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1 Features

1. Printed circuit board KR Magnetic relay Y25 Phase reverse circuit Signal transmission circuit Push button forced defrost pump down KBR Magnetic relay ETHC Thermistor air Teminal strip Capacitor M1F KAR Magnetic relay Y15 Thermistor coil Expansion valve electronic type DIP switch KSRK6RK7R Magnetic relay MIF Thermistor discharge pipe Aua valve Crankcase heater MIC Motor compressor Signal receiver circuit Solenoid valve Fuse 16 3 250V MIF Motor fan Pressure switch high Current transformer Light emitting diode service monitor green PC Power circuit Pressure switch low Magnetic contactor M10 QIDI Earth leakage breaker 30mA Safety devices input Magnetic relay KIM QIM Thermo switch M1F Current transformer 2TW26336 1B 25 I Split Sky Air Outdoor Units l e Outdoor Units R 410A REQ B8V3B_REQ B8W1B 9 Wiring diagram 9 1 Wiring diagram REQ125BW1 Switch box Outdoor ODI Outdoor Power supply 3N 50Hz 400V
2. RRE Field wiring Position of Terminal compressor E Connector terminal Protective earth screw Live 4 Neutral Terminal Note Wire Confirm the method of setting the DIP switch DS1 by entrance service manual when the unit is shipped by factory all switches are set to be off BLK Black BLU Blue WHT White RED Red ORG Orange YLW Yellow 2TW26326 1B REQ71 100BW1 Switch box Outdoor J e HAP A30 a DB RG L2 3 Ue ag aD o Power supply 8 3N 50Hz 400V Note Confirm the method of setting the DIP switch DS1 by service manual when the unit is shipped by factory all switches are set to be off RRE Fjeld wiring Terminal Connector Protective earth screw Position of Compressor Live terminal Neutral Terminal U Colours 4 BLK Black BLU Blue WHT White Wire RED Red ORG Orange YLW Yellow entrance
3. ote Confirm the method of setting the DIP switch DS1 by service manual when the unit is shipped by factory all switches are set to be off lt Field wiring Terminal Connector Position of Protective earth screw compressor Live terminal Neutral U Terminal Colours y BLK Black BLU Blue WHT White entrance RED Red ORG Orange YLW Yellow Printed circuit board KIR Magnetic relay KIM Earth leakage breaker 30mA SUR Pressure switch low Push button forced defrost pump down KR Magnetic relay Y25 Thermo switch M1F SD Safety devices input Capacitor M1 KIR Magnetic relay EI Thermo switch M2F TIA Current transformer Capacitor M2F KAR Magnetic relay Y15 Phase reverse circuit TC Signal transmission circuit DIP switch KSRK6RK7R Magnetic relay M1F Thermistor air XIM X2M Terminal strip Crankcase heater KBRKORKIOR Magnetic relay M2f Thermistor coll YIE Expansion valve electronic type Fuse 16 3 250V
4. Model FBQ k E o w ta Ip i i 6 Add the following corrections to power input of each model Model Supply FBQ CS 100 E E 125 WI 0 I Split Sky Air Outdoor Units l e Outdoor Units R 410A REQ B8V3B_REQ B8W1B 6 Capacity tables 6 2 Heating capacity tables REQ71 125BW1 Heating capacity table Indoor outdoor temperature CWB 0 Outdoor EDB C H TC P 8 0 2 41 8771241 7 9 2 65 11 4 3 65 702 336 11 0 4 17 14 6 4 14 14 5 4 33 14 5 4 62 14 4 4 71 3TW26592 8 SYMBOLS NOTES Ratings shown are net capacities Entering dry bulb temp Influence of fan motor heat is included Wet bulb temperature AH Shows nominal capacities Total cooling heating capacity Capacities are based on following conditions Power input outdoor air 85 RH however the condition on nominal capacity comp indoor outdoor fan motor is 7 CDB 6 CWB Corresponding refrigerant piping length 75m 7 Level difference Om Caution Direct interpolation is permissible TC is shown by kW Do not extrapolate V3 230 V 50 Hz Air flow rate and BF are tabulated below W1 400 V 50 Hz Model Air flow rate AFR BF AFR BF AFR BF Add the following corrections to power input of each model Model Supply FDEQ v 0 wi 0 N3 0 04 wi 0 wi 0
5. Sound pressure level dB A HITE 63 3TW2661 7 1 NOTES Data is valid at free field condition Data is valid at nominal operation condition dB A A weighted sound pressure level A scale according to IEC Reference acoustic pressure OdB 20uPa Curve for REQ100B in cooling mode Measuring location discharge side Sound pressure level dB Sound pressure level dB A REQ71B Heating AN SNN 125 250 500 1000 2000 4000 8000 3TW26597 2 NOTES Data is valid at free field condition Data is valid at nominal operation condition dB A A weighted sound pressure level A scale according to IEC Reference acoustic pressure OdB 20 Pa Curve for REQ71B in heating mode REQ100B Heating 90 NN 5 5 S NG NG BEN n A UAT OTI OTT A fp TTA TTT 125 250 500 1000 2000 4000 8000 3TW2661 7 2 dBA Octave band center frequency Hz E Measuring location discharge side 7 NOTES
6. 3TW26592 7 SYMBOLS NOTES AFR Air flow rate m3 min 1 Ratings shown are net capacities EDB Entering dry bulb temp CDB Influence of fan motor heat is included WB Wet bulb temperature CCWB 2 777 Shows nominal capacities TC Total cooling heating capacity kw 3 Capacities are based on following conditions PI Power input kW outdoor air 85 RH however the condition on nominal capacity comp indoor outdoor fan motor is 7 CDB 6 CWB o Corresponding refrigerant piping length 75m A Level difference Om Caution 4 Direct interpolation is permissible TC is shown by kW Do not extrapolate V3 230 V 50 Hz 5 Air flow rate and BF are tabulated below W1 400 V 50 Hz Model FHQ AFR 17 i BF 01 AFR 24 BF 014 AFR 30 Ip BF 013 6 Add the following corrections to power input of each model Model Supply FHQ 7 3 0 05 wi 0 3 0 12 100 W 0 125 W1 0 15 I Split Sky Air Outdoor Units l e Outdoor Units R 410A REQ B8V3B_REQ B8W1B 6 Capacity tables 6 2 Heating capacity tables REQ71 125BW1 Heating capacity table Indoor outdoor temperature CWB Outdoor EDB 0 eq P TC P 2 53 8 1 2 62 2 62 8 0 2 71 271 SIS 2 89 7 9 2 98 11 4 3 37 11 3 3 47 32 1 355 11 0 3 85 E 4 05 14 7 4 64 d 14 6 4 85 5 38 14 5 5 27 5 69 3TW26592 5 SYMBOLS NO
7. I Split Sky Air Outdoor Units 18 l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 6 Capacity tables 6 2 Heating capacity tables RR RQ REQ71 125B Capacity in function of field piping length for non inverter 71 CLASS 921 100 Asc 85 476 Capacity 90 AS Field piping length m Cooling 3TW26322 15 Heating 19 I Split Sky Air Outdoor Units l e Outdoor Units R 410A REQ B8V3B_REQ B8W1B 7 Dimensional drawing amp centre of gravity 7 1 Dimensional drawing REQ71B Hole for anchor bolt 4 M12 350 345 355 REQ100B Hole for anchor bolt 4 M12 345 355 70 102 117 ON O LV P UN 0 NO Ui bp UN unit mm Gas pipe connection 9 15 9 flare Liquid pipe connection 9 9 5 fla
8. I Split Sky Air Outdoor Units e Outdoor Units R 410A REQ B8V3B_REQ B8W1B 2 Specifications 22 TECHNCALSPECHICATENS memes Teen nmam ease woo e uy quy 1 1 7 7 connections Kees Flare connection OD Quarti Eccc m AA AY t Flare connection 0D Dun Quo Low qoom coe cy ks Type Hole a 26 26 ipi h 5 5 ee FF PipingLength Minimum m o 5 5 5 5 FO 50 50 so GEES AAA LL LLL ii dl dl Installation Maximum height difference Max internunit level difference Heat Ins ulation Both liquid and gas pipes Defrost M ethod Reversed cycle Defrost C ontrol Sensor for outdoor heatexchanger temperature Capacity Control Method None Safety Devices Reverse phase protector PC board fuse Overcurrent relay compressor Low pressure switch High press ure switch Fan motor thermal protec tor Standard Declaration of conformity KG Sound press ure level is a relative value depending on the distance and acoustic environment For more details please refer to sound level drawings of this chapter The sound power level is an absolute value indicating the power which a sound source generates S ound values are measured in a semi anec hoic room In case of drain piping for outdoor unit drain piping kit option is needed Nominal cooling capacities are based on indoortemperature 27 CDB 19 CWB outdoor temperature 35 CDB equivalent refrigerant piping 7 5m level d
9. 96 68 356 90 66 395 83 61 443 100 too 270 111 75 272 108 74 302 101 70 341 100 69 360 94 67 399 86 62 448 195 270 112 75 273 110 74 303 103 70 342 101 69 361 95 67 400 87 62 449 220 300 122 76 279 118 75 309 112 71 348 110 70 368 104 69 408 95 65 458 240 320 130 77 282 127 76 342 119 73 352 116 73 372 111 70 412 102 66 462 120 1 amp 0 114 91 351 108 88 370 100 83 407 97 82 436 92 80 484 85 75 530 140 200 118 93 357 114 88 377 107 83 414 104 82 444 98 80 492 94 75 540 160 220 127 92 363 121 89 383 114 84 422 111 83 451 104 81 501 96 76 549 5 180 250 133 95 a72 120 91 392 121 87 432 118 86 462 112 83 513 103 79 563 19 0 27 0 13 6 9 6 3 76 13 3 9 1 3 96 12 7 8 8 4 36 12 2 8 6 4 67 11 5 8 4 5 18 10 7 8 0 5 68 19 5 27 0 13 8 9 6 3 77 13 5 9 1 3 98 12 8 8 8 4 38 12 4 8 7 4 69 11 7 8 4 5 20 10 9 8 0 5 70 22 0 30 0 15 1 9 7 3 85 14 6 9 4 4 06 13 7 9 0 4 46 13 4 8 9 4 78 12 9 8 7 5 30 11 9 8 2 5 82 24 0 32 0 15 9 9 8 3 88 15 5 9 5 4 10 14 6 9 1 4 51 14 3 9 0 4 83 13 6 8 8 5 35 12 8 8 5 5 87 3TW26592 2 I SYMBOLS NOTES 13 AFR Air flow rate m3 min 1 Ratings shown are net capacities BE Bypass factor Influenc
10. Split Sky Air Outdoor Units 10 l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 6 Capacity tables 6 1 Cooling capacity tables FHQ71 125B REQ71 100BV3 REQ71 125BW1 Cooling capacity table Indoor Outdoor temp CDB Outdoor EWB EDB 20 25 35 40 46 CO eg TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI TC SHC PI 120 180 62 48 190 64 47 206 57 46 231 55 45 247 53 44 272 48 40 297 140 200 66 48 193 65 47 210 60 46 235 59 45 252 55 44 277 52 40 302 160 220 72 49 196 70 48 213 65 47 239 63 46 256 60 45 282 54 41 3 07 7 180 250 77 51 201 75 49 219 72 48 245 68 47 262 64 45 289 59 43 315 19 0 27 0 8 0 5 2 2 03 7 7 5 1 2 21 7 3 4 9 2 47 7 14 4 7 2 65 6 6 4 6 2 92 6 1 44 3 18 195 270 so 52 204 79 51 222 74 49 248 72 47 266 67 46 292 62 44 319 220 300 87 53 208 85 52 226 so 51 253 79 48 271 74 47 298 67 44 325 240 320 94 53 210 91 52 228 86 51 256 84 49 274 80 47 301 73 44 329 120 180 82 68 260 81 67 288 79 65 325 76 64 343 73 60 381 66 57 4 27 140 200 87 68 265 86 67 293 85 65 331 82 64 350 76 60 387 72 57 435 160 220 99
11. 38 3 44 3 52 3 57 3 68 4 35 4 43 4 50 4 61 4 68 4 77 4 82 3 03 3 09 3 16 3 19 3 20 3 27 3 30 4 13 4 20 4 28 4 38 4 43 4 44 4 53 4 57 5 29 5 39 5 48 5 61 5 67 5 69 5 80 5 86 3TW26592 1 NOTES Air flow rate 1 Ratings shown are net capacities Bypass factor Influence of fan motor heat is included Entering wet bulb temp 2 TT Shows nominal capacities Entering dry bulb temp 3 SHC is based on each EWB and EDB Dry bulb temp SHC SHC correction for other dry bulb Total cooling heating capacity SHC 0 29 x 60 x AFR m3 min x 1 BF x DB EDB 860 Sensible heating capacity Add SHC to SHC if SHC gt TC then TC equal SHC Power input Direct interpolation is permissible comp indoor outdoor fan motor Do not extrapolate i Capacities are based on following conditions Corresponding refrigerant piping length Level difference Air flow rate and BF are tabulated below Caution TC and SHC are shown by kW V3 230 V 50 Hz W1 400 V 50 Hz I Split Sky Air Outdoor Units 7 Add the following corrections to power in Model FCQ AFR 18 BF AFR 0 1 28 BF 0 16 AFR 31 BF 0 07 put of each model Model Supply FCQ V3 0 06 WI 0 V3 0 27 WI WI 0 0 12 l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 6 Capacity tables 6 1 Cooling capacity tables
12. 8 0 2 57 8 6 2 65 9 3 2 73 24 0 6 2 2 41 6 6 2 49 7 2 2 57 7 9 2 65 8 5 2 73 9 2 2 81 16 0 8 7 3 26 9 5 3 36 10 3 3 46 11 4 3 56 12 1 3 67 18 0 8 6 3 36 9 4 3 46 10 3 3 56 11 3 3 67 12 1 3 76 100 20 0 8 6 3 56 9 3 3 67 10 1 3 76 11 2 3 87 11 9 3 98 12 9 4 07 22 0 8 6 3 67 9 3 3 76 10 1 3 87 11 2 3 98 11 9 4 07 12 8 4 18 24 0 8 5 3 76 9 3 3 87 9 9 3 98 11 0 4 07 11 7 4 18 12 8 4 28 16 0 11 4 3 77 12 4 3 96 13 3 4 05 14 6 4 14 15 6 4 33 18 0 114 3 86 12 4 4 05 13 3 4 14 14 5 4 33 15 5 4 42 125 20 0 114 4 05 12 2 4 23 13 3 4 42 14 5 4 52 15 4 4 62 16 6 4 81 22 0 11 4 4 14 12 2 4 33 13 3 4 42 14 5 4 62 15 4 4 71 16 6 4 90 24 0 11 2 4 23 12 2 4 42 13 2 4 62 14 4 4 71 15 4 4 90 16 3 5 08 3TW26592 6 SYMBOLS NOTES AFR Air flow rate m3 min 1 Ratings shown are net capacities EDB Entering dry bulb temp CDB Influence of fan motor heat is included WB Wet bulb temperature CCWB 2 777 Shows nominal capacities TC Total cooling heating capacity kw 3 Capacities are based on following conditions l l PI Power input kW outdoor air 85 RH however the condition on nominal capacity comp indoor outdoor fan motor is 7 CDB 6 CWB Corresponding refrigerant piping length 75m Level difference Om Caution 4 Direct interpolation is permissible TC is shown by kW Do not extrapolate 17 V3 230 V 50 Hz W1 400 V 50 Hz Air flow rate and BF are tabulated below
13. FBQ71 125B REQ71 100BV3 REQ71 125BW1 Cooling capacity table Indoor Outdoor temp CDB Outdoor EWB EDB 20 25 32 35 40 46 DO C TC SHC PI TC SHC P TC SHC P TC SHC H TC SHC H TC SHC P 120 i80 62 48 192 61 47 208 57 46 233 55 45 250 53 44 275 48 40 300 140 200 66 48 195 65 47 212 60 46 238 so 45 255 55 44 280 52 40 3 06 16 0 220 72 49 199 70 48 216 65 47 242 63 46 259 60 45 285 54 41 311 180 250 77 51 203 75 49 221 72 48 248 68 47 265 64 45 292 59 43 318 19 0 270 80 52 205 77 51 223 73 49 250 774 47 268 66 46 295 64 44 322 195 27 0 80 52 206 79 51 224 74 49 251 72 47 269 67 46 2 62 44 323 220 300 87 53 210 85 52 229 80 51 258 79 48 274 74 47 302 67 44 329 240 320 94 53 212 91 52 231 86 51 258 84 49 277 so 47 305 73 44 332 120 180 84 70 254 83 69 282 81 67 318 78 66 336 75 62 372 68 59 418 440 200 89 70 259 88 amp 9 287 87 67 324 84 66 342 78 62 379 74 59 425 160 220 101 71 263 98 70 292 91 68 329 89 67 348 85 63 386 77 60 Aa 1 amp 0 250 108 74 270 105 73 299 98 69 337
14. MIC Motor compressor Thermistor discharge pipe yis 4 way valve Light emitting diode service monitor green MIF M2F Motor fan Signal receiver circuit Yos Solenoid valve Magnetic contactor M1C PC Power circuit Pressure switch high a Current transformer 2TW26366 1B I Split Sky Air Outdoor Units 26 Outdoor Units R 410A REQ B8V3B_REQ B8W1B iagram d iring W 9 2 External connection diagram 9 SE E SS SEXY msaya M Se dens SE Field wire Symbol explication Earth leak detector REQ71 125B REES E Remote control 4TW26329 7 Split Sky Air Outdoor Units 27 10 e Outdoor Units R 410A REQ B8V3B REQ B8W1B Sound data 10 1 Sound pressure spectrum Sound pressure level dB REQ71B Cooling 90 E TOT DARAT Ty li TT 10 63 250 500 1000 2000 4000 8000 3TW26597 1 NOTES Data is valid at free field condition Data is valid at nominal operation condition dB A A weighted sound pressure level A scale according to IEC Reference acoustic pressure OdB 20uPa Curve for REQ71B in cooling mode REQ100B Cooling td gen i HEPARIN O E Octave band center frequency H D E 7 L Measuring location discharge side
15. Outdoor Units R 410A REQ B8V3B_REQ B8W1B 7 Dimensional drawing amp centre of gravity 7 2 Centre of gravity Model REQ100B I Split Sky Air Outdoor Units 22 l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 7 Dimensional drawing amp centre of gravity 7 2 Centre of gravity Model REQ125B 23 I Split Sky Air Outdoor Units l e Outdoor Units R 410A REQ B8V3B_REQ B8W1B 8 Piping diagram REQ71 125B Pair Electronic expansion Solenoid valve valve SV One way valve One way valve Filter Filter Heat exchanger One way valv One way valve Service Strainer port 5 16 Receiver Capillary tube prey One way valve 4 way valve NG Heat exchanger e Filter Low pressure High s 7 switch switch Muffler ps pe Field piping 09 5 C1220T 0 Service port 5 16 Filter Field piping 15 9 C1220T 0 Compressor Indoor unit Stop valve with service port 1 4 flare Outdoor unit Heating Cooling Check valve amp Flare connection k Screw connection E Fl
16. input comp indoor outdoor fan motor Caution TC and SHC are shown by kW V3 230 V 50 Hz W1 400 V 50 Hz 7 Add the following corrections to power in I Split Sky Air Outdoor Units NOTES 3 95 4 03 4 07 Ratings shown are net capacities Influence of fan motor heat is included LL Shows nominal capacities 3 SHC is based on each EWB and EDB SHC SHC correction for other dry bulb SHC 0 29 x 60 x AFR m min x 1 BF x DB EDB 860 Add SHC to SHC if SHC gt TC then TC equal SHC Do not extrapolate Capacities are based on following conditions Corresponding refrigerant piping length Level difference Direct interpolation is permissible Air flow rate and BF are tabulated below Model FDEQ AFR 19 BF AFR 0 11 27 BF 0 2 AFR 35 BF 0 14 put of each model Model Supply FDEQ V3 0 11 WI 0 V3 004 WI WI 0 0 14 l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 6 Capacity tables 6 2 Heating capacity tables FHQ71 125B REQ 1 100BV3 REQ71 125BW1 Heating capacity table Indoor outdoor temperature CWB 0 TC P 81 262 80 271 1180 280 7 9 298 114 3 69 11 3 3 80 112 401 Outdoor EDB CO Pl 110 422 145 4 95 14 5 5 27 14 4 5 37
17. per row 2 Installing multiple units 2 units or more in lateral connection per row Relation of dimensions of H A and L are shown in the table below L A 0 L t2 H 150 250 12 H lt L 200 300 Installation impossible L lt H I Split Sky Air Outdoor Units 3TW25149 4A 32 33 l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 12 Operation range REQ71 125B Cooling REQ 1BV3 Model name REQ100BV3 REQ125BW1 REQ71BWI REQ1008W1 Heating Outdoor temp CDB Operation range Operation range Allowable range of operation pull down Outdoor temp CWB Tai Ke 5 S E 2 oo 67 o oc DE SE B5 us se Z 2 lt Indoor temp CWB Indoor temperature CDB Notes Depending on operation and installation conditions the indoor unit can change over to freeze up operation indoor de icing To reduce the freeze up operation indoor de icing frequency it is recommended to install the outdoor unit in a location not exposed to wind 3TW26593 1 I Split Sky Air Outdoor Units
18. units M ew og e CT CT CET TUT 2 7 outdoor units 9y g Directive Annual energy consumption Tas EE indborUnts UE Ven ng Paan nm gt ss 35 2 cmo fam aai e 8 Hz m 35 NonnaTinpd For SEN EE Zoe ES Labeling Heating i Directive Annual energy consumption 1350 1325 1875 1840 2250 Casing Daikin W hite P ainted galvanized steel plate mesos Un W m 99 39 mm Feb m 39 39 sa Weg TI Cr a i E RS Split Sky Air Outdoor Units e Outdoor Units R 410A REQ B8V3B_REQ B8W1B 2 Specifications 22 TECHNCALSPECRCATONS A A A A A Exchanger wow 2 Ta Fra m 39 matas e ty Face m 0 641 0 641 0 980 0 980 0 980 Area Mois 3 1 3 1 a 1 X 1 ie Hi XS S cooling tube Non symmetric waffle louvre mn Anti corrosion treatment P E Direct Drive Propeller Horizontal 55 0 1 1 1 irm bi is arge direction Quantity Air Flow Rate El gt ta wj co o o SES Ber T c an aD Compressor Quantity Motor T90G TUUS E YE JT1256 E TUS YE HUE YE Hermetically sealed scroll compressor SEI Terre Output pam n 9 9 8 e Heater mw a Sa RE spl cas LESE E nominal Power E p 1 91 903 E IS P ressure Refgeran 3 6 36 ontrol Expansion valve electronic ty pe roc Refrigerant Oil Type Daphne FVC68D Civi 3H LS I AB
19. 00 4000 8000 3TW26637 3 Octave band center frequency Hz NOTES Data is valid at free field condition Data is valid at nominal operation condition dB A A weighted sound pressure level A scale according to IEC Reference acoustic pressure OdB 20uPa Curve for REQ125B in cooling mode Sound pressure level dB A REQ100B Cooling rf V EA ug ji a a 8 8 V V 7 UU MT 7 A 4 a ES V AN TOTP PAO CO T TTT AT TTT TTT TTT TT ae WEST ee 125 250 500 1000 2000 4000 3TW2661 7 3 Octave band center frequency Hz NOTES S Data is valid at free field condition Data is valid at nominal operation condition dB A A weighted sound pressure level A scale according to IEC Reference acoustic pressure OdB 20uPa Curve for REQ100B in cooling mode Split Sky Air Outdoor Units 30 l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 11 Installation 11 1 Installation method Oil trap Indoor unit Oil trap Gas piping Outdoor unit Liquid piping ff 2 71 977 y di N 027 NN NS Ts Install trap at each difference in eight of 15m dee UD V N N m SEE lit rm U NN eL SAYU h D EE SC Sy SSS SS NOTE Since there is fear of
20. 5 CWB Outdoor temp 35 CDB TOCA means the total value of each OC set Voltage range Units are suitable for use on electrical systems where voltage supplied to unit terminals is not below orabove listed operation range limits Maximum allowable voltage unbalance between phases is 2 MCA MFA MCA 1 25 x RLA all FLA MFA lt 2 25 x RLA all FLA next lower standard fuse rating Min 16A Select wire size based on the larger value of MCA or TOCA Instead of fuse use circuit breaker For more details concerning conditional connections see http eu extranet daikineurope com select E Data Books Finally click on the document title of your choice I Split Sky Air Outdoor Units l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 4 Safety device settings REQ71 125B Model REQ71BV3 REQ100BV3 REQ1258W1 Safety device REQ71BW1 REQ100BW Off 135 5 C Fan motor thermal protector On 95 15 C Off 415 12 0 Mpa HPS mi 95M A 015 Mipa Off 0 03 072 Mpa On 005 223 Mpa Max discharge temperature By thermistor and software control Overcurrent relay By overcurrent sensor and software control 4TW26321 2B 9 I Split Sky Air Outdoor Units l e Outdoor Units R 410A REQ B8V3B_REQ B8W1B 9 Options REQ71 125B Kit name Name of option REQ100B REQ125B KKPJ5F180 Central drain plug 4TW26599 1 I
21. 69 269 96 68 298 89 66 337 87 65 356 83 61 394 75 58 4 42 18 0 25 0 10 6 7 2 2 76 10 3 7 1 3 05 9 6 6 7 3 45 94 6 6 3 64 8 8 6 4 4 04 8 1 5 9 4 53 100 190 270 109 73 278 106 72 308 99 68 348 98 67 368 92 65 408 84 60 458 19 5 27 0 11 0 7 3 2 79 10 8 7 2 3 09 10 1 6 8 3 49 9 9 6 7 3 69 9 3 6 5 4 09 8 5 6 0 4 59 220 300 120 74 285 116 73 316 110 69 356 108 68 377 102 67 417 93 63 468 240 320 128 75 288 125 74 319 117 71 360 114 69 380 109 68 421 100 64 473 12 0 18 0 11 1 9 1 3 39 10 8 8 8 3 57 10 0 8 3 3 93 9 7 8 2 4 21 9 2 8 0 4 67 8 5 7 5 5 12 14 0 20 0 11 8 9 1 3 45 11 4 8 8 3 64 10 7 8 3 4 00 10 4 8 2 4 28 9 8 8 0 4 75 9 1 7 5 5 21 16 0 22 0 12 7 9 2 3 51 12 1 8 9 3 70 11 4 84 4 07 111 8 3 4 36 10 4 8 1 4 84 9 6 7 6 5 31 125 18 0 25 0 13 3 9 5 3 59 13 0 9 1 3 79 12 1 8 7 4 17 11 8 8 6 4 46 11 2 8 3 4 95 10 3 7 9 5 43 19 0 27 0 13 6 9 6 3 63 13 3 9 1 3 83 12 7 8 8 4 21 12 2 8 6 4 51 11 5 8 4 5 00 10 7 8 0 5 49 19 5 27 0 13 8 9 6 3 64 13 5 9 1 3 84 12 8 8 8 4 23 12 4 8 7 4 53 11 7 8 4 5 02 10 9 8 0 5 51 22 0 30 0 15 1 9 7 3 71 14 6 9 4 3 92 13 7 9 0 4 31 13 4 8 9 4 62 12 9 8 7 5 12 11 9 8 2 5 62 24 0 32 0 15 9 9 8 3 75 15 5 9 5 3 96 14 6 9 1 4 35 14 3 9 0 4 66 13 6 8 8 5 17 12 8 8 5 5 67 3TW26592 3 I SYMBOLS NOTES AFR Air flow rate m3 min 1 Ratings shown are net capacities BF Bypass factor Infl
22. C set RLA Rated Load Amps 3 Voltage range OFM Outdoor Fan Motor Units are suitable for use on electrical systems where voltage IFM Indoor Fan Motor supplied to unit terminals is not below orabove listed operation FLA Full Load Amps range limits kW Rated motor output 4 Maximum allowable voltage unbalance between phases is 2 5 MCA MFA COON O MCA 1 25 x RLA all FLA MFA lt 2 25 x RLA all FLA next lower standard fuse rating Min 16A Select wire size based on the larger value of MCA or TOCA Instead of fuse use circuit breaker For more details concerning conditional connections see http eu extranet daikineurope com select E Data Books Finally click on the document title of your choice I Split Sky Air Outdoor Units l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 3 Electrical data Unit combination Power supply essor Indoor unit Outdoor unit REQ125BW1 Hz Volts 50 400 230 REQ125BW1 50 400 230 REQ125BW1 50 400 230 REQ125BW1 50 400 230 Voltage range Max 50Hz 440 253V Min 50Hz 360 207V RLA SYMBOLS Min Circuit Amps Total Over Current Amps Max Fuse Amps see note 7 Locked Rotor Amps Rated Load Amps Outdoor Fan Motor Indoor Fan Motor Full Load Amps Rated motor output NOTES RLA is based on the following conditions Indoor temp 27 CDB 19
23. Data is valid at free field condition Data is valid at nominal operation condition dB A A weighted sound pressure level A scale according to IEC Reference acoustic pressure OdB 20uPa Curve for REQ100B in heating mode Split Sky Air Outdoor Units Measuring location discharge side 28 e Outdoor Units R 410A REQ B8V3B_REQ B8W1B 10 Sound data 10 1 Sound pressure spectrum REQ125B Cooling REQ125B Heating Sound pressure level dB A EE Sound pressure level dB A Jia OA TTD ELSE Hr n N H mi d i 00T rmm fj V V Cl HH EE ERE TOT D y 4 A Pa v p 7 p 7 A A d 4 4 7 y 7 7 y A POAT TTA TT TTT F NR25 NR20 63 125 250 500 1000 2000 4000 8000 125 250 500 1000 2000 4000 8000 3TW26637 1 Octave band center frequency Hz 3TW26637 2 Octave band center frequency Hz NOTES NOTES e e Data is valid at free field condition Data is valid at free field condition Data is valid at nominal operation condition 3 Data is valid at nominal operation condition 3 dB A A weighted soun
24. TES Ratings shown are net capacities Entering dry bulb temp Influence of fan motor heat is included Wet bulb temperature 2 C Shows nominal capacities o Total cooling heating capacity Capacities are based on following conditions Air flow rate Power input outdoor air 85 RH however the condition on nominal capacity comp indoor outdoor fan motor is 7 CDB 6 CWB Corresponding refrigerant piping length 75m 7 Level difference Om Caution Direct interpolation is permissible TC is shown by kW Do not extrapolate V3 230 V 50 Hz Air flow rate and BF are tabulated below W1 400 V 50 Hz Model FCO AFR 18 BF 01 AFR 28 BF 0 16 AFR 31 BF 0 07 Add the following corrections to power input of each model Model Supply FCO v 006 wi 0 N3 0 09 wi 0 wi 0 I Split Sky Air Outdoor Units 16 l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 6 Capacity tables 6 2 Heating capacity tables FBQ71 125B REQ71 100BV3 REQ71 125BW1 Heating capacity table Indoor outdoor temperature CWB Outdoor EDB 5 0 6 10 15 eq TC H TC H TC P TC P TC P TC PI 16 0 6 3 2 00 6 8 2 17 7 3 2 25 8 1 2 33 8 7 2 41 I 18 0 6 3 2 17 6 7 2 25 7 3 2 33 8 0 2 41 8 6 2 49 71 20 0 6 3 2 25 6 7 2 33 7 3 2 41 8 0 2 49 8 6 2 57 9 3 2 65 22 0 6 3 2 33 6 7 2 41 7 3 2 49
25. Ur Outdoor Units R 410A REQ B8V3B_REQ B8W1B 1 Features e Outdoor units for pair application e The piping connections can be accessed from underneath front side e Dakin outdoor units are neat and sturdy and can be mounted easily or reat on aroof or terrace or simply placed against an outside wall The sevice valves are hidden inside the casing e Outdoor units are fitted with a scroll compressor renowned for low Aspecial acryl precoated fin for ant comrosion treatment on the heat noise and high energy efficiency exchanger ensures greater resistance against severe weather conditions 1 II DAIKIN Split Sky Air Outdoor Units e Outdoor Units R 410A REQ B8V3B REQ B8W1B 2 Specifications 2 1 NOMNAL CAPACITY AND NOMNAL INPUT REQ7IBS 5B REQ7IBSMB REQYXBS 3B REQLOBANIB REQIZBSWIB For Indoor Units FDEQ71B8V3B FDEQ71B8V3B FDEQ100B8V3B FDEQ100B 8V 3B FDE Q125B8V3B combination indoor units outdoor units nana com snis ur 73 tg tg tw Cama Fam San wr 8 tw tm Namal npa For geck nm Energy age eto fr LL TA Directive Annual energy consumption Ki ER ER Indoor Units FCQ7188 38 FCQ7188V38 Nominal ni IE 38 u2 n M Womhalhpu Cong Sender In WEE For combination TUTE mew om o Tv UE TE e o Directive Rama energy consumption E omm Cming Tee Wem Sendra Jr 3 9 Um a 39 Wommalhpu Cong Senen TT gt For wi indoor
26. ange connection x Pinched pipe Spinned pipe 3TW26325 1 I Split Sky Air Outdoor Units 24 l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 9 Wiring diagram 9 1 Wiring diagram REQ71 100BV3 Power supply 1 50Hz 230V Printed circuit board Push button forced defrost pump down Capacitor M1F Capacitor M10 DIP switch Crankcase heater Fuse 16 3 250V Light emitting diode service monitor green Magnetic contactor M10 Magnetic relay KIM Magnetic relay Y25 Magnetic relay E1HC Magnetic relay Y15 K6RK7R Magnetic relay M1F C Motor compressor F Motor fan ower circuit arth leakage breaker 30mA M hermo switch M1F hermistor air hermistor coil hermistor discharge pipe Signal receiver circuit ressure switch high ressure switch low Safety devices input Current transformer Signal transmission circuit erminal strip Expansion valve electronic type 4 way valve Solenoid valve Current transformer Popes
27. d pressure level A scale dB A A weighted sound pressure level A scale according to IEC according to IEC Reference acoustic pressure OdB 20uPa Reference acoustic pressure OdB 20uPa Curve for REQ125B in cooling mode Meee Curve for REQ125B in heating mode Measuring location discharge side 29 I Split Sky Air Outdoor Units 10 e Outdoor Units R 410A REQ B8V3B REQ B8W1B Sound data 10 2 Sound power spectrum Sound pressure level dB A Sound pressure level dB A REQ71B Cooling NG IN N Y V Ci VT TT VT VT 7 1 JL A LLTLELLYLELLVLLLLUL T 7 ALTA AZ A SANAE VP AB A PITT TTT HTU HTLH CT T UH Zann canbe AU J 125 250 500 1000 2000 4000 8000 3TW26597 3 Octave band center frequency Hz NOTES Data is valid at free field condition Data is valid at nominal operation condition dB A A weighted sound pressure level A scale according to IEC Reference acoustic pressure OdB 20uPa Curve for REQ71B in cooling mode REQ125B Cooling E MEME Kk Y E NE 125 250 500 1000 20
28. e of fan motor heat is included EWB Entering wet bulb temp CWB 2 777 Shows nominal capacities EDB Entering dry bulb temp CDB 3 SHC is based on each EWB and EDB ee aig SHC 029 x 60 x AFR r min 3 1 BF x OB DBY B60 TC Total cooling heati it KW mice ATA LL LS do G AE ady dek Add SHC to SHC if SHC gt TC then TC equal SHC PI Power input kW 4 Direct interpolation is permissible comp indoor outdoor fan motor Do not extrapolate i 5 Capacities are based on following conditions Corresponding refrigerant piping length 75m Caution Level difference Om TC and SHC are shown by kW 6 Air flow rate and BF are tabulated below V3 230 V 50 Hz W1 400 V 50 Hz Model FBQ 7 AFR 19 BF 0 11 AFR 2 n BF 02 AFR 35 le BF 014 I Split Sky Air Outdoor Units 7 Add the following corrections to power in Model Supply FBQ H E 011 Wi 0 V3 0 19 100 W 0 125 Wi 0 put of each model l e Outdoor Units R 410A REQ B8V3B_REQ B8W1B 6 Capacity tables 6 1 Cooling capacity tables REQ71 125BW1 Cooling capacity table Outdoor te Outdoor 32 PI 4 7 7 2 69 2 74 2 77 3 68 3 74 3 81 3 90 98 69 394 10 8 11 4 Air flow rate Bypass factor Entering wet bulb temp Entering dry bulb temp Dry bulb temp Total cooling heating capacity Sensible heating capacity Power
29. ifference 0m Nominal heating capacities are based on indoor temperature 20 CDB outdoor temperature 7 CDB 6 CWB equivalent refrigerant piping 7 5m level difference 0m OTT 10 nG Split Sky Air Outdoor Units e Outdoor Units R 410A REQ B8V3B_REQ B8W1B 2 Specifications Wiring Quantity connections ey EE wires wire 5 wires wire wires wire 5 wires wire 5 wires EMEN wire included included included included E mamdw u Lt 1 1 1 1 1 with indoor 4 wires earth wire included Power Supply Intake Outdoor unit only 5 I Split Sky Air Outdoor Units l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 3 Electrical data Unit combination Power supply essor Indoor unit Outdoor unit Hz Volts Voltage range RLA REQ71BV3 Pi Max 50H2 253V REQ71BV3 Min 50H2 207V REQ71BV3 REQ71BW1 50 400 230 sala ia Max 50H2 440 253V REQ71BWI 50 400 230 Min 50H2 360 207V REQ7IBWI 50 400 230 SYMBOLS NOTES Min Circuit Amps RLA is based on the following conditions Total Over Current Amps Indoor temp 27 CDB 19 5 CWB Max Fuse Amps see note 7 Outdoor temp 35 CDB Locked Rotor Amps TOCA means the total value of each OC set Rated Load Amps Voltage range Outdoor Fan Motor Units are suitable for use on electrical systems where voltage Indoor Fan Motor supplied t
30. o unit terminals is not below orabove listed operation Full Load Amps range limits Rated motor output Maximum allowable voltage unbalance between phases is 296 MCA MFA MCA 1 25 x RLA all FLA MFA lt 225 x RLA all FLA next lower standard fuse rating Min 16A Select wire size based on the larger value of MCA or TOCA Instead of fuse use circuit breaker For more details concerning conditional connections see http eu extranet daikineurope com select E Data Books Finally click on the document title of your choice I Split Sky Air Outdoor Units 6 3 l Outdoor Units R 410A REQ B8V3B_REQ B8W1B Electrical data Unit combination Power supply Compressor OFM IFM Indoor unit Outdoor unit Hz Volts Voltage range MCA TOCA MFA LRA RLA kw FLA kW FLA FCQ100 REQ100BV3 10 FHQ100 REQ1008V3 Max 50H7 253 07 mom REQ O0BV3 Enea 10 FDEQIO0 REQ1008V3 1 0 FCQ100 REQ1008W1 50 400 230 1 0 FHQ100 REQ1008W1 50 400 230 Max 50Hz 440 253V 07 mm REQIOOBWI geg HEH 10 FDEQ100 REQIOOBW1 50 400 230 96 118 16 482 62 000 08 0135 10 3TW26619 9 I SYMBOLS NOTES MCA Min Circuit Amps 1 RLA is based on the following conditions OCA Total Over Current Amps Indoor temp 27 CDB 19 5 CWB MFA Max Fuse Amps see note 7 Outdoor temp 35 CDB LRA Locked Rotor Amps 2 TOCA means the total value of each O
31. re Service port in the unit Grounding terminal M5 in switch box Refrigerant piping intake Power supply wiring intake knock hole 9 34 Control wiring intake knock hole 9 27 Drain outlet 3TW26324 1 unit mm Gas pipe connection 9 15 9 flare Liquid pipe connection 9 9 5 flare Service port in the unit Grounding terminal M5 in switch box Refrigerant piping intake Power supply wiring intake knock hole 9 34 Control wiring intake knock hole 9 27 Drain outlet 3TW26344 1 I Split Sky Air Outdoor Units 20 l Outdoor Units R 410A REQ B8V3B_REQ B8W1B 7 Dimensional drawing amp centre of gravity 7 1 Dimensional drawing REQ125B unit mm Hole for anchor bolt 4 M12 Gas pipe connection 9 15 9 flare Liquid pipe connection 99 5 flare Service port in the unit Grounding terminal M5 in switch box Refrigerant piping intake Power supply wiring intake knock hole 9 34 Control wiring intake knock hole 9 27 Drain outlet 345 355 00 Y O UV P WN gt YY 7 UY SA 277 SSL 70 102 117 3TW26364 1 21 I Split Sky Air Outdoor Units e
32. the oil held inside the riser piping flowing back into the compressor when stopped and causing liquid compression phenomenon or cases of deterioration of oil return it well be necessary to provide a trap at an appropriate place in the riser gas piping A trap is not necessary when the outdoor unit is installed in a higher position than the indoor unit 4TW25149 8 31 I Split Sky Air Outdoor Units l e Outdoor Units R 410A REQ B8V3B_REQ B8W1B 11 Installation 11 2 Service space A Non stacked installation NE EE mea E ee m uu a B A er EE ra mag a Geen in fo Er re 2000 LO lt Lis112H 21250 WoH LtsH B Stacked installation 1 Obstacles exist in front of the outlet side 2 Obstacles exist in front of the air inlet Do not stack more than one unit Legend 4 Suction side obstacle d Discharge side obstacle Left side obstacle Right side obstade SY oo side obstade s v Obstacle is present In these cases dose the bottom of the installation frame to prevent discharged air from being bypassed In these cases only 2 units can be installed This situation is not allowed Figures between indicate the dimensions only for the 100 125 dass models About 100mm is required as the dimension for laying the upper outdoor unit s drain pipe Get the portion A sealed so that air from the outlet does not bypass C Multiple row installation 1 Installation of one unit
33. uence of fan motor heat is included EWB Entering wet bulb temp CWB ZE TI Shows nominal capacities EDB Entering dry bulb temp CDB 3 SHC is based on each EWB and EDB DB Dry bulb temp CDB SHC SHC correction for other dry bulb S j 3 1 TC Total coolina heatina capacit kW SHC 0 29 x 60 x AFR m min x 1 BF x DB EDB 860 Bac Geng eio eod y dek Add SHC to SHC if SHC gt TC then TC equal SHC PI Power input kW 4 Direct interpolation is permissible comp indoor outdoor fan motor Do not extrapolate 7 5 Capacities are based on following conditions Corresponding refrigerant piping length 75m Caution Level difference Om TC and SHC are shown by kW 6 Air flow rate and BF are tabulated below EE Ce V3 230 V 50 Hz I Split Sky Air Outdoor Units W1 400 V 50 Hz Mode FHQ n i w e a B eis 7 Add the following corrections to power in Model Supply FHQ H 3 0 05 WI 0 3 0 07 100 W 0 125 WI 0 put of each model 6 6 1 l e Outdoor Units R 410A REQ B8V3B_REQ B8W1B Capacity tables Cooling capacity tables REQ71 125BW1 Cooling capacity table Outdoor Outdoor te 3 H P 8 4 8 9 96 68 100 69 356 10 1 11 0 11 6 10 0 10 7 11 4 12 1 12 7 13 7 14 6 4 7 T 6 6 6 6 6 7 8 5 2 67 2 72 2 75 3 32 3

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