 0 78 10 2 84 2 92 3 12 10 0 65 0 72 0 81 15 3 04 3 12 3 32 15 0 73 0 80 0 89 18 3 28 3 36 3 56 18 0 91 0 98 1 06 F43DB4E5 Discharge Pressure 3 8 3 6 8 3 4 3 2 3 0 o 2 8 a o 2 6 o G 24 8 22 l 1 8 12 Exploded View and Replacement Parts List Outdoor Unit 12 1 1 Q Da 79 7 5968 Y store Sep 5 4 9 2 V 4 A 77 E 29 7 v gt 0 7 7 WA f Po AW QUA AW itati CU VL24HBES CU YL28HBE5 114
84. ETE 1 CWA43C2169J 21 V COIL COMPLETE 1 43 2271 22 SENSOR COMP OUTLET COND THERMISTOR 1 50 2522 23 SENSOR COMP DISCHARGE THERMISTOR 1 50 2523 24 SENSOR COMP SUCTION THERMISTOR 1 50 2524 25 CABINET REAR PLATE 1 CWEO02C1043 26 CONTROL BOARD ASS Y 1 CWH10K1101 27 TERMINAL BOARD ASS Y 1 CWA28K1085J 28 TERMINAL BOARD ASS Y 1 CWA28K1076J 29 CAPACITOR FAN MOTOR 3 460 2 DS461255QP A 30 ELECTRONIC CONTROLLER CAPACITOR 1 CWA745386 31 ELECTRONIC CONTROLLER DISPLAY NOISE FILTER 1 CWA745217 33 ELECTRONIC CONTROLLER MAIN 1 CWA73C3297R 34 REACTOR 1 G0C592J00004 36 TERMINAL COVER 1 CWH171035 37 NUT FOR TERMINAL COVER 1 CWH7080300J 38 BRACKET FAN MOTOR 1 CWD54K1023 39 SCREW BRACKET FAN MOTOR 2 CWH551040J 40 FAN MOTOR 2 CWA951608 41 SCREW FAN MOTOR 8 CWH551040J 42 PROPELLER FAN 2 CWHO3K1017 43 NUT for PROPELLER FAN 2 CWH561038J 44 CABINET FRONT PLATE CWEO061092A 45 DISCHARGE GRILLE 2 CWE201075 46 CABINET SIDE PLATE 1 CWE04K1022A 47 WIRE NET 1 CWD041129A 48 CABINET TOP PLATE COMPLETE 1 CWEO03C1053 49 ACCESSORY COMPLETE 1 CWH82C1535 50 BAG COMPLETE L TUBE 1 CWG87C2030 51 PIPE COVER FRONT 1 CWD601074A 52 PIPE COVER BACK 1 CWD60K1016A 53 CABINET FRONT PLATE COMPLETE 1 CWEO6C1224 124 54 HANDLE 2 CWE161008 56 MAGNETIC SWITCH 1 001023 57 TUBE ASS V STRAINER TUBE AND EXP VALVE 1 CWT025560 59 SPRING FOR SENSOR 4 CWH711010 61 EXPANTION VA
85. LVE 1 CWBO051020J 62 INSTALLATION INSTRUCTION 1 CWF613432 parts are supplied from PHAAM Malaysia Vendor Code 061 125 IPHAAMI Printed in Malaysia SSVWO803 00
86. Make sure to install a new flare f there is a welded part on the existing refrigerant piping conduct a gas leak check on the welded part Replace deteriorated heat insulating material with a new one Heat insulating material is required for both liquid side and gas side piping 10 2 7 Refrigerant Piping Size And Allowable Piping Length 1 Refrigerant piping size Outdoor unit capacity Liquid side applicable piping size mm 1 size down Standard 1 size up YL34 YL43 type 2 96 35 x t0 8 09 52 x t0 8 012 7 x t0 8 Outdoor unit capacity Gas side applicable piping size mm 1 size down Standard 1 size up YL34 YL43 type 015 88 x t1 0 1 819 05 t1 0 2 In case of new installation make sure to use standard piping size In case of reuse of existing piping the size must be within the range of refrigerant piping size combination as specified in the above table However 1 As the design pressure is 4 15MPa reuse of existing piping is not allowed if the 019 05 existing piping is of 0 temper material In the case where 219 05 existing piping is of 1 2H temper material its reuse is allowed if the length is within the allowable piping length as specified in the table below 2 Combination of 26 35 on the liquid side and 219 05 on the gas side cannot be used 2 Allowable piping length Pipe diameter Gas side S
87. Order No 0802020 8 Service Manual Air Conditioner CS F14DB4E5 CU YL28HBE5 CS F18DBA4E5 CU YL34HBE5 CS F24DB4E5 CU YL24HBE5 CS F24DB4E5 CU YL43HBE5 CS F28DB4E5 CU YL28HBE5 CS F34DB4E5 CU YL34HBE5 CS F43DB4E5 CU YL43HBE5 Please file and use this manual together with the service manual for Model CS F24DB4E5 CU L24DBE5 CS F28DB4E5 CU L28DBE5 CS F34DB4E5 CU L34DBE5 CS F43DB4E5 CU L43DBE5 CS F50DB4E5 CU L50DBE5 Order No MAC0504059C2 and CS F14DB4E5 CU L28DBE5 CS F18DB4E5 CU L34DBE5 Order No MAC0503045C2 A WARNING This service information is designed for experienced repair technicians only and is not designed for use by the general public It does not contain warnings or cautions to advise non technical individuals of potential dangers in attempting to service a product Products powered by electricity should be serviced or repaired only by experienced professional technicians Any attempt to service or repair the product or products dealt with in this service information by anyone else could result in serious injury or death PRECAUTION OF LOW TEMPERATURE In order to avoid frostbite be assured of no refrigerant leakage during the installation or repairing of refrigeration circuit TABLE OF CONTENTS PAGE PAGE 1 Safety Precautions 3 2 1 Operation range 5 2 Service Information
88. WA73C3294R CWA73C3295R 32 REACTOR 2 G0C403J00001 lt 33 CONTROL BOARD COVER TOP COVER 1 CWD911865 lt 34 TERMINAL COVER 1 CWH171035 lt 35 NUT FOR TERMINAL COVER 1 CW7080300J lt 36 BRACKET FAN MOTOR ASS Y 1 CWD541126 lt 37 SCREW BRACKET FAN MOTOR 4 CWH551040J lt 38 FAN MOTOR 1 CWA951612 lt 39 SCREW FAN MOTOR 4 CWH551040J lt 40 PROPELLER FAN 1 CWH001019 lt 41 NUT for PROPELLER FAN 1 CWH561038J lt 42 CABINET TOP PLATE 1 CWE031102A lt 43 CABINET SIDE PLATE 1 CWEO041317A lt 44 CABINET SIDE PLATE 1 CWEO041318A lt 45 WIRE 1 CWDO41128A lt 46 CABINET FRONT PLATE ASS V 1 CWEO6K1060 lt 47 HANDLE 1 CWE161010 lt 48 INSTALLATION INSTRUCTION 1 CWF613472 lt 49 HOLDER COUPLING 1 CWH351057 lt 50 CONTROL BOARD COVER TERMINAL 1 CWH131332 lt 51 CONTROL BOARD COVER RIGHT SIDE 1 CWH13C1184 lt 52 FLEXIBLE PIPE L TUBE 1 CWH5850080 lt 53 CONTROL BOARD COVER 1 CWH131333 lt 115 CU YL34HBE5 117 CU YL34HBE5 118 NO PART DESCRIPTION QTV CU YL34HBE5 1 BASE PAN ASS Y 1 CWD52K1194 2 COMPRESSOR 1 5KD240XCC21 3 ANTI VIBRATION BUSHING 3 CWH50055 4 NUT FOR COMP MOUNT 3 CWH561049 5 PACKING 3 CWB811017 6 CRANKCASE HEATER 1 CWA341012 7 CONDENSER COMPLETE 1 CWB32C2549 9 DISCHARGE MUFFLER 1 CWB121013 10 HIGH PRESSURE SWITCH 1 CWA10100
89. YL34HBE5 Operation mode Cooling DRY BULB TEMPERATURE AT THE INLET OF OUTDOOR UNIT HEAT EXCHANGER C 110 HP Indoor Temp WB LP Indoor Temp WB Outdoor Outdoor Temp DB 16 18 20 22 Temp DB 16 18 20 22 5 2 08 2 16 2 25 2 35 5 0 69 0 71 0 74 0 77 0 2 13 2 21 2 30 2 40 0 0 70 0 72 0 75 0 79 10 2 26 2 34 2 43 2 53 10 0 72 0 74 0 77 0 81 20 2 46 2 54 2 63 2 73 20 0 74 0 76 0 79 0 83 30 2 86 2 94 3 03 3 13 30 0 86 0 88 0 91 0 95 35 3 06 3 14 3 23 3 33 35 0 88 0 90 0 93 0 97 40 3 26 3 34 3 43 3 53 40 0 91 0 93 0 96 1 00 43 3 46 3 54 3 63 3 73 43 0 97 0 99 1 02 1 06 F34DB4E5 Discharge Pressure T eo z P o o gt 5 o a Q 2 0 10 0 10 20 30 40 50 DRY BULB TEMPERATURE AT THE INLET OF OUTDOOR UNIT HEAT EXCHANGER C F34DB4E5 Suction Pressure 1 2 1 1 o 10 2 o 09 Tal 0 8 S 07 0 6 10 0 10 20 30 40 50 11 6 6 CS F34DB4E5 CU YL34HBE5 Operation mode Heating WET BULB TEMPERATURE AT THE INLET OF OUTDOOR UNIT HEAT EXCHANGER C 111 HP Indoor Temp DB LP Indoor Temp DB Outdoor Temp Outdoor Temp WB 15 20 25 WB 15 20 25 15 2 08 2 16 2 36 15 0 19 0 26 0 35 10 2 18 2 26 2 46 10 0 21 0 28 0 37 6 2 32 2 40 2 60 6 0 24 0 31 0 40 1 2 40
90. a Q o w 2 c E G x 5 S o g EJ o Indoor intake Heating power consumption curve ones 20 15 10 10 15 20 Outdoor temperature gt 15 15 10 5 slo 5 5 52 5 G o x G Elo S i 2 o 5 B 5 o e e Ie o T e c 9 2 o goo Togo o 91 Heating COP curve Indoor intake Outdoor intake air ambient temperature D B C air ambient qr ee Ee nep asc maa ES IE 5 210 223 238 239 260 277 297 302 326 3 42 336 342 352 343 349 20 1 84 197 212 211 231 248 260 272 291 306 309 3 12 319 3 12 3 18 25 163 175 185 183 206 221 236 239 256 274 281 282 285 287 296 Heating COP curve Outdoor temperature 92 CS F28DB4E5 CU YL28HBE5 11 2 2 5 Heating capacitv curve Heating capacitv curve LIe o a a SIR 5 8 9 5 x 55 2 dm c c 5 79 B ones payey air ambient 15 10 C 5 5 92 saa 505 573 6
91. ally into the column of s However even in the case of items which are listed in the column of such items also have a chance for leading to significant result depending on the situations In either case important descriptions regarding the safety are listed then observe them without fail As to indications with illustration This mark means Caution or Warning This mark means Earth After installation work has been completed do not only make sure that the unit is free from any abnormal condition through the execution of try run but also explain how to use and how to perform maintenance of this unit to the customer according to the instruction manual In addition request the customer to keep this manual for installation work together with instruction manual A The appliance must be installed by technician who takes into account the requirements given by ISO 5149 or eventual equivalent requirements A As to installation request the distributor or vendor to perform it Imperfection in installation caused by that having been carried out by the customer himself may lead to water leakage electric shock fire etc A Carry out the installation work with reliability according to this manual for installation work Imperfection in installation leads to water leakage electric shock fire etc A Carry out the installation work with reliability on the place that can bear the weight
92. arge with additional refrigerant according to the equivalent length given in the table below For standard type Additional charging amount Equivalent length Minimum length 0 05kg m 50m 7 5m Pump down operation Operate the pump down according to the following procedures Procedure Notes 1 Confirm the valve on the liquid side and the gas side is surely open 2 Press the PUMP DOWN switch on outdoor printed board for 1 Perform the cooling operation for five minutes or more Second or more 3 Shutthe valve on the liquid side surely When the valve is shut halfway the compressor is occasionally damaged 51 10 2 10 Electrical Wiring The units must be connected to the supply cables for fixed wiring by qualified technician Feed the power source to the unit via a distribution switch board designed for this purpose the switch should disconnected all poles with a contact separation of at least 3mm When the supply cable is damaged it must be replaced by qualified technician Be sure to install a current leakage breaker main switch and fuse to the main power supply otherwise electric shocks WARNING Wiring shall be connected securely by using specified cables and fix them securely so that external force of the cables Be sure to connect the unit to secure earth connection If the earthing work is not carried out properly electric shocks may result may result
93. asures may be necessary to prevent critical concentrations being exceeded If the refrigerant leaks and reaches critical concentration levels there is the danger that death from suffocation may result A Securely attach the protective covers for the outdoor unit connection cables and power cord so that they do not lift up after installation If the covers are not properly attached and installed the terminal connections may overheat and fire or electric shock may result A Switch off all supplies before accessing any electrical part A If refrigerant gas escapes during installation ventilate the affected area If the refrigerant gas comes into contact with sparks or naked flames it will cause toxic gases to be generated A Improper fixing of screw may cause leakage current and electrical shock A Must not use other parts except original optional parts described in catalog and manual A Once installation work is completed check that there are no refrigerant gas in the room that can come into contact with sparks or flames from a fan heater stove or kitchen range which will cause toxic gases to be generated A When performing piping work do not mix air except for specified refrigerant R410A in refrigeration cycle It causes capacity down and risk of explosion and injury due to high tension inside the refrigerant cycle 43 A Earth This equipment must be properlv earthed Earth line must not be connected to gas pipe water pipe
94. ation range MODEL Unit Main Power Applicable Voltage CU Phase Volts Hz Max Min YL24HBE5 1 240 50 264 216 1 230 50 253 207 143 5 1 220 50 242 198 2 1 2 e Model 50Hz CU YL24HBE5 CU YL28HBE5 CU YL34HBE5 CU VL43HBES Indoor and Outdoor Temperature Operating Hz Indoor Temp D B W B Outdoor Temp D B W B Max Min Max Min Cooling 50 32 23 21 15 43 5 Heating 50 27 16 24 18 15 Notice This unit is still able to operate as cooler with outdoor temperature as low 5 in a non living room such as a computer room with a room temperature of 21 C or above and room humidity up to 45 3 Features 3 1 Outdoor Unit 3 1 1 Flexible installation in smaller 3 1 2 Quiet efficient design spaces A host of silencing technologies achieves super quiet Spacing saving outdoor unit with the improvement of the operation outdoor unit fan makes it possible to install the outdoor unit noise suppressing winglet fan is a result of new into a smaller space where the conventional model cannot research into vane design theory The unique curved shape be installed suppresses the generation of vortexes thus reduces air flows noise Outdoor unit 32 cm Air discharge side Toni 30 cm needed More than 50 cm needed Y Conventional Operating efficiency is improved and energy consumpti
95. e LED display on the outdoor unit printed circuit board In such cases check both locations and remove the causes of the problems 10 1 12 As To Making The Inspection After Completion Of Work Fully Understood At the time when the work has been completed measure and record the characteristics of test run without fail and keep the measuring date etc Carry out the measurement regarding room temperature outside air temperature suction and air discharge temperatures wind velocity wind volume voltage current presence of abnormal vibration operating pressure piping temperature compressive pressure airtight pressure as items to be measured As to the structure and appearance check following items Short circuit of the blow out air Mistake in wiring Smooth flow of the drain Reliable connection of the grand wire Reliable thermal insulation Looseness in terminal screw fastening torque Leakage of refrigerant 69 9BNecm 7 10kgfecm 4 157 196 16 20 10 1 13 As To Delivery To The Customer Request the customer to operate this air conditioner viewing instruction manual come with indoor unit in practice and explain how to operate Deliver the instruction manual to the customer without fail 42 10 2 Outdoor unit installation AIR CONDITIONERS OUTDOOR UNIT INSTALLATION INSTRUCTIONS REFRIGERANT ICI M R410A 5 HP CU YLA3HB Precautions i
96. e the outdoor unit Removing the service panel direction 1 Remove the two mounting screws 2 Slide the service panel downward to release the pawls After this pull the service panel toward you to remove it 2 Notes when connecting the refrigerant pipes Use clean copper pipes with no water or dust on the insides Use phosphorus free unjointed copper pipes for the refrigerant pipes If it is necessary to cut the refrigerant pipes be sure to use a pipe cutter and use compressed nitrogen or an air blower to clean out any foreign particles from inside the pipe Be careful not to let any dust foreign materials or water get inside the pipes during connection f bending the pipes allow as large a bending radius as possible Do not flex the pipes any more than necessary f joining pipe ends do so before tightening the flare nut Always blow the pipe end with nitrogen while joining pipe ends This will prevent any oxide scaling from occurring inside the pipe f using long pipe lengths with several joined pipe ends insert strainers inside the pipes Strainers are not supplied When tightening the flare nuts coat the flares both inside surfaces with a small amount of refrigerator oil and screw in about 3 4 turns at first by hand Apply refrigerator oil Do not attach the spanners here 50 Refer to the following table for the tightening torques Be sure to use two spanners to ti
97. e to use standard piping size In case of reuse of existing piping the size must be within the range of refrigerant piping size combination as specified in the above table 36 2 Allowable piping length Pipe diameter Gas side Standard Liquid side 1 size down Standard 1 size up Allowable piping length min max 7 5m 10m 7 5 30m 7 5m 15m Height difference Outdoor unit is 5morless 25m or less 15m or less between indoor and located on upper side outdoor unit Outdoor unit is 5m or less 20m or less 10m or less located on lower side 3 Additional limitations for twin type Pipe diameter Gas side Standard Liquid side 1 size down Standard 1 size up Allowable piping length Lo La Lb 7 5m 10m 7 5 30m 7 5m 15m Max allowable Lo La 10m less 20m or less 10m or less one way piping length Lo Lb Branch pipe length La Lb 5m or less 10m or less 10m or less Difference in branch La Lb 3m or less 5m or less 5m or less pipe lengt Height Outdoor unit is 5m or less 25m or less 15m or less difference located on upper side Height H2 between indoor Outdoor unit is 5m or less 20m or less 10m or less difference and outdoor located on lower side unit H1 Height difference between indoor units 0 5m or less 0 5m or less 0 5m or less N Maximum allowable one way piping length is the larger numerical value between Lo La and Lo Lb
98. e unit is fully upright and level The anchor bolt positions are shown in the diagram at the right side In particular install the unit at a distance from the neighbouring building which conforms to regulations specified by local noise emission regulation standards Do not install the outdoor unit to the building s roof 4 If there is a possibility that vibration may be transmitted to the rooms of the building place rubber insulation between the unit and the installation surface 5 Drain water will be discharged from the outdoor unit when operating the system in heating or defrosting modes Select an installation location which will allow the water to drain away properly or provide a drainage channel so that the water can drain away If this is not done the drain water may freeze during winter or the water may spill down to areas underneath the installation location Ring seat Drain hole 20mm dia Anchor pitch Anchor pitch pipe needs to be installed insert the accessory drain elbow into the mounting hole at the bottom of the outdoor unit and connect a hose with an inside diameter of 15mm to this drain elbow The hose is not supplied sx If using the drain elbow install the outdoor unit on a base which is at least 5cm high NOTE In cold regions where the outdoor air temperature can drop to 0 or below continuously for 2 3 days the drain water may fr
99. ection in installation caused by that having been carried out by the customer himself may lead to water leakage electric shock fire etc A Carry out the installation work with reliability according to this manual for installation work Imperfection in installation leads to water leakage electric shock fire etc A Carry out the installation work with reliability on the place that can bear the weight of this unit sufficiently Insufficient strength leads to injury due to falling of the unit A Carry out predetermined installation work in preparation for strong wind such as typhoon earthquake Imperfection in installation work may lead to accidents arisen from overturn etc A The unit must be installed in accordance with applicable national and local regulations Any electrical work should only be carried out by qualified technician and use exclusive circuits without fail Presence of insufficient capacity in power circuit or imperfection in execution leads to electric shock fire etc A Wiring shall be connected securely using specified cables and fix them securely so that external force of the cables may not transfer to the terminal connection section Imperfect connection and fixing leads to fire etc A If installing inside a small room measures should be taken to prevent refrigerant levels from building up to critical concentrations in the event of a refrigerant leak occurring Please discuss with the place of purchase for advice on what me
100. ed in the table below The length of the existing refrigerant piping is not within the range of allowable piping length Allowable length range is as indicated in the table below Branch pipe is used for twin type or branch piping is run on indoor side In the circumstances listed below do not reuse the refrigerant piping as it is but wash it thoroughly before reusing it Pump down operation cannot be performed for the existing air conditioner The compressor has a failure history is discolored The existing air conditioner is gas oil heat pump type Refrigerant oil used for the existing air conditioner is other than ester oil ethereal oil ATMOS SUNISO or H A B Do not reuse the flare to prevent gas leak Make sure to install a new flare If there is a welded part on the existing refrigerant piping conduct a gas leak check on the welded part Replace deteriorated heat insulating material with a new one Heat insulating material is required for both liquid side and gas side piping 10 1 6 Refrigerant Piping Size And Allowable Piping Length 1 Refrigerant piping size Outdoor unit capacity Liquid side applicable piping size mm 1 size down Standard 1 size up YL24 YL28 type 06 35 x 10 8 99 52 x 10 8 912 7 x 10 8 Outdoor unit capacity Gas side applicable piping size mm Standard 1 size up YL24 YL28 type 015 88 x 10 8 In case of new installation make sur
101. eeze and this may prevent the fan from operating Do not use the drain elbow in such cases 10 2 6 Notes On Reuse Of Existing Refrigerant Piping Observe the followings when reusing the existing refrigerant piping Inadequate refrigerant piping could result in failure In the circumstances listed below do not reuse any refrigerant piping Instead make sure to install a new piping Reuse is not allowed Heat insulation is not provided for either liquid side or gas side piping or both The existing refrigerant pipe has been left in an open condition The size of the existing refrigerant piping does not meet the applicable size requirement Applicable piping size is as indicated in the table below The length of the existing refrigerant piping is not within the range of allowable piping length Allowable length range is as indicated in the table below Branch pipe is used for twin type or branch piping is run on indoor side 48 In the circumstances listed below do not reuse the refrigerant piping as it is but wash it thoroughly before reusing it Pump down operation cannot be performed for the existing air conditioner The compressor has a failure history Oil is discolored The existing air conditioner is gas oil heat pump type Refrigerant oil used for the existing air conditioner is other than ester oil ethereal oil ATMOS SUNISO or H A B Do not reuse the flare to prevent gas leak
102. efrigerant Liquid refrigerant B Siphon pipe Refrigerant cvlinder with siphon Pd Refrigerant Refrigerant cylinder cylinder Possible Impossible 33 CAUTION Do notuse a CVLINDER As a rule please collect all existing refrigerants in the svstem outside the svstem when the A CAUTION refrigerant leakage occurs bv the svstem After that please fill new refrigerant of a regulated amount again Drv Vacuuming If vacuum pump possible vacuuming until less than 100 7kpa Running vacuum pump at both liquid and gas side for more than 1 hour and vacuuming until 100 7kpa After that keep the pressure 100 7kpa for 1 hour and confirm the vacuum gauge value not increasing If vacuum gauge value is increase there is possibility of water inside the unit or there is any leakage 10 1 3 Selecting The Outdoor Unit Installation Locations Select location which satisfies the following condition and then confirm with the customer that such a place is satisfactory before installing the outdoor unit 1 There should be sufficient ventilation 2 The outdoor unit should be sheltered as much as possible from rain and direct sunlight and the air should be able to move around so that hot and cold Air intake air do not build up Forced 3 There should not be animals or plants near the air air outlet which could be adverselv affected bv hot or cold SS air coming out from the unit
103. ent pipe length of 30m If the equivalent pipe length used will be 20m or less no additional charging will be necessary For standard type Equivalent length Minimum length 30m 7 5m 38 Pump down operation Operate the pump down according to the following procedures Procedure Notes 1 Confirm the valve on the liquid side and the gas side is surely open 2 Press the PUMP DOWN switch on outdoor printed board for 1 sec Perform the cooling operation for five minutes or more ond or more 3 Shutthe valve on the liquid side surely When the valve is shut halfway the compressor is occasionally damaged 10 1 9 Electrical Wiring WARNING The units must be connected to the supply cables for fixed wiring by qualified technician Feed the power source to the unit via a distribution switch board designed for this purpose the switch should disconnected all poles with a contact separation of at least 3mm When the supply cable is damaged it must be replaced by qualified technician may result Be sure to install a current leakage breaker main switch and fuse to the main power supply otherwise electric shocks Be sure to connect the unit to secure earth connection If the earthing work is not carried out properly electric shocks may result D Wiring shall be connected securelv bv using specified cables and fix them securelv so that external force of the cables may not t
104. er to get the best performance from the units 10 1 4 Transporting And Installing The Outdoor Unit Transporting 1 The outdoor unit should be transported in its original packaging as close to the installation location as possible 2 If suspending the outdoor unit use a rope or belt and use cloth or wood as padding in order to avoid damaging the unit Installation 1 Read the Selecting the outdoor unit installation location section thoroughly before installing the outdoor unit 2 If installing the unit to a concrete base or other solid base use M10 or W3 8 bolts and nuts to secure the unit and ensure that the unit is fully upright and level The anchor bolt positions are shown in the diagram at the right side In particular install the unit at a distance from the neighbouring building which conforms to regulations specified by local noise emission regulation Drain hole 20mm dia standards Drain elbow installation Do not install the outdoor unit to the building s roof m 4 If there is a possibility that vibration may be transmitted to the rooms of the building place rubber insulation between the unit and the installation surface 5 Drain water will be discharged from the outdoor unit when operating the system in heating or defrosting modes Select an installation location which will allow the water to drain away properly or provide a drainage channel so that the water can drain away If this is not done the drain wa
105. event oxidization scale from occurring This is called nitrogen replacement and one of very important work in brazing refrigerant piping Oxidation preventive is not possible to use Brazing Work method D Regulator Closes with taping etc Prevent air from invading seb b Prevention measure for refrigerant piping Prevention measure for refrigerant piping is verv important work to prevent water dust rubbish from getting in All piping terminals needs sealing such as shown below Place Period of work Method of seal Outside More than 1 month Pinch Less than 1 month Pinch or taping Inside Not specified How to pinch Close terminal part of piping with pliers and seal the Closes with pliers etc Brazing gap with brazing How to tape Seal terminal part of piping with vinyl tape Pipe p art of open Flatten Fold turn Wrap the Copper pipe tape again 3 Vacuum pumping The purpose of vacuum pumping work is to remove and air inside the piping or nitrogen at air tightness test Perform the work carefully Use the vacuum pump with the backflow prevention mechanism to prevent backflow of oil CAUTION Vacuuming time 60 minutes or more Vacuum pump capacity 60 l min or more 4 Refrigerant filling For the use of a gas cylinder without siphon inside turn it Refrigerant filling must be done in the state of liquid ups
106. ge x FPI Slit fin type 2 x 12 x 21 Corrugate fin type 2 x 44 x 19 Refrigerant Control Exp Valve Refrigerant Oil Charged cm FV50S 1200 Refrigerant Charged R410A kg oz 2 9 102 Running Control Switch Wireless or Wired Remote Control Adjustment Room Temperature Thermostat Safety Devices Temperature current and pressure protection control for compressor Internal thermostat for FM High pressure switch Current trans Crankcase heater Noise Level dB A Hi 46 Lo 41 Cooling 54 Heating 56 Cooling Hi 61 Lo 56 Cooling 72 Heating 73 Healing Hi 61 Lo 86 k Moisture Removal L h 7 9 16 6 W W 3 01 3 04 2 92 COP W W 3 41 3 45 3 06 1 Cooling capacities are based on indoor temperature of 27 C 80 6 F D B 19 0 C W B 66 2 F W B and outdoor air temperature of 35 C D B 95 F D B 24 C W B 75 2 F W B 2 Heating capacities are based on indoor temperature of 20 C D B 68 F D B and outdoor air temperature of 7 C D B 44 6 F D B 6 C W B 42 8 F W B ELECTRICAL DATA 50 Hz 13 ITEM MODEL Condition by ISO5151 Volts V 220 230 240 Phase Single Single Single Power Consumption kW Cool 4 15 1 25 4 45 Heat 4 10 1 1 4 9 Running Current A Cool 19 7 19 0 18 4 Heat 19 5 18 8 18 2 Starting Current A 19 7 19 18 4 Power Factor Cool 96 95 94 Heat 96 95 94 Power Factor means total figure
107. ghten If the nuts are overtightened it may cause the flares to break or leak Putty or Heat insulator local supply Flare nut fastening torque kgfecm 86 35mm 18 180 015 88 65 660 89 52mm 42 430 019 05 100 1020 e12 7mm 55 560 3 After piping connection has been completed make sure that the joint areas of the indoor and outdoor units are free from gas leakage the use of nitrogen etc 4 Air purge within connection piping shall be carried out bv evacuation 5 Close the tube joining area with puttv heat insulator local supplv without anv gap as shown in right figure To prevent insects or small animal entering 6 The cardboard must be removed before installation of piping work 10 2 9 Heat Insulation Use a material with good heat resistant Liquid side pipes Material that can properties as the heat insulation for the pipes Gas sidepipes withstand 120 C or Be sure to insulate both the gas side and higher A CAUTION liquid side pipes If the pipes are not adequately insulated condensation or water leakages may occur Charging With Refrigerant At the time of shipment from the factory this unit is charged with enough refrigerant for an equivalent pipe length of 30m If the equivalent pipe length used will be 30m or less no additional charging will be necessary f the equivalent pipe length will be between 30 and 50m ch
108. ide down and use it refrigerant We recommend manifold with sight glass If this is done in gas refrigerant the balance of refrigerant composition will collapse and damage the operation Liquid refrigerant Gas refrigerant Liquid refrigerant 1 Siphon pipe Refrigerant cvlinder with siphon P id Refrigerant Refrigerant cylinder cylinder Possible Impossible 45 CAUTION Do notuse a CVLINDER As a rule please collect all existing refrigerants in the svstem outside the svstem when the A CAUTION refrigerant leakage occurs bv the svstem After that please fill new refrigerant of a regulated amount again Drv Vacuuming If vacuum pump possible vacuuming until less than 100 7kpa Running vacuum pump at both liquid and gas side for more than 1 hour and vacuuming until 100 7kpa After that keep the pressure 100 7kpa for 1 hour and confirm the vacuum gauge value not increasing If vacuum gauge value is increase there is possibility of water inside the unit or there is any leakage 10 2 3 Regarding Handling Handling the unit by hold the handle at compressor side and hold the basepan bottom at fan side HANDLE 10 2 4 Selecting The Outdoor Unit Installation Locations Select location which satisfies the following condition and then confirm with the customer that such a place is satisfactory before installing the outdoor unit 1 There should be sufficient ve
109. itrogen while joining pipe ends This will prevent any oxide scaling from occurring inside the pipe f using long pipe lengths with several joined pipe ends insert strainers inside the pipes Strainers are not supplied When tightening the flare nuts coat the flares both inside surfaces with a small amount of refrigerator oil and screw in about 3 4 turns at first by hand Refer to the following table for the tightening torques Be sure to use two spanners to tighten If the nuts are overtightened it may cause the flares to break or leak Flare nut fastening torque N m kgfecm 86 35mm 18 180 015 88 65 660 09 52 42 430 019 05 100 1020 e12 7mm 55 560 4 After piping connection has been completed make sure that the joint areas of the indoor and outdoor units are free from gas leakage bv the use of nitrogen etc 5 Air purge within connection piping shall be carried out by evacuation 10 1 8 Heat Insulation Use a material with good heat resistant Liquid side pipes Material that can properties as the heat insulation for the pipes Gas sidepipes withstand 120 C or Be sure to insulate both the gas side and higher A CAUTION liquid side pipes If the pipes are not adequately insulated condensation or water leakages may occur Charging With Refrigerant At the time of shipment from the factory this unit is charged with enough refrigerant for an equival
110. l Motor Type 4 pole single phase brushless motor Rated Output kW 2 0 Number of Set Turbo fan 1 Mix flow fan 1 Motor Type 8 pole DC motor 6 pole single phase induction motor Rated Output kW 0 04 0 07 Air heat Exchanger Row x Stage x Slit fin type 2 x 10 x 20 Corrugate fin type 2 x 36 x 17 Refrigerant Control Exp Valve Refrigerant Oil Charged cm FV50S 800 Refrigerant Charged R410A kg oz 2 05 72 3 Running Control Switch Wireless or Wired Remote Control Adjustment Room Temperature Thermostat Safety Devices Temperature current and pressure protection control for compressor Internal thermostat for FM High pressure switch Current trans Crankcase heater Noise Level dB A Hi 38 Lo 33 Cooling 50 Heating 52 Cooling Hi 53 Lo 48 Cooling 68 Heating 69 Hi 53 Lo 48 Moisture Removal L h 4 2 8 8 W W 3 01 3 23 2 96 COP W W 3 42 3 67 2 59 1 Cooling capacities are based on indoor temperature of 27 C 80 6 F D B 19 0 C W B 66 2 F W B and outdoor air temperature of 35 C D B 95 F D B 24 C W B 75 2 F W B 2 Heating capacities are based on indoor temperature of 20 C D B 68 F D B and outdoor air temperature of 7 C D B 44 6 F D B 6 C W B 42 8 F W B ELECTRICAL DATA 50 Hz ITEM MODEL Condition by ISO5151 Volts V 220 230 240 Phase Single Single Single Po
111. lightning rod and telephone Otherwise it mav cause electrical shock in case the equipment breakdown or has leakage current A Installation of Earth Leakage Current Breaker This equipment must be installed with earth leakage current breaker Otherwise it mav cause electrical shock and fire in case the equipment breakdown or has leakage current A When installing the product take the necessarv measures for tvphoon strong wind such as wind blowing between buildings and earthquake A Do not install the unit at the place where the possibilitv of inflammable gas leakage exists If such gas leakages should arise and the gas builds up around the unit such situation mav lead to ignition A Drain piping should be made to ensure secure drainage according to the manual for installation work and carrv out the thermal insulation to prevent the occurrence of condensation Imperfection in piping work leads to water leakage and mav cause the house and propertv etc to become wet A Position the indoor unit and outdoor unit power cords and indoor outdoor unit connection cables a way so that they are least 1 meter away from televisions and radios This is to avoid problems such as interference with picture and or sound However note that depending on the electromagnetic wave conditions interference may still occur even if the separation distance is more than 1 meter A When fixing the product with an overturn prevention wi
112. n terms of safety Carry out installation work with reliability after thorough reading of this Precaution in terms of safety e Precautions shown here are differentiated between A Wamings and ACautions Those that have much chances for leading to significant result such as fatality or serious injury if wrong installation would have been carried out are listed compiling them especially into the column of However even in the case of items which are listed in the column of such items also have a chance for leading to significant result depending on the situations In either case important descriptions regarding the safetv are listed then observe them without fail As to indications with illustration This mark means Caution or Warning This mark means Earth After installation work has been completed do not only make sure that the unit is free from any abnormal condition through the execution of try run but also explain how to use and how to perform maintenance of this unit to the customer according to the instruction manual In addition request the customer to keep this manual for installation work together with instruction manual A The appliance must be installed by technician who takes into account the requirements given by ISO 5149 or eventual equivalent requirements A As to installation request the distributor or vendor to perform it Imperf
113. nal connections may overheat and fire or electric shock may result A Switch off all supplies before accessing any electrical part A If refrigerant gas escapes during installation ventilate the affected area If the refrigerant gas comes into contact with sparks or naked flames it will cause toxic gases to be generated A Once installation work is completed check that there are no refrigerant gas in the room that can come into contact with sparks or flames from a fan heater stove or kitchen range which will cause toxic gases to be generated A Once installation work is completed check that there are no refrigerant gas in the room that can come into contact with sparks or flames from a fan heater stove or kitchen range which will cause toxic gases to be generated A When performing piping work do not mix air except for specified refrigerant R410A in refrigeration cycle It causes capacity down and risk of explosion and injury due to high tension inside the refrigerant cycle 31 A Earth This equipment must be properlv earthed Earth line must not be connected to gas pipe water pipe lightning rod and telephone Otherwise it mav cause electrical shock in case the equipment breakdown or has leakage current Installation of Earth Leakage Current Breaker This equipment must be installed with earth leakage current breaker Otherwise it mav cause electrical shock and fire in case the equipment breakdown or has leakage current
114. ntilation 2 The outdoor unit should be sheltered as much as possible from rain and direct sunlight and the air Air intake should be able to move around so that hot and cold Forced air do not build up a 3 There should not be animals or plants near the air outlet which could be adversely affected by hot or cold air coming out from the unit Air 4 The outlet air and operating noise should not be a nuisance to other occupants nearbv 5 The location should be able to withstand the full weight and vibration of the outdoor unit and it should also be level and safe for the unit to be installed 6 The intake and outlet should not be covered 7 There should not be danger of flammable gas or corrosive gas leaks 8 There should be as little back ventilation air blowing directly onto the fan as possible If strong wind blows directly onto the fan it may cause problems with normal operation If you know which direction the prevailing wind comes from during the operating season set the outdoor unit at a right angle to this wind direction or so that the air outlet faces toward a wall or fence If there obstructions near the outdoor unit and the wind direction is not constant install an optional air guider 9 Do not allow any obstacles near the outdoor unit which will interfere with air flow around the air intake and air outlet 46 10 When installing the product in a place where it will be affected bv tvphoon or
115. of compressor indoor fan motor and outdoor fan motor Panasonic Power source AC 1 220V 230V 240V 50Hz 5 Dimensions CU YL24HBE5 CU YL28HBE5 5 1 LE 2 14 5 2 CU YL34HBE5 Conduit hole Front piping hole Right piping hole Knock out hole Knock out hole Unit mm 5 3 CU YL43HBE5 Conduit hole Front piping hole Right piping hole Knock out hole Knock out hole Unit mm 6 Block Diagram 6 1 CU YL24HBE5 CU YL28HBE5 CU YL34HBE5 6 2 3019933 18 CU YL43HBE5 6 3 83113 3SION 19 7 Wiring Diagram CU YL24HBE5 CU YL28HBE5 7 1 7109 DILINOVW 0519313 3570 7109 DILINOVW es 3131dWOD aro MOSN3S E MOSN3S 1 510 sus 1 enol F rcc n ma AJNI YOSNIS dW31 1831 3131dWOS WOSNAS LA WOSN3S dW3L 1 ONS A KINO ONMOOD 1HM ZdSIQ NO uan TOUNO ONONLO 2 T mr i NOSN3S NIVW Ej 805 J 53110109 JINO LIJTA ES ug N311081NOO 2INOM12313 p tdSIG NO E
116. on is reduced Long pipe design with maximum piping lenght of 30m For YL24H amp YL28H and 50m For YL34H amp YL43H 3 1 3 Low ambient cooling operation Additional charging of refrigerant are not required for 30m of This unit is still able to operate as a cooler with outdoor pipe length temperature as low as 5 C in a non living room such as a Flexible 4 way piping For VL34H amp YL43H only computer room with a room temperature of 21 C or above and room humidity up to 4596 Centralized drain method gather multiple outdoor unit s drain pipes into a single drain pipe to makes installation easier and also improve appearance Side by side continuous Installation is possible even for outdoor units with different capacities 4 Specifications 4 14 Product Specification 4 1 4 CS F14DB4E5 CU YL28HBE5 Indoor Unit Outdoor Unit Main Body CS F14DB4E5 x 2 CU YL28HBE5 ITEM MODEL Panel CZ BTOSP Remote CZ RD513C Wired Control CZ RL513B Wireless Cooling Capacity kW 7 1 2 1 7 7 BTU h 24 200 7 200 26 300 Heating Capacity kW 8 0 2 2 8 3 BTU h 27 300 7 500 28 300 Refrigerant Charge less m 30 Standard Air Volume for High m min Hi 15x2 13 7 2 Lo 12 5 x2 Hi 58 Medium and Low Speed cfm 530 x 2 485 x2 440 2 2048 Outside Dimension x W x D mm 246 x 840 x 840 795 x 875 x 3
117. ondition a burst may occur and cause injury WARNING 20 After completion of the installation servicing confirm there is no leakage of refrigerant gas It may generate toxic gas when the refrigerant contacts with fire 21 Ventilate if there is refrigerant gas leakage during operation It may cause toxic gas when the refrigerant contacts with fire 22 Must not use other parts except original parts described in catalog and manual CAUTION 1 Do not install the unit at place where leakage of flammable gas may occur In case gas leaks and accumulates at surrounding of the unit it may cause fire 2 Carry out drainage piping as mentioned in installation instructions If drainage is not perfect water may enter the room and damage the furniture 3 Tighten the flare nut with torque wrench according to specified method If the flare nut is over tightened after a long period the flare may break and cause refrigerant gas leakage 4 Do not touch outdoor unit air inlet and aluminium fin It may cause injury 5 Select an installation location which is easy for maintenance 6 Pb free solder has a higher melting point than standard solder typically the melting point is 50 F 70 F 30 C 40 C higher Please use a high temperature solder iron In case of the soldering iron with temperature control please set it to 700 20 F 370 10 C Pb free solder will tend to splash when heated too
118. ormance and to allow access for routine maintenance Allow enough space from any obstacles as shown in Fig 1 2 below in order to prevent short circuits from occurring If installing more than one outdoor unit make the necessary space available as outlined in 14 However there should be at least 1 meter of free space above the unit The height of any obstacles at the air intake and outlet sides should not be greater than the height of the outdoor unit When facing the air intake side toward a wall When facing the air outlet side toward a wall Fig 1 Fig 2 50cmormore 10cm or more 50cm or more 10cm more Air intake side Space for piping wiring and maintenance TAS 5 Air outlet side Air intake side Space for piping mi lI Z IDA maintenance 2 Air outlet side X 30 cm or more 13 If installing more than one outdoor unit allow enough space around each unit as shown below When installing units side by side When installing units facing each other Air intake side Air intake side 20cm or more Air outlet side Air outlet side 15cm or more 1m or more 50cm or more 3m or more 20cm or more 1 5m or more Air outlet side ix Maintain sufficient space above the unit The distance given above are the minimum distance required in order to maintain proper performance Allow as much space as possible in ord
119. quipped with connection error prevention circuits If the units do not operate it is possible that the connection error prevention circuits have been operated In such cases check that the Indoor outdoor unit connection wire connected to terminals 2 and is connected correctly If they are connected incorrectly connect them correctly Normal operation should then commence 41 Indoor outdoor unit connection wire Indoor outdoor unit connection wire Indoor unit Outdoor unit Indoor unit Outdoor unit CORRECT O X NOTE2 Do not short the remote control unit wires to each other The protection circuit will be activated and the units will not operate Once the cause of the short is eliminated normal operation will then be possible NOTE 3 When running the units in heating mode during test operation be sure to run the units in cooling mode first before selecting this mode If heating mode is selected first it may cause problems with operation of the compressor NOTE 4 Test operation should be carried out for a minimum of 7 minutes Test operation will be cancelled automatically after 30 minutes NOTE 5 Test operation mode should always be cancelled once test operation itself has been completed NOTE 6 If the self diagnosis function reports a problem but more than one problem has developed at the indoor and or outdoor units the problem display on the remote control unit may not match th
120. r consumption ratio from the cooling capacity graph and power consumption graph for model CS F24DB4E5 CU VL24HBE5 The cooling capacity ratio indicate at the intersection between an outdoor unit air inlet temperature of 40 C on the horizontal axis and an indoor unit air inlet temperature on 27 19 C is 0 95 The cooling power consumption ratio from the same intersection on the power consumption graph is 1 03 2 Thus Actual cooling capacity cooling capacity ratio x rated cooling capacity 0 95 x 6 3 5 985 kw Actual cooling power consumption cooling power consumption x rated power consumption 1 03 x 2 2 2 266 kw 58 11 2 1 1 CS F14DB4E5 x 2 CU YL28HBE5 Temm air ambient temperature Foe we kw kw xw 17 715 ss 130 702 132 746 s7 141 720 554 specs Ge pepe se pee n pes Dee gt 776 551 152 764 542 154 012 526 164 792 562 166 22 795 sse 154 782 54 156 582 166 812 568 Fr 739 ssa 144 727 54s 1 772 570 156 753 565 158 770 ssa 150 758 546 152 805 580 16 785 565 164 22 so ss 162 795 548 164 844 ses 175 825 569 z ar rse 561 146 745 552 792 158 772 572 160
121. ransfer to the terminal connection section Imperfect connection and fixing leads to fire etc Connect the power supply wiring and indoor outdoor unit connection wiring according to the electrical circuit diagram instructions Clamp the wires securely to the terminal connections using cord clamps so that no undue force is placed on the wires 1 2 Connect the power supply line to a single phase 220 240V power supply The equipment shall be connected to a suitable mains network with a main impedance less than the valve indicated in the table of power supply specifications Be sure to connect the wires correctly to terminal board with connecting the crimp type ring terminal to the wires The binding screws inside the power supply box may become loosened due to vibration during transportation So check that they are tightened securely Tighten the binding screws to the specified torque while referring to the table below If connecting two separate wires to a single crimped terminal place the two crimped terminal wires together as shown in Fig A If the arrangement shown in Fig B is used poor contacts or contact damage may result If momentarily turning on the power supply for both the indoor and outdoor units do not turn the power off again until at least 1 minute has passed except when a reversed phase has been detected Indoor outdoor unit terminal board E Fig A OK Fig B not
122. re care should be taken to choose a place where no one trips over the fixing wire 10 2 1 Accessories Supplied With Outdoor Unit The following parts are supplied as accessories with each outdoor unit Check that all accessory parts are present before installing the outdoor unit Part name Q ty Diagram Application Heat pump types only Protective 2 For protecting Part name Q ty Diagram Application bushing electrical wires Banding 3 For tying electrical Drain elbow 1 For connecting the drain AS ipe with ring seat strap 5 wires together g seat 10 2 2 Before Installation Work This product is using new refrigeration R410A The basic way of installation work is the same as usual but water and impurities should be controlled more strictly than before due to characteristic of refrigerating machine oil Therefore selection of materials to use and processing storing and brazing need appropriate construction and control 1 Tools and materials There are tools and materials for both new refrigeration and usual refrigeration you can use together and for either two of them you can use Use the below for new refrigeration Vacuum pump with back flow preventor system Gas leakage detection warning device Gauge manifold Charge hose 44 2 Installation work a Brazing work Brazing work needs replacing air inside pipe with nitrogen gas in order to pr
123. refrigeration cycle explosive and injury Do not install outdoor unit near handrail of veranda When installing air conditioner unit at veranda of high rise building child may climb up to outdoor unit and cross over the handrail and causing accident This equipment must be properly earthed Earth line must not be connected to gas pipe water pipe earth of lightning rod and telephone Otherwise it may cause electric shock in case equipment breakdown or insulation breakdown When connecting the piping do not allow air or any substances other than the specified refrigerant to enter the refrigeration cycle Otherwise this may lower the capacity cause abnormally high pressure in the refrigeration cycle and possibly result in explosion and injury Do not damage or use unspecified power supply cord Otherwise it will cause fire or electric shock Do not modify the length of the power supply cord or use of the extension cord and do not share the single outlet with other electrical appliances Otherwise it will cause fire or electrical shock It is desirable that the amount of residual oil is less than 40 mg 10m Thickness of copper pipes used with R410A must be more than 0 8 mm Never use copper pipes thinner than 0 8 mm Q Q QO oo During installation before run the compressor confirm the refrigerant pipes are fixed Operation of compressor without fixing the piping setting the valves at open c
124. strong wind such as wind blowing between buildings including the rooftop of a building and a place where there is no building in surroundings fix the product with an overturn prevention wire etc Overturn prevention fitting model number K KVZP15C If installing in a location which is prone to snowfall place the installation base as high as possible and be sure to install a roof or enclosure which does not allow snow to accumulate Avoid installing the unit in places where petroleum products such as machine oil salinity sulphurous gases or high frequencv noise are present 11 12 13 maintenance Be sure to leave enough space around the outdoor unit to maintain proper performance and to allow access for routine Allow enough space from any obstacles as shown in Fig 1 2 below in order to prevent short circuits from occurring If installing more than one outdoor unit make the necessary space available as outlined in 14 However there should be at least 1 meter of free space above the unit The height of any obstacles at the air intake and outlet sides should not be greater than the height of the outdoor unit 9 When facing the air intake side toward a wall Fig 1 10cm or more 50cm or more Air intake side Space for piping wiring and 10 20 maintenance cm or more Air outlet side When facing the air outlet side toward a wall Fig 2 10cm or more Ajr intake side 50cm or more
125. t NTO N NI oO s s o to to A ES N o N o N o o M o f f N Oo o LIDIA 410 A Naf a a a je I N a ON i audi o Djo amp 2 4 aj N o o NIN j am p 4 e 54 N E N N N N A N N N N b ala WB 17 1 19 22 EISE 19 22 Eid 19 22 17 19 E wa 5 x N a NIN N o to Cooling power consumption curve Rated power ratio Outdoor temperature 73 11 2 1 6 CS F34DB4E5 CU YL34HBE5 STIMA air ambient temperature we kw xw kw kw xw xw kw kw xw kw w pee L2 13s 755 234 m18 782 237 1197 s31 253 1159 2 25
126. tallation or servicing due to ignoring of the instruction will cause harm or damage and the seriousness is classified by the following indications A WARNING This indication shows the possibility of causing death or serious injury A CAUTION This indication shows the possibility of causing injury or damage to properties The items to be followed are classified by the symbols Q This symbol denotes item that is PROHIBITED from doing Carry out test run to confirm that no abnormality occurs after the servicing Then explain to user the operation care and maintenance as stated in instructions Please remind the customer to keep the operating instructions for future reference WARNING Do not modify the machine part material during repairing service If wiring unit is supplied as repairing part do not repair or connect the wire even only partial wire break Exchange the whole wiring unit Do not wrench the fasten terminal Pull it out or insert it straightly Engage dealer or specialist for installation and servicing If installation of servicing done by the user is defective it will cause water leakage electrical shock or fire Install according to this installation instructions strictly If installation is defective it will cause water leakage electric shock or fire Use the attached accessories parts and specified parts for installation and servicing Otherwise it will cause the set
127. tandard 1 size up Liquid side 1 size down Standard 1 size up Standard 1 size up Allowable piping length min max 7 5m 10m 7 5 50m 7 5m 25m 7 5m 25m 7 5m 25m Height difference Outdoor unit is 5m or less 30m orless 15morless 15m or less 15m or less between indoor and located on upper side outdoor unit Outdoor unit is 5m or less 20m orless 10morless 10m or less 10m or less located on lower side 3 Additional limitations for twin type Pipe diameter Gas side Standard 1 size up Liquid side 1 size down Standard 1 size up Standard 1 size up Allowable piping length Lo La Lb 7 5 10m 7 5m 50 7 5 25m 7 5m 25m 7 5m 25m Max allowable Lo La 10morless 40morless 20morless 20m or less 20m or less one way piping length Lo Lb Branch pipe length La Lb 5m or less 20m or less 10m or less 10m or less 10m or less Difference in branch La Lb 3m or less 10m or less 5m or less 5m or less 5m or less pipe lengt Height Outdoor unit is 5m or less 30m or less 15m or less 15m or less 15m or less difference located on upper side Height between indoor Outdoor unit is 5m or less 20m or less 10m or less 10m or less 10m or less difference and outdoor located on lower side unit Height difference between indoor units 0 5m or less 0 5m or less 0 5morless 0 5m or less 0 5m or less 49 Maximum allowable one way piping length is the larger numerical value between Lo
128. tarting Current A 15 7 15 2 14 7 Power Factor Cool 96 95 94 Heat 96 95 94 Factor means total figure of compressor indoor fan motor and outdoor fan motor Panasonic Power source 1 220V 230 240V 50Hz 4 1 7 5 43 4 5 CU YL43HBE5 Indoor Unit Outdoor Unit Main Body CS F43DB4E5 CU YL43HBE5 ITEM MODEL Panel CZ BTOSP Remote CZ RD513C Wired Control CZ RL513B Wireless Cooling Capacity kW 12 5 3 8 13 0 BTU h 42 700 13 000 44 400 Heating Capacity kW 14 0 3 8 15 0 BTU h 47 800 13 000 51 200 Refrigerant Charge less m 30 Standard Air Volume for High m min Hi 31 Me 27 Lo 24 Hi 96 Medium and Low Speed cfm 1095 970 850 3389 Outside Dimension H x W x D mm 288 x 840 x 840 1170 x 900 x 320 inch 11 11 32 x 33 1 24 x 33 1 24 46 1 16 x 35 7 16 x 12 19 32 Net Weight kg 105 29 63 94 207 Piping Refrigerant Gas mm inch O D B 15 88 5 8 Flared Type Connection Liquid mm inch O D B 9 53 3 8 Flared Type Drain mm O D 20 1 0 20 x 1 Compressor Type Number of Set Hermetic 2P Rotary 1 Starting Method DC INV control Motor Type 4 pole single phase brushless motor Rated Output kW 3 4 Number of Set Turbo fan 1 Mix flow fan 2 Motor Type 8 pole DC motor 6 pole single phase induction motor Rated Output kW 0 06 0 07 x2 Air heat Exchanger Row x Sta
129. tep or place anything on the unit A Do not touch the sharp aluminium fin 10 1 1 Accessories Supplied With Outdoor Unit The following parts are supplied as accessories with each outdoor unit Check that all accessory parts are present before installing the outdoor unit Heat pump types only Part name Q ty Diagram Application Drain elbow 1 For connecting the drain pipe 10 1 2 Before Installation Work This product is using new refrigeration R410A The basic way of installation work is the same as usual but water and impurities should be controlled more strictly than before due to characteristic of refrigerating machine oil Therefore selection of materials to use and processing storing and brazing need appropriate construction and control 1 Tools and materials There are tools and materials for both new refrigeration and usual refrigeration you can use together and for either two of them you can use Use the below for new refrigeration Vacuum pump with back flow preventor system Gas leakage detection warning device Gauge manifold Charge hose 32 2 Installation work a Brazing work Brazing work needs replacing air inside pipe with nitrogen gas in order to prevent oxidization scale from occurring This is called nitrogen replacement and one of very important work in brazing refrigerant piping Oxidation preventive is not possible to use Brazing Work method
130. ter may freeze during winter or the water may spill down to areas underneath the installation location Ring seat Drain elbow Instal the drain elbow at any direction so that the water smoothly flows out Anchor pitch Anchor pitch Units mm 35 pipe needs to be installed insert the accessory drain elbow into the mounting hole at the bottom of the outdoor unit and connect a hose with an inside diameter of 15mm to this drain elbow The hose is not supplied If using the drain elbow install the outdoor unit on a base which is at least 5cm high NOTE In cold regions where the outdoor air temperature can drop to O C or below continuously for 2 3 days the drain water may freeze and this may prevent the fan from operating Do not use the drain elbow in such cases 10 1 5 Notes On Reuse Of Existing Refrigerant Piping ix Observe the followings when reusing the existing refrigerant piping Inadequate refrigerant piping could result in failure In the circumstances listed below do not reuse any refrigerant piping Instead make sure to install a new piping Reuse is not allowed Heat insulation is not provided for either liquid side or gas side piping or both The existing refrigerant pipe has been left in an open condition The size of the existing refrigerant piping does not meet the applicable size requirement Applicable piping size is as indicat
131. to fall water leakage fire or electrical shock Install at a strong and firm location which is able to withstand the set s weight If the strength is not enough or installation is not properly done the set will drop and cause injury For electrical work follow the local national wiring standard regulation and the installation instruction An independent circuit and single outlet must be used If electrical circuit capacity is not enough or defect found in electrical work it will cause electrical shock or fire This equipment is strongly recommended to install with Earth Leakage Circuit Breaker ELCB or Residual Current Device RCD Otherwise it may cause electrical shock and fire in case equipment breakdown or insulation breakdown Use the specified cable and connect tightly for indoor outdoor connection Connect tightly and clamp the cable so that no external force will be acted on the terminal If connection or fixing is not perfect it will cause heat up or fire at the connection Wire routing must be properly arranged so that control board cover is fixed properly If control board cover is not fixed perfectly it will cause heat up or fire at the connection point of terminal fire or electrical shock When carrying out piping connection take care not to let air substances other than the specified refrigerant go into refrigeration cycle Otherwise it will cause lower capacity abnormal high pressure in the
132. tor Tvpe 8 pole DC motor 8 pole single phase DC motor Rated Output kW 0 06 0 06 Air heat Exchanger Row x Stage x Slit fin type 2 x 12 x 21 Corrugate fin type 2 x 36 x 21 Refrigerant Control Exp Valve Refrigerant Oil Charged cm FV50S 900 Refrigerant Charged R410A kg oz 2 60 92 Running Control Switch Wireless or Wired Remote Control Adjustment Room Temperature Thermostat Safety Devices Temperature current and pressure protection control for compressor Internal thermostat for FM High pressure switch Current trans Crankcase heater Noise Level dB A Hi 42 Lo 37 Cooling 53 Heating 56 Cooling Hi 57 Lo 52 Cooling 71 Heating 73 Healing Hi 57 Lo 52 Moisture Removal L h 6 0 12 6 EER W W 3 01 3 04 2 78 COP W W 3 41 3 45 3 17 1 Cooling capacities are based on indoor temperature of 27 C D B 80 6 F D B 19 0 C W B 66 2 F W B and outdoor air temperature of 35 C D B 95 F D B 24 C W B 75 2 F W B 2 Heating capacities are based on indoor temperature of 20 C 68 F and outdoor air temperature of 7 C 44 6 F D B 6 C W B 42 8 F W B ELECTRICAL DATA 50 Hz 12 ITEM MODEL Condition by ISO5151 Volts V 220 230 240 Phase Single Single Single Power Consumption kW Cool 3 32 1 25 3 95 Heat 3 28 1 1 4 1 Running Current A Cool 15 7 15 2 14 7 Heat 15 6 15 0 14 5 S
133. ture suction and air discharge temperatures wind velocity wind volume voltage current presence of abnormal vibration operating pressure piping temperature compressive pressure airtight pressure as items to be measured As to the structure and appearance check following items Short circuit of the blow out air Mistake in wiring Smooth flow of the drain Reliable connection of the grand wire Reliable thermal insulation Looseness in terminal screw fastening torque Leakage of refrigerant 69 9BNecm 7 10kgfecm M4 157 196N cm 16 20kgf cm 5 196 245N cm 20 25kgf cm 10 2 14 As To Deliverv To The Customer Request the customer to operate this air conditioner viewing instruction manual come with indoor unit in practice and explain how to operate Deliver the instruction manual to the customer without fail 55 11 Technical Data 11 1 Sound Data CU VL24HBES Cooling HO O CU YL24HBE5 Heating HO O Octave Band Central Frequency Hz Frequency 50Hz Octave Band Central Frequency Hz Frequency 50Hz 80 A scale dB C scale dB Fan Speed Back Ground Noise12dB a 70 I S 8 60 a 5 2 50 3 40 a 8 30 2 a 20 m 5 10 63 125 250 500 1000 2000 4000 8000 Frequency Hz CU VL28HBES Cooling Octave Band Central Frequency Hz Frequency 50Hz Fan Speed A scale dB 50
134. ure of 35 C D B 95 F D B 24 C W B 75 2 F W B 2 Heating capacities are based on indoor temperature of 20 C D B 68 F D B and outdoor air temperature of 7 C D B 44 6 F D B 6 C W B 42 8 F W B ELECTRICAL DATA 50 Hz ITEM MODEL Condition by ISO5151 Volts V 220 230 240 Phase Single Single Single Power Consumption kW Cool 3 32 1 25 3 95 Heat 3 28 1 10 4 10 Running Current A Cool 15 7 15 2 14 7 Heat 15 6 15 0 14 5 Starting Current 15 7 15 2 14 7 Power Factor Cool 96 95 94 Heat 96 95 94 Factor means total figure of compressor indoor fan motor and outdoor fan motor Panasonic Power source AC 1 220V 230 240V 50Hz 4 1 3 CS F24DB4E5 CU YL24HBE5 Indoor Unit Outdoor Unit Main Body CS F24DB4E5 CU YL24HBE5 ITEM MODEL Panel CZ BTOSP Remote CZ RD513C Wired Control CZ RL513B Wireless Cooling Capacity kW 5 6 2 0 6 3 BTU h 19 100 6 800 21 500 Heating Capacitv kW 7 0 2 1 7 6 BTU h 23 900 7 200 25 900 Refrigerant Charge less m 30 Standard Air Volume for High m min Hi 18 Me 16 Lo 14 Hi 53 Medium and Low Speed cfm 636 562 488 1872 Outside Dimension H x W x D mm 246 x 840 x 840 795 x 875 x 320 inch 9 11 16 x 33 1 24 x 33 1 24 31 5 16 x 34 7 16 x 12 19 32 Net Weight kg Ibs 26 58 65
135. use a properly insulated tool to operate the switch on the circuit board Do not use your finger or a metallic object Never turn on the power supply until all installation work has C PUMP DOWN been completed Turn on the circuit breaker 12 hours or more before a test S run By supplying power to crankcase heater compressor is warmed and liquid compressing is prevented e HEATING TEST Check that the voltage is 9096 of rated voltage or higher Sw2 when starting the unit The unit will not operate if the voltage is less than 90 of rated voltage O COOLING TEST Test operation can be carried out using the remote control SW3 unit or bv using the switch on the printed circuit board inside the outdoor unit If carrving out test operation at the printed circuit board of the outdoor unit follow the procedure given below If using the remote control unit to carrv out test operation refer to the installation manual which is supplied with the indoor unit Press the COOLING TEST or HEATING TEST switch for 1 second or more Be sure to select cooling mode first and run the units in this mode for 7 minutes or more Press the TEST button once more to cancel test operation mode When performing heating test operation when the outside temperature is high or cooling test operation when the outside temperature is low the protection circuits mav some times operate within a few minutes 1 These units are e
136. voltage is 90 of rated voltage or higher TEST b when starting the unit The unit will not operate if the voltage is less than 90 of rated voltage Test operation can be carried out using the remote control unit or by using the switch on the noise filter circuit board inside the outdoor unit If carrying out test operation at the noise filter circuit board of the outdoor unit follow the procedure given below If using the remote control unit to carry out test operation refer to the installation manual which is supplied with the indoor unit Press the COOLING TEST or HEATING TEST switch for 1 second or more Be sure to select cooling mode first and run the units in this mode for 5 minutes or more Press the TEST button once more to cancel test operation mode When performing heating test operation when the outside temperature is high or cooling test operation when the outside temperature is low the protection circuits may some times operate within a few minutes terminals 2 and 8 is connected correctly If they are connected incorrectly connect them correctly Normal operation should then commence 54 NOTE 1 These units are equipped with connection error prevention circuits If the units do not operate it is possible that the connection error prevention circuits have been operated In such cases check that the Indoor outdoor unit connection wire connected to Indoor outdoor unit connection
137. wer Consumption kW Cool 2 36 0 65 2 60 Heat 2 34 0 60 3 20 Running Current A Cool 10 8 10 6 10 4 Heat 10 7 10 5 10 3 Starting Current A 10 8 10 6 10 4 Power Factor 96 Cool 99 97 95 Heat 99 97 95 Power Factor means total figure of compressor indoor fan motor and outdoor fan motor Panasonic Power source AC 1 220V 230V 240V 50Hz 11 4 1 6 CS F34DB4E5 CU YL34HBE5 Indoor Unit Outdoor Unit Main Body CS F34DB4E5 CU YL34HBE5 ITEM MODEL Panel 2 Remote CZ RD513C Wired Control CZ RL513B Wireless Cooling Capacity kW 10 0 3 8 11 0 BTU h 34 100 13 000 37 500 Heating Capacity kW 11 2 3 8 13 0 BTU h 38 200 13 000 44 400 Refrigerant Charge less m 30 Standard Air Volume for High m3 min Hi 27 Me 24 Lo 21 Hi 62 Medium and Low Speed 954 850 740 2189 Outside Dimension x W x D mm 288 x 840 x 840 795 x 900 x 320 inch 11 11 32 x 33 1 24 x 33 1 24 31 5 16 x 35 7 16 x 12 19 32 Net Weight kg 105 29 63 66 146 Piping Refrigerant Gas mm inch O D B 15 88 5 8 Flared Type Connection Liquid mm inch O D B 9 53 3 8 Flared Type Drain mm O D 20 1 0 20 x 1 Compressor Type Number of Set Hermetic 2P Rotary 1 Starting Method DC INV control Motor Type 4 pole single phase brushless motor Rated Output kW 2 6 Fan Tvpe Number of Set Turbo fan 1 Mix flow fan 1 Mo
138. wire Indoor outdoor unit connection wire Indoor unit Outdoor unit Indoor unit Outdoor unit CORRECT O X NOTE2 Do not short the remote control unit wires to each other The protection circuit will be activated and the units will not operate Once the cause of the short is eliminated normal operation will then be possible NOTE 3 When running the units in heating mode during test operation be sure to run the units in cooling mode first before selecting this mode If heating mode is selected first it may cause problems with operation of the compressor NOTE 4 Test operation should be carried out for a minimum of 5 minutes Test operation will be cancelled automatically after 30 minutes NOTE 5 Test operation mode should always be cancelled once test operation itself has been completed NOTE 6 If the self diagnosis function reports a problem but more than one problem has developed at the indoor and or outdoor units the problem display on the remote control unit may not match the LED display on the outdoor unit printed circuit board In such cases check both locations and remove the causes of the problems 10 2 13 As To Making The Inspection After Completion Of Work Fully Understood At the time when the work has been completed measure and record the characteristics of test run without fail and keep the measuring date etc Carry out the measurement regarding room temperature outside air tempera

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