1 Features
Contents
1. istor discharge pipe rmistor suction pipe istor power module essure switch high ressure sensor low gnal receiver circuit gnal transmission circuit QQ Mm AAA D itting diode service monitor red DI Earth leakage breaker 30mA Power module El comp assy front aan a V2R V3R Diode module GBT Connector Option Terminal strip Expansion valve 4 way valve Solenoid valve ise filter oise filter with surge absorber 2TW26736 1B Outdoor SIPL SIPH P lt T BLK Black ORG Orange BLU Blue WHT White RED Red YLW Yellow BRN Brown GRN Green NOTES 1 Refer to the optional manual for connection wiring to X6A 2 Confirm the method of setting the selector switches DS1 by service manual When the unit is shipped by factory all switches are set to be off Printed circuit board Printed circuit board INV Push button switch forced def pump down Capacitor ip switch D C Fuse T 6 3A 250V Fuse F li li se B 5A2. 31W25144 1A RZQS125BV3 unit mm deci ii Gas pipe connection 15 9 flare Liquid pipe connection 9 5 flare Service port in the unit Electronic connection and grounding terminal MS in switch box Refrigerant piping intake Power supply wiring intake knock out hole 34 Control wiring intake Knock out hole 27 Drain outlet 345 lt 355 AN a N C2 HTA fi r ra LH ILU J Nt XI a 7777 9 a i Ey SIT Y x IJA A I i AWA E b Y SS Sn LSO r SoS go 22 WN 1745 TIITII Mf w 3TW26071 1 15 l e Split Sky Air e Outdoor Units i e Outdoor Units R 410A RZQS B7V3 6 Dimensional drawing amp centre of gravity 6 2 Centre of gravity RZQS71 100BV3 ATW26069 3 RZQS125BV3 ATW26079 3 l e Split Sky Air e Outdoor Units 16 17 7 I e Outdoor Units R 410A RZQS B7V3 Piping diagram RZQS71 100BV3 Indoor unit CASE check valve lt Flare connection RZQS125BV3 Heat exchanger Filter Indoor unit Low pressure sensor Field piping 9 5 C1220T 0 Field piping 15 9 C1220T 0 Compressor Electronic expansion Service port 5 16 Muffler High pressure switch Heat ex
3. Nominal heating capacities are based on indoor temperature 20 CDB outdoor temperature 7 CDB amp CWB Power Sum Voltage range 10 am Current Complies to E N6100 3 3 Recomended iss Wiring For Power Remark see installation manual 4P W32097 1 For connection Remark see installation manual 4P W32097 1 wa AA Power Supply Intake Outdoor unit only Notes S ee separate drawings for electrical data Power supply to the FDQ indoor unit is separate e Split Sky Air e Outdoor Units e Outdoor Units R 410A RZQS B7V3 3 Electrical data RZQ71 125BV3 Power supply Votage range TOCA FCQ7IBV3 RZQS71BV3 16 210 FCQ35BV3x2 RZQS71BV3 E eee 310 045x2 50 23 Nur Max 50Hz253V i Lo l 0 125 0 meee A 16 2116 310 065x2 x 10 ae 2116 21 0 3 10 06202 230 816 16 2116 2 0 0 043 0 090 RZ051008V3 5 RZQS1008V3 5 0 045x2 0 045x3 0 co 1G FFQ50BV3x2 50 23 4119 E E 3 10 055x2 RZQS1008V3 8119 ee 3 10 055x3 RZQS 100BV3 o Sk 17 110 3 10 135 50 230 4119 177117 71 0 3 10 085x2 50 230 NIE 50 230 0 049 50 230 50 230 Min 50Hz207V 0 125x2 50 230 0851 0 065x4 50 230 o 19 0 062x2 62K 50 230 0 06214 50 230 3D055645 sv NOTES MCA Min Circuit Amps A 1 RLA is
4. 1 i Indoor unit 4 way valve Muffler Low pressure sensor uffler p lt t exchanger One way valve gt Branch duct connection Option Field piping 9 5 C 12201 0 Field piping 15 9 p gt Service port 5 16 C 1220T 0 Compressor High pressure switch Outdoor unit Heating Cooling Field piping Note 1 The pipes between the branch and the indoor units should have the same size as the indoor connections Filter Field piping Stop valve with service port 5 16 flare ee I I 31W26735 2 PLE check valve Flare connection se Screw connection Flange connection gt Pinched pipe gt Spinned pipe Indoor unit RZQS125BV3 One way valve One way valve Heat exchanger Filter One way valve Heat exchanger Solenoid valve Capillary tube SV Electronic expansion valve Capillary tube Field piping Receiver Strainer Capillary tube Field piping gt Service port 5 16 Indoor unit 4 way valve OS 5 P High pressure Filter Low pressure switch Muffler switch Heat exchanger i x gt Branch duct connection Service port Field piping 9 5 5 16 C1220T 0 Option Field piping 9 15 9 C1220T 0 Compressor Outdoor unit Heating Field piping Cooling Filter Field piping Note 1 The pipes between the
5. 0 13 10 Rated power input of each model is tabulated below Pair Twin FCOSOBx3 FFQSOBx3 FBQ50Bx3 FHQSOBX3 45 0 25 06092 AFR 18x2 15x2 19x2 17x2 BF 0 1x2 0 11x2 0412 0 2x2 Double twin FCQ35Bx4 FFQ35Bx4 FBO35Bx4 FHQ35Bx4 AFR 14x4 104 1154 13x4 BF 0 16x4 0254 0454 024 Triple FCOBOBX2 FFQGOBx2 FRO6OBx2 FHQ60D2 Double twin ee ae H 436 44 4488 476 l e Split Sky Air e Outdoor Units e Outdoor Units R 410A RZQS B7V3 5 Capacity tables 5 4 Capacity correction factor RZQS71 125BV3 Capacity in function of field piping length for non inverter Capacity Field piping length m Cooling 3TW29069 3 Heating i e Split Sky Air e Outdoor Units 14 I e Outdoor Units R 410A RZQS B7V3 6 Dimensional drawing amp centre of gravity 6 1 Dimensional drawing RZQS71 100BV3 Hole for anchor bolt 4 M12 Gas pipe connection 15 9 flare Liquid pipe connection 9 5 flare Service port in the unit Grounding terminal M5 in switch box Refrigerant piping intake Power supply wiring intake knock out hole 34 Control wiring intake Knock out hole 27 Drain outlet 345 355 00 YOU Js UU N HEHEH EEESEHSESH o
6. 21 10 8 6 75 0 84 10 5 1 10 22 0 30 113 6 06 0 85 11 0 654 0 92 10 6 6 39 1 01 10 2 6 21 1 11 24 0 32 11 8 6 57 0 85 114 6 45 0 93 11 0 30 1 02 10 6 6 13 1 12 3D055647 NOTES SYMBOLS 1 Ratings shown are net capacities which include a deduction for indoor fan motor heat 3 mi 2 On the figure the mark hoy the max at standard conditions AFR Air flow rate m min On the figure the mark __ show rated capacity and rated coefficient of power input BF Bypass factor However the max capacity is not guaranteed except at standard condition EWB Entering wet bulb temp CWB 3 On the tables show rated capacity and rated coefficient of power input EDB Entering dry bulb temp CDB 4 Aa o E de a oe SA 16 Total cooling heating capacity kW rrecti r r dry bu E j SHC 0 02 x AFR m min x 1 BF x DB EDB SHC Sensible heating capacity kW Add SHC to SHC Pl Power Input kW 5 Capacities are based on following conditions comp indoor outdoor fan motor Outdoor air 85 RH however the condition on nominal capacity is 7 CDB 6 CWB heating CPI Coefficient of power input Corresponding refrigerant piping length 75m Level difference 00m 6 Coefficient of power input is the percentage when the rated valve is defined as 1 00 Caution 7 The value contains less than 5 error acording to indoor unit type 8 Heating capacity include the drop of frost formation TC and SHC are shown by kW 9 Air flow rate and BF are
7. E 1 I e Outdoor Units R 410A RZQS B7V3 Features Outdoor units for pair twin triple double twin application The Sky Air Inverter is developed for use in shops restaurants and smal offices This innovative Daikin unit provides a more comfortable environment and offers great savings in energy consumption to shop and office owners The use of inverter type outdoor units results in an air conditioning system with a high energy efficiency and very low sound level An inverter driven compressor allows the capacity to be adjusted precisely to match variations in room and outside temperatures During start up the room can be cooled down or heated very quickly Once the temperature inthe room has reached its set point the low power operation starts to save energy Daikin outdoor units are neat and sturdy and can be mounted easily on a roof or terrace or simply placed against an outside wall Outdoor units are fitted with either a swing or scroll compressor renowned for low noise and high energy efficiency A special acryl precoated fin for ant corrosion treatment on the heat exchanger ensures greater resistance against severe weather conditions l e Split Sky Air e Outdoor Units i e Outdoor Units R 410A RZQS B7V3 2 Specifications 2 1 NOMNAL CAPACITY AND NOMINAL INPUT R2QS71IBNB RZQS10087 8B RZQSIZBA2B For Indoor Units FCQ71B 7V 3B FCQ100B7V3B FCQ125B7V3B combination indoor units outdoor units Condi
8. L 1 L L l L L 0 0 2 0 4 0 6 0 8 0 10 0 12 0 14 0 51 12 8 Capacity range Rated point Heating capacity kW Heating capacity 400V 50Hz Indoor Outdoor temp CWB EDB 10 0 TC CPI CPI A O m y D 160 1 91 1 07 0 97 18 0 1 90 1 11 1 01 20 0 1 89 1 15 11 2 1 05 21 0 189 1 17 63 12 107 22 0 1 38 1 20 8 03 1 26 9 37 132 11 2 1 04 12 0 1 09 24 0 1 81 1 24 8 62 130 936 136 11 2 108 120 1 13 3D055647 NOTES SYMBOLS 1 Ratings shown are net capacities which include a deduction for indoor fan motor heat 3 mi 2 On the figure the mark the max at standard conditions AFR Air flow rate m min On the figure the mark show rated capacity and rated coefficient of power input BF Bypass factor However the max capacity is not guaranteed except at standard condition EWB Entering wet bulb temp CWB 3 On the tables show rated capacity and rated coefficient of power input EDB Entering dry bulb temp CDB es Tc Foalcoong eatng capaci wy SHC 0 02 x AFR m min x 1 BF x DB EDB t S Cay te Add SHC to SHC i 5 Capacities are based on following conditions CPI Sel EG ss oq motor O Outdoor air 85 RH however the condition on nominal capacity is 7 CDB 6 CWB heating Corresponding refrigerant piping length 75m Level difference Om Coefficient of power input is the percentage when the rated valve is defined as 1 00 The value contains le
9. branch and the indoor units should have the same size as the indoor connections Stop valve Indoor unit with service port 5 16 flare 31W26745 2 HL Check vave Flare connection E Screw connection Flange connection gt Pinched pipe gt Spinned pipe l e Split Sky Air e Outdoor Units 18 I e Outdoor Units R 410A RZQS B7V3 RZQS100BV3 Heat exchanger Heat exchanger Filter Piping diagram Indoor unit with service port 5 16 flare Stop valve Field piping Field piping Indoor unit Field piping Field piping t exchanger Filter Indoor unit Branch duct connection Option Field piping Field piping Field piping 9 5 C12201 0 Field piping 15 9 C1220T 0 Electronic expansion valve One way One way Heat exchanger Service port 5 16 Capillary tube Capillary tube Solenoid valve sv I Receiver Strainer 4 way valve a SN cl Low pressure switch Muffler p lt Muffler Service port 5 16 p gt Compressor High pressure Outdoor unit Note 1 The pipes between the branch and the indoor units should have the same size as the indoor connections Heating Cooling CPI check vave Fla
10. diq ELV O E6VED BLED ELV O L8EO XE GVEP 8 LEO OSL O L6LO VS7O uonpns si np 1 adi Joyejnsuy jenuew uonel e1sul v90 s69 pinbij 432Np 1 adig LTLO6SLO uorpns Jaanpai adig 10 8e nsu PRNO jenuew uonel e1su L6L YSZ O uoipns 42N p1 adi Jo ejnsu jenuew uonel el1sul 1ole nsu PRNO jenuew uonel el1sul 10 8e nsu RMNO SJQUIO uonmpun apis seb uonons uompunf apis seb abieupsiq RNO 7 PRNO z a PANO LOLWZZ4HA 191 WZZ4HA LOEVZZ4HA LV9IVZZ4HA 1SZVWZZ4HA L9LWSZIHA LOEVSZIHA LV9IVSZIHA 1SZVSZ4HA 17 V8Z634HA uonpun apis pinbi EAASZL LLSOZU e Split Sky Air e Outdoor Units 27 i e Outdoor Units R 410A RZQS B7V3 11 Operation range RZQS71 100 125 140BV3 Heating Outdoor temp CDB 5 o E O O O O O 10 15 20 25 30 Indoor temp CWB Indoor temp 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 31W29063 1 l
11. e Split Sky Air e Outdoor Units 28
12. exchanger Indoor unit Field piping Field piping exchanger Filter Indoor unit Field piping Field piping Heat exchanger Indoor unit Field piping Field piping HL Check vave Flare connection Screw connection Field piping 095 Field piping 015 9 Branch duct connection Option Field piping 09 5 Field piping 0159 SV Solenoid valve Field piping 9 9 5 Filter C1220T 0 sensor p lt Field piping 15 9 C1220T 0 Low pressure One way valve One way valve l One way valve One way valve One way valve Capillary tube Electronic apillary tube expansion vale Receiver Strainer Capilary tube ervice port 4 way valve N a7 5 16 p High pressure switch P gt Muffler Compressor Heat exchanger Service j port 5 16 Stop valve with service port 5 16 flare Outdoor unit Note 1 The pipes between the branch and the indoor units should have the same size as the indoor connections Flange connection gt Pinched pipe gt Spinned pipe l e Split Sky Air e Outdoor Units Heating 3TW26755 4 20 I e Outdoor Units R 410A RZQS B7V3 8 Wiring diagram 8 1 Wiring diagram RZQS71 100BV3 L Live N Neu
13. gu enueu uonel el sui sadid paysuld 1Aole nsu Jenuew uonel e sul sadid paysuld J0 e nsu enueu uonel el sul sadid paysuld JO e nsu si u1lO Japeay apis seb uonons 10 Japeay apis sep abseupsiq ang 6510 9 x S60 9 x 790 099 027 09 x Z E X 790 PRNO S60 00E 09 XG ad 6510 sayduelq g HOEVSZ4HA Ssayduelq 9 0 027 09 XL Po R l I H H jora il Sayduelq g yepno 9 X SODA 9 x 790 099 OZ 09 x Z os pa YA s ubueq g Japeay apis pinbr7 s ubueq g HOLVZZ4HA Sayduesq y S69 L 210 eBieyposip si93npal adig s ELV O EVED B LED ELV O LBEo CE BVED BLED LZLO GSLO L6LOVSZO y LULO 6SLO yon a UOHINS SISINPAI diq gt JOJe nsu Sn PRNO jenuew uonel el1sul v9 S6 pinbi su x2np adid S6 L 8 eBIeyposip siaampal adig LTLO OSLO uonons sisnpas adig RMNO 1oye nsul PRNO TaD sm ba jenuew uonel el1sul 6SL4 L6L S6E9 LT7LO eBseupsip ssaanpa adig L6Lo 7S7o uonpns SISINPAI adig Joyensu PRNO pe 27 jenuew uonel el1su 1ole nsu gnueu uonejie1sul V9 S6 lt l lt l 6SL L 61 pinbi s4a2Np 1
14. l l l L l 0 0 1 0 20 a Vf 4 0 5 0 T 1 s 0 9 0 32 Capacity range Rated point Cooling capacity kW Cooling capacity 230V 50Hz Indoor Outdoor temp CDB EWB EDB 25 30 35 40 TC SHC P TC SHC P TC SHC P Ic SHC P 9 po eN 7 l 16 0 0 89 6 66 4 62 0 99 639 449 109 18 0 091 6 95 461 1 00 6 67 44 1 10 19 0 091 7 10 4 60 1 00 6 82 4 46 1 10 195 091 AI 459 1 00 6 89 4 46 1 10 22 0 15 454 1 01 126 441 1 11 24 0 32 831 4 66 0 85 8 12 458 093 185 4 48 1 02 15 435 1 12 3D055646 NOTES SYMBOLS 1 Ratings shown are net capacities which include a deduction for indoor fan motor heat I Sii 2 On the figure the mark O show the max at standard conditions dd ee aie m min On the figure the mark show rated capacity and rated coefficient of power input I AE actor However the max capacity is not guaranteed except at standard condition EWB Entering wet bulb temp CWB 3 On the tables show rated capacity and rated coefficient of power input EDB Entering dry bulb temp CDB 4 SHC is based on each EWB and EDB TC Total cooling heating capacity kW SHC SHC correction for other dry bulb SHC Sensible heating capacity kW SHC 0 02 x AFR m min x 1 BF x DB EDB PI Power input kW ae sis ene comp Indoor outdoor fan motor 5 Capacities are based on following conditions CPI Coe dento
15. level A scale according to IEC Reference acoustic intensity 0dB 10E 6uW m Measured according to ISO 3744 l e Split Sky Air e Outdoor Units 24 I e Outdoor Units R 410A RZQS B7V3 10 Installation 10 1 Installation method RZQS71 125BV3 A Non stacked installation Legend lt A ay 1D E 4 Suction side obstacle i PO A Y YY 2100 100 Ha tt Discharge side obstacle w ee ee y ZT TZ RA PA EEE elas _ l J sw w o Top side obstacle 1 LIH gt 150 250 21000 POLIS von Lict2 OcL1 lt T 2H a RR q Right side obstacle Y Y rr a 250 100 Th Obstacle is present 1000 SZ ge In these cases close the bottom of ZT T7TZ T T km e L L L the installation frame to prevent Pete fe fa fo tame j eee EA A L ll sem o EE mm O e L L an 1500 In these cases only 2 units can be Installed 11 lt H 2200 300 lt 500 21000 Y Y 1 Obstacles exist in front of the outlet side 2 Obstacles exist in front of the air inlet This situation is not allowed Figures between indicate the dimensions only for the 100 125 140 class models B Stacked installation Do not stack more than one unit 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 per row 2 I
16. t g Outdoor air 85 RH however the condition on nominal capacity is 7 CDB 6 CWB i Peer CE POST DRU heating Corresponding refrigerant piping length 7 5 m Caution Level difference Om 6 Coefficient of power input is the percentage when the rated valve is defined as 1 00 TC and SHC are shown by kW 7 The value contains less than 5 error acording to indoor unit type 8 Heating capacity include the drop of frost formation 9 Air flow rate and BF are tabulated below Pair Multi FB BoB FHO7IB FAQTIB FCQ35Bx2_ FQB FBQ35Bx2_ FHQ35Bx2 10 Rated power input of each model is tabulated below Pair Multi FCQBSBx2 AFR 18 19 17 19 142 102 1152 BF 0 10 0 11 0 10 0 08 BF 0 16x2 0 25x2 0 15x2 0 2x2 l e Split Sky Air e Outdoor Units 8 5 I e Outdoor Units R 410A RZQS B7V3 5 Capacity tables 5 2 Cooling capacity tables RZQS100BV3 Cooling Ar E 106 ob ae 0 5 H 0484 0 4 oefticient of power Input 02 L 09 Eros l 0 0 2 0 1 l 1 L 1 1 8 0 o Capacity range Rated point Cooling capacity kW Cooling capacity 400V 50Hz ndoo Outdoor temp CDB EWB EDB 25 C C TC SHC P TC P kW kW KW 16 0 22 9 12 6 19 0 76 9 10 1 09 18 0 25 10 5 6 78 0 83 10 1 1 10 19 0 21 10 7 6 76 0 84 10 4 1 10 19 5
17. tabulated below Pair Twin Fcoroog Feaioog FHQI00B FAQIOOB FCQ35x3 FFQ35Bx3 FROS FHQ359G BF 0 16 020 014 0 10 BF 0 16x2 0460 0152 04 Triple Model FCQ50Bx2 FFQ508x2 FBQ50Bx2 FHOS Bx2 AFR 143 10x3 11 53 13x3 BF 0 16x3 0 25x3 0 15x3 0 2x3 10 Rated power input of each model is tabulated below Pair Model FQ FCOSOBNZ Cooling 33 38 45 408 oo Twin FHQS0Bx2 4 15 3 99 oo Triple Mode Cooling Heating heating FCQ35Bx3 FFQ35Bx3 FBQ35Bx3 FHQ35Bx3 9 I e Split Sky Air e Outdoor Units i e Outdoor Units R 410A RZQS B7V3 5 Capacity tables 5 2 Cooling capacity tables RZQS125BV3 Coefficient of power Input 1 l L 1 2 0 L L l L 4 0 5 7 L L L L ka l L L 1 8 0 1 l L L 1 10 0 Capacity range Rated point Cooling capacity kW Cooling capacity 400V 50Hz lor Outdoor temp CDB EWB EDB 2 30 35 40 C P TC SHC P TC SHC P KW KW KW KW 16 0 0 89 11 7 8 14 0 99 113 190 109 18 0 091 12 2 8 12 1 00 118 188 1 10 19 0 2 133 8 45 0 84 129 8 29 091 125 8 09 1 00 12 0 186 1 10 195 2 135 8 44 0 84 13 1 8 28 091 126 8 08 1 00 12 1 185 1 10 22 0 30 142 8 33 0 85 138 8 18 0 92 13 3 1 99 1 01 128 1 76 1 11 24 0 32 147 8 21 0 85 143 8 06 093 13 8 1 88 1 02 133 1 6 Ar
18. 13 3D0455649A NOTES SYMBOLS 1 Ratings shown are net capacities which include a deduction for indoor fan motor heat al 2 On the figure the mark show the max at standard conditions AFR Air flow rate m min On the figure the mark show rated capacity and rated coefficient of power input BF Bypass factor However the max capacity is not guaranteed except at standard condition EWB Entering wet bulb temp CWB 3 On the tables show rated capacity and rated coefficient of power input EDB Entering dry bulb temp CDB A ne on ed a all a E 16 Total cooling heating capacity kW correction for other dry bu E i SHC 002 x AFR m 3 min x 1 BF x DB EDB a lod capaci te to l 5 Capacities are based on following conditions comp indoor outdoor fan motor Outdoor air 85 RH however the condition on nominal capacity is 7 CDB 6 CWB heating CPI Coefficient of power input Corresponding refrigerant piping length 7 5 m Level difference Om 6 Coefficient of power input is the percentage when the rated valve is defined as 1 00 Caution 7 The value contains less than 5 error acording to indoor unit type h k 8 Heating capacity include the drop of frost formation TC and SHC are shown by W 9 Air flow rate and BF are tabulated below Pair Triple AFR Br Twin FCOSOBx3 FFQSOBx3 FBO50Bx3 FHQ50Bx3 AFR 153 12x3 143 133 BF 0 16x3 0 163 0 155 0 1x3 0 07 31 35 30 0 14
19. 20uPa Measuring location Measuring location discharge side discharge side 23 l e Split Sky Air e Outdoor Units e Outdoor Units R 410A RZQS B7V3 9 Sound data 9 2 Sound power spectrum RZQS71BV3 RZQS100BV3 Sound power level dB Sound power level dB HIHI y A Le i AAA AA Y AU LAL WILT VE Y H KALAN AAA AT A A V LA H A a y Y Y Y y Y Y 7 d 4 Zi 4 4 4 d d AA HH AAAA A a a AE E a 250 500 1000 2000 4000 8000 63 5 250 500 1000 2000 4000 8000 3TW29067 3 Octave band center frequency Hz 3TW29077 3 Octave band center frequency Hz N NOTES NOTES dB A A weighted sound pressure level A scale according to IEC dB A A weighted sound pressure level A scale according to IEC Reference acoustic intensity 0dB 10E 6uW m Reference acoustic intensity 0dB 10E 6uW m Measured according to ISO 3744 Measured according to ISO 3744 RZQS125BV3 Sound power level dB a AA TEPANI TT aT AA Lu AA AA AA L HI TL lt g 125 250 500 1000 2000 4000 8000 3TW29087 3 Octave band center frequency Hz NOTES dB A A weighted sound pressure
20. 250V ight emitting diode service monitor green ight emitting diode service monitor green R1 R2 Resistor Net D XxmMO EEE x507 tic contactor r coil tic relay Y19 r discharge pipe tic relay istor suction pipe tic relay E1HC rmistor power module tic relay V25 ressure switch high rankcase heater L actor re sensor low r compressor ignal transmission circuit r fan r module circuit eakage breaker 30mA ight emitting diode service monitor red RIT Thermi stor air El comp assy front View A Reactor box AAA V2R V3R Diode module VIT GBT X6A Connector Option XIM Terminal strip E Expansion valve 4 way vale 5 Solenoid valve CIX oise filte 3C ZAC F oise filte F oise filter with surge absorber 21W26746 1 21 l e Split Sky Air e Outdoor Units Sound pressure level dB Sound pressure level dB e Outdoor Units R 410A RZQS B7V3 Sound data 63 3TW29067 1A NOTES Data is va
21. 3 On the tables show rated capacity and rated coefficient of power input SHC Sensible heating capacity kW 4 SHC is based on each EWB and EDB p Power input kW SHC SHC correction for other dry bulb ke ideor t SHC 0 02 x AFR m min x 1 BF x DB EDB comp indoor outdoor fan motor Add SHC to SHC CPI Coefficient of power input 5 Capacities are based on following conditions Outdoor air 85 RH however the condition on nominal capacity is ae 7 CDB 6 CWB heating Caution Corresponding refrigerant piping length 7 5 m TC and SHC are shown by kW Level difference Om 6 Coefficient of power input is the percentage when the rated valve is defined as 1 00 7 The value contains less than 5 error acording to indoor unit type 8 Heating capacity include the drop of frost formation 9 Air flow rate and BF are tabulated below Pair Multi FCQ71B FBQ7IB FQ7 FAQTIB FCQ35Bx2 FFQB5Bx2 FBQ35B2 FHOBSBxZ ARR 18 19 17 19 14x2 10x2 1152 13x2 BF 00 011 0 10 008 BF 0 162 0252 015 0 2x2 10 Rated power input of each model is tabulated below a Pair FCQ71B FBQ71B FHO71B FAQ71B Multi l e Split Sky Air e Outdoor Units i e Outdoor Units e R 410A RZQS B7V3 5 Capacity tables 5 3 Heating capacity tables RZQS100BV3 Heating Coefficient of power Input 0 L L L if L L 1 L L L 1 L 1 L l L 1 L L 1
22. 3D055649A NOTES SYMBOLS ee eee AFR Ah fow rate mmn On the figure the mark show rated capacity and rated coefficient of power input BF Bypass factor However the max capacity is not guaranteed except at standard condition EWB Entering wet bulb temp CWB 3 On the tables show rated capacity and rated coefficient of power input EDB Entering dry bulb temp CDB 4 O SHC conection for ia an i TC Total cooling heating capacity kW A a SHE Sensible heating capacity kW o a m min x 1 BF x DB EDB i power not ie 5 Capacities are based on following conditions comp indoor outdoor fan motor Outdoor air 85 RH however the condition on nominal capacity is 7 CDB 6 CWB heating CPI Coefficient of power input Corresponding refrigerant piping length 7 5 m Level difference Om 6 Coefficient of power input is the percentage when the rated valve is defined as 1 00 Caution TA TC and SHC are shown by kW 9 Air flow rate and BF are tabulated below Pair Twin AFR 31 35 30 45 en 00 013 025 Triple FCOSOBx3 FFQSOBx3 FBO50Bx3 FHQ50Bx3 AFR 158 123 148 138 BF 0 16x3 0463 0 15x3 0 1x3 10 Rated power input of each model is tabulated below Pair FCO1258 FBQ1258 FHQ1258 FDQ125B Triple EEL 2 Hee 436 441 48 476 FCQ60BXI AFR 18x2 Aue n v 17x2 BF 0 1x2 0 1 1x2 11x2 0 2x2 Double twin FCQ35Bx4 FFQ35Bx4 FBO35Bx4 FHQ35Bx4
23. AFR 14x4 104 1154 13x4 BF 0 16x4 0 25x4 0454 0244 Twin FCQ60Bx2 FFQ6OBx2 FBO6OBx2 FHQ60D2 Double twin te od a e 43 44 48 476 l e Split Sky Air e Outdoor Units 10 5 5 I e Outdoor Units R 410A RZQS B7V3 Capacity tables 3 Heating capacity tables RZQS71BV3 Heating oefticient of power Input 1 4 0 0 E L 1 1 1 i 1 L L L L 1 L 1 1 L 1 J 1 1 L 1 1 L i 0 0 2 0 E 6 0 8 0 110 0 12 0 3 5 Capacity range kargo pomt Heating capacity kW Heating capacity 230V 50Hz ndoo Outdoor temp CWB EDB 10 3 0 6 10 Pq TC P TC P TC PI ie P TC P k KW KW k k 16 0 5 08 1 12 6 22 1 17 1 23 18 0 5 07 1 16 6 21 1 22 1 28 20 0 5 07 121 6 20 1 27 133 21 0 5 66 1 23 6 20 1 29 135 22 0 5 06 1 25 6 19 132 240 5 09 130 6 19 136 6 2 143 1 98 1 08 8 59 1 13 3D055646 NOTES SYMBOLS 1 j are net capacities which include a deduction for indoor fan AFR Air flow rate m min 2 On the figure the mark O show the max at standard conditions BF Bypass factor On the figure the mark show rated capacity and rated coefficient of EWB Entering wet bulb temp CWB power input EDB Entering dry bulb temp CDB However the max capacity is not guaranteed except at standard condition TC Total cooling heating capacity kW
24. based on the following conditions TOCA Total Over Current Amps A sh aa 50Hz 230V aie MFA Max Fuse Amps See note 7 A Indoor temperature 27 CDB 19 CWB Indoor temperature 20 0 CDB MSC MSC means the max current during the Outdoor temperature 35 CDB Outdoor temperature 7 0 CDB 6 0 CWB starting of compressor A 2 TOCA means the total value of each OC set RLA Rated Load Amps A 3 Voltage range OFM Outdoor Fan Motor A Units are suitable for use on electrical systems where voltage supplied to unit terminals is not below or un en above listed operation range limits 4 Maximum allowable voltage unbalance between phases is 2 led APS 5 MCA represents maximum input current MFA represents capacity which may accept MCA kW Fan Motor Rated Output kW next lower standard fuse rating min 15A 6 Select wire size based on the larger value of MCA or TOCA 7 MFA is used to select the circuit breaker and the ground fault circuit interrupter earth leakage circuit breaker 8 For more details concerning conditional connections see http extranet daikineurope com select E Data Books Finally click on the document title of your choice 5 l e Split Sky Air e Outdoor Units i e Outdoor Units R 410A RZQS B7V3 4 Options Available option for RZQS71 125BV3 Kit name RZQS71B7V3B RZQS100B7V3B RZQS125B7V3B Central drain plug KKPJ5F180 Refrigerant branch piping Twin KHRQ22M20TA Demand adapter kit KRP58M51 Name of
25. changer Service port 5 16 Stop valve with service port 5 16 flare WE Screw connection JE Flange connection X Pinched pipe gt Spinned pipe id val enoid valve y tube Low pressure switch Filter p lt Field piping 9 5 C1220T 0 Field piping 15 9 C1220T 0 Compressor apillary tube Capillary Receiver Outdoor unit One way valve One way valve One way valve Electronic expansion valve Strainer Capillary tube gt Service port 5 16 4 way valve a h a High pressure switch p gt Heating Cooling 31W26735 1 Heat exchanger gt Service pori 5 16 Stop valve with service port 5 16 flare CAE check valve lt e Flare connection Sl Screw connection JE Flange connection X Pinched pipe gt Spinned pipe Outdoor unit l e Split Sky Air e Outdoor Units o Heating Cooling 31W26745 1 i e Outdoor Units R 410A RZQS B7V3 7 Piping diagram RZQS71 100BV3 Electronic expansion valve One way valve ll One way valve Heat exchanger gt Heat exchanger Service port 5 16 One way valve One way valve Capillary tube Solenoid valve SV Field piping Receiver Filter Field piping Strainer we y Y
26. es E ED IN Fin WF fin FPE Anti corrosion treatment P E AF Rae Cons mmn Bm 230V Ta ee 5325702 s es E r roma Heating rpm 715 920 767 a 7 Quantity O 1 IAE EI J T1006 VD Hermetical ly sealed scroll compres sor 2200 Sp C FR Compressor Quantity Motor Model 2YC63B XD 2YC63B XD Type Hermetically sealed swing compressor Motor 1800 1800 Output Crankcas e Heater Operation Cooling Min C DB 5 Heating Min CWB 15 0 gia CWB 15 5 SoundLevel Cooling S ound dB A 65 0 nominal P ower S ound dBA 49 Pressure Heating Sound dBA 51 0 55 0 530 Pressure 46 0 460 15 0 155 670 U1 15 5 67 0 Oo W 51 0 510 un Night quiet Refigerant R 410A Expansion valve electronic type Sa chagavame O ooo o SS o 5 L 5 3 l e Split Sky Air e Outdoor Units e Outdoor Units R 410A RZQS B7V3 2 Specifications 22 TECHNCAL SPECIFICATIONS p Laudon Quay connections pe OD Gas Quant ype Flare connection Diameter 15 9 159 0D ii Dan 0D ripaglengh t SS Additional Refrigerant kg m see installation manual 4P W32097 1 Installation Maximum m 15 30 30 height difference difference VET Defost Conta Capaciy Corto Me o Safely Devices Standar Access Quant staan man quant Nominal cooling capacities are bas ed on indoor temperature 27 CDB 19 CWB outdoor temperature 35 C DB Notes
27. essure level A scale according to IEC Reference acoustic pressure OdB 20uPa l e Split Sky Air e Outdoor Units 7 7 jil a w gt Octave band center frequency Hz im Measuring location discharge side a s gt Octave band center frequency Hz Am Y Measuring location discharge side 22 e Outdoor Units R 410A RZQS B7V3 9 Sound data 9 1 Sound pressure spectrum RZQS125BV3 Cooling RZQS125BV3 Heating 90 Sound pressure level dB Sound pressure level dB Y y 3 ALTA A a ALI AUAA A TL LL L AAAA a A A A A 4 43 a Zi a A F y SUOTA AI ACA SA O VR 3 LLULLA L IL Dl qT E 10 3 On a tU gt 500 1000 2000 4 3TW29087 1A Octave band center frequency Hz 3TW29087 2A Octave band center frequency Hz NOTES NOTES e 00 8000 a as gt Data is valid at free field condition Data is valid at free field condition Data is valid at nominal conditions 4 Data is valid at nominal conditions dB A A weighted sound 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 0dB
28. lid at free field condition Data is valid at nominal conditions dB A A weighted sound pressure level A scale according to IEC Reference acoustic pressure OdB 20uPa ENENS EE N __ __ _ NE A ENE 250 500 1000 2000 40 8000 3TW29077 1A NOTES Data is valid at free field condition Data is valid at nominal conditions dB A A weighted sound pressure level A scale according to IEC Reference acoustic pressure OdB 20uPa Sound pressure spectrum a gt Octave band center frequency Hz m Measuring location discharge side a es gt Octave band center frequency Hz Am Z Measuring location discharge side Sound pressure level dB Sound pressure level dB RZQS71BV3 Heating COC CE r 2 AR a AA ullu l Ud LH 3TW29067 2A NOTES Data is valid at free field condition Data is valid at nominal conditions dB A A weighted sound pressure level A scale according to IEC Reference acoustic pressure OdB 20uPa 3TW29077 2A NOTES Data is valid at free field condition Data is valid at nominal conditions dB A A weighted sound pr
29. nstalling multiple units 2 units or more in lateral connection per row T 000 Relation of dimensions of H A and L are shown in the table below 0 lt L lt 1 2H 12 H lt L Installation impossible 31W26739 4 25 l e Split Sky Air e Outdoor Units I e Outdoor Units e R 410A RZQS B7V3 10 Installation 10 2 Refnet pipe systems l e Split Sky Air e Outdoor Units 26 dO L 6SS5 1 MLZ 9 x 6510 9 X V6 PRNO jenuew uonel e sul PRNO Jole nsu reg PRNO Ignueui uone eysul PRNO 2905691710 RNO Te for on pal odig Emo VSTOBLED 6SLO LELO 9 x 70 9 x 6510 095 08 XZ j ESL 007 08X5 OL 027 09 XZ gee Sassasss s ubueq g HO9VSZ4HA e Outdoor Units R 410A RZQS B7V3 tems Installation 10 2 Refnet pipe sys 10 LZLO 6SL9 uonons Pl33NPal diq jenuew uonel e1sui sadid p upuld JO e nsu EX LUD EX 650 ant Z x TOO 007 08 x5 EX gua i TX 568 enueu uonel elsul sadid pay uld Joyejnsu X Ido 00 09 x S EX ZUON EX 568 Ienueuu uonel elsul sadid payduid JO e nsu Z X 6510 a 095 08 A 9 x 6510 x 9 X V6lg 59 imi i ili ELV PEVED BLED uonpns Jaanpal adi enueu uonel e1sui sadid paysuld Joyejnsu EX LUD EX 650 i 00 08 XS Ex
30. option l e Split Sky Air e Outdoor Units 6 I e Outdoor Units R 410A RZQS B7V3 5 Capacity tables 5 1 Combination table Possible combinations and standard capacity tor twin triple and double twin application Possible indoor combination 1 Simultaneous operation sss Outdoor models MA lt T a D Cout D 35 35 ROSTIBN KIRQ2MDOINI ee 50 50 35 35 35 nee KHRQ22M20TA7 U G 60 60 50 50 50 35 35 35 35 ene KHRQ22M20TA7 KHRQ127H7 x KHRQ22M20TA7 3TW29069 1 NOTES 1 Possible indoor units FCQ35 125B FFQ35 60BV FHQ35 125B FBQ35 125B FAQ71 100B FDQ125B 2 Individual indoor capacities are not given because the combinations are for simultaneous operation indoor units installed in same room E When different indoor models are used in combination designate the infrared remote controller that Is equipped with the most functions as the main unit In note 1 are the indoor units mentioned in order of the possible function most functions are on FCQ less functions are on FAQ 4 Between brackets are the required Refnet kits mentioned that are necessary to install the combination 7 l e Split Sky Air e Outdoor Units i e Outdoor Units R 410A RZQS B7V3 5 Capacity tables 5 2 Cooling capacity tables RZQS71BV3 Cooling 1 4 126 1 16E Coefficient of power input 0 0 L l l l l l l l l l l
31. re connection E Screw connection Flange connection gt Pinched pipe gt Spinned pipe RZQS125BV3 Heat exchanger Filter Indoor unit Field piping Field piping Heat exchanger Heat exchanger Filter Indoor unit Field piping Field piping Indoor unit Bra a connection Option Field piping Field piping 31W29075 1 Stop valve with service port 5 16 flare Field piping 9 5 C1220T 0 Field piping 9 15 9 C1220T 0 One way valve One way valve One way valve Heat exchanger Solenoid valve One way valve Filter l One way valve l l l l l apillary tube SV Electronic expansion valve Capillary tube Receiver i ae Capillary tube gt Service port 5 16 S NS om High pressure 9 id Muffler p gt Way valve Low pressure switch p lt Filter Compressor Service port 5 16 Outdoor unit Heating Cooling Note 1 The pipes between the branch and the indoor units should have the same size as the indoor connections CPI check valve Flare connection sR Screw connection JE Flange connection X Pinched pipe gt Spinned pipe 19 I e Split Sky Air e Outdoor Units 31W26745 3 i e Outdoor Units R 410A RZQS B7V3 7 Piping diagram RZQS125BV3 Heat exchanger ilter Indoor unit Field piping Field piping Heat
32. ss than 5 error acording to indoor unit type Heating capacity include the drop of frost formation Air flow rate and BF are tabulated below Pair Model FCQ1008 BF 0 16 0 20 0 14 0 10 Model FCQ35Bx3 FFQ35Bx3 FBQ35Bx3 FHQ35Bx3 BF 0 16x3 0 25x3 0 15x3 0 2x3 10 Rated power input of each model is tabulated below Pair Model FCQ100B FBQ100B FHO1008 FAQ100B O OO YO Triple Cooling Heating oo Triple Mode Fco35Bx3 FFOB5BG FBC358 FIQ35BG Cooling Heating Caution TC and SHC are shown by kW oo Twin AFR 15x2 12x2 14x2 13x2 BF 0 16x2 0 16x2 0 15x2 0 1x2 Twin Model FCQ50Bx2 FFQ50Bx2 FBQ50Bx2 FHQ50Bx2 l e Split Sky Air e Outdoor Units 12 5 13 5 RZQS125BV3 Heating e Outdoor Units R 410A RZQS B7V3 Capacity tables 5 3 Heating capacity tables oenicient OT power Input Heating capacity 1 1 l 1 10 0 1 1 l 12 0 Capacity range Heating capacity kW 230V 50Hz a OR Rated point doo Outdoor temp CWB EDB 10 3 0 TC CPI TC CPI 0 KW KW 160 9 76 1 11 10 7 1 16 1 6 18 0 9 74 1 15 10 7 1 21 1 6 20 0 9 73 1 20 10 7 1 26 1 6 21 0 9 73 1 22 10 6 1 28 1 6 22 0 9 12 1 24 10 6 1 31 11 6 137 14 0 1 04 15 1 109 240 Iri Pe 10 6 135 11 5 142 14 0 1 08 15 0 1
33. tion 2 Cooling Standard kW 7 10 10 00 1250 capacity Heating Standard kW 8 00 11 20 14 00 capacity Nonnalnpae cooing Senam Sand For combiraton morst Feny ns _ C TL 5 outdoor units l u uni Labeling Heating i Directive Annualenergyconsumption 1230 1915 2070 Indoor Units FBQ71B7V3B FBQ100B7V3B FBQ125B7V3B capacity capac ity Nommalnp Cooling Senen Senda For combination 333 pe e o c p T c outdoor units Labeling TEIT Directive Annual energyconsumption 1260 1915 2200 Indoor Units FHQ71BUV1B FHQ100B UV 1B FHQ125B UV 1B Condition 2 Cooling Standard kW 7 10 10 00 1250 capacity Heating Standard kW 8 00 11 20 14 00 capac ity Nomalinput_ Cooing Senda For combiraton outdoor units eins am Directive capacity capacity Nominal mpi rr combination idoorurits Perey outdoor units Labeling Heating Directive Annual energy consumption 1265 2040 2225 32 TEGNCALSPECAICAMOS eoe mnm Casing Colour Ivory W hit Painted galansedses e Split Sky Air e Outdoor Units 2 e Outdoor Units R 410A RZQS B7V3 2 Specifications 22 TECHNICAL SPECIFICATIONS Dimersors Uni A cc ee ee e 1 Wi ome o e o G 6 _ 10 eae er Ten nm __ 57 Heat Dimens ions Length mm 857 857 E xchanger Nr ofR ows Fin P itch 1 40 1 40 1 40 NrofP asses Face 0 641 0 641 1 131 Area Nr ofS tages 34 NrofStag
34. tral CELE Field wiring Protective earth screw Wire clamp Terminal Connector Relay connector RT RT F3T A Ba z XIA 2 1 XTA gt oX1BA Colours BLK Black ORG Orange BLU Blue WHT White RED Red YLW Yellow BRN Brown GRN Green LR NOTES 1 Refer to the optional manual for connection wiring to X6A 2 Confirm the method of setting the selector switches DS1 by service manual When the unit is shipped by factory all switches are set to be off sawsi rinted circuit board M A2P Magn rinted circuit board INV Magn Push button switch forced def pump down Magn Capacito R A2P Mag Dip switch Reactor F L L L etic contactor etic relay Y19 etic relay Y25 etic relay se T6 3A 250V Motor compressor ight emitting diode service monitor green Motor fan ight emitting diode service monitor green Power circuit n ight en R2 Resistor T Thermistor air RZQS125BV3 L Live N Neutral CELE Field wiring S Protective earth screw LTT Wire clamp Terminal Connector Relay connector Colours
Download Pdf Manuals
Related Search