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• Split Sky Air • Outdoor Units

16

• Outdoor Units • R-410A • RZQ-DV1

5

Capacity tables

5 - 2

Cooling capacity tables

RZQ140DV1

Cooling

Cooling capacity

Indoor

Outdoor temp. (°CDB)

EWB

EDB

25

30

35

40

(°C)

(°C)

TC

(kW)

SHC

(kW)

CPI

(-)

TC

(kW)

SHC

(kW)

CPI

(-)

TC

(kW)

SHC

(kW)

CPI

(-)

TC

(kW)

SHC

(kW)

CPI

(-)

3D063305

SYMBOLS

AFR:

Air flow rate

(m

3

/min)

BF:

Bypass factor

EWB:

Entering wet bulb temp.

(°CWB)

EDB:

Entering dry bulb temp.

(°CDB)

TC:

Total cooling capacity

(kW)

SHC:

Sensible heating capacity

(kW)

PI:

Power input

(kW)

(comp.+outdoor fan motor)

CPI:

Coefficient of power input.

(-)

Caution:
TC and SHC are shown by kW

NOTES

1. Ratings shown are net capacities which include a deduction for indoor fan motor heat
2. On the figure the mark

j

show the max. at standard conditions.

On the figure the mark

Q

show rated capacity and rated coefficient of power input.

However the max. capacity is not guaranteed, except at standard condition.

3. SHC is based on each EWB and EDB

SHC* = SHC correction for other dry bulb
SHC* = 0.02 x AFR (m

3

/min.) x (1

BF) x (DB*

EDB)

Add SHC* to SHC.

4. Capacities are based on following conditions:

Outdoor air : 85 % RH. however, the condition on nominal capacity is 7° CDB/6° CWB (heating)
Corresponding refrigerant piping length

: 5.0 m

Level difference

: 0 m

5. Coefficient of power input is the percentage when the rated valve is defined as 1.00.
6. The value contains less than 5% error acording to indoor unit type.
7. Air flow rate and BF are tabulated below.

(Pair)

Model

FCQH140D

FCQ140C

AFR

(BF)

34

(0.20)

27.5

(0.22)

(Twin)

Model

FCQH71Dx2 FCQ71Cx2

FBQ71Cx2

FHQ71x2

FUQ71x2

FAQ71x2

AFR

(BF)

21x2

(0.17x2)

15.5x2

(0.19x2)

18x2

(0.08x2)

17x2

(0.1x2)

19x2

(0.07x2)

19x2

(0.08x2)

(Triple)

Model

FCQ50Cx3

FFQ50x3

FBQ50Cx3

FHQ50x3

AFR

(BF)

12.5x3

(0.21x3)

12x3

(0.16x3)

16x3

(0.16x3)

13x3

(0.1x3)

8. Rated power input of each model is tabulated below.

(Pair)

Model

FCQH140D

FCQ140C

Cooling

4.36

5.11

(Twin)

Model

FCQH71Dx2 FCQ71Cx2

FBQ71Cx2

FHQ71x2

FUQ71x2

FAQ71x2

Cooling

4.65

4.85

4.18

4.74

4.74

4.68

(Triple)

Model

FCQ50Cx3

FFQ50x3

FBQ50x3

FHQ50x3

Cooling

4.85

4.63

4.18

4.74

Capacity range

Rated point

Cooling capacity (kW)

Coefficient

of

power

input.

(-)

(Double Twin)

Model

FCQ35Cx4

FFQ35x4

FBQ35Cx4

FHQ35x4

AFR

(BF)

10.5x4

(0.28x4)

10x4

(0.25x4)

16x4

(0.15x4)

13x4

(0.2x4)

(Double Twin)

Model

FCQ35Cx4

FFQ35x4

FBQ35x4

FHQ35x4

Cooling

4.85

4.63

4.18

4.74

Summary of Contents for RZQ-DV1

Page 1: ...technical data Split Sky Air air conditioning systems RZQ DV1 EEDEN09 100...

Page 2: ...rovent Directory Daikin s unique position as a man ufacturer of air conditioning equip ment compressors and refrige rants has led to its close involve ment in environmental issues For several years Da...

Page 3: ...technical data Split Sky Air air conditioning systems RZQ DV1 EEDEN09 100...

Page 4: ...8 3 Electrical data 9 4 Options 10 5 Capacity tables 11 Combination table 11 Cooling capacity tables 13 Heating capacity tables 19 6 Dimensional drawing centre of gravity 24 Dimensional drawing 24 Ce...

Page 5: ...ency 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 dow...

Page 6: ...rd kW 7 1 10 0 12 5 14 0 Heating capacity Standard kW 8 0 11 2 14 0 16 0 Power Input Cooling Standard kW 2 11 2 64 3 70 5 11 Heating Standard kW 2 21 2 96 3 88 4 89 For combination indoorunits outdoor...

Page 7: ...nti corrosion treatment PE Fan Type Propeller Discharge direction Horizontal Quantity 1 2 2 2 Air Flow Rate nominal at 230V Cooling m min 52 96 100 97 Heating m min 48 90 90 90 Motor Quantity 1 2 2 2...

Page 8: ...ies Item Tie wraps Quantity 2 2 2 2 Item Installation manual Quantity 1 1 1 1 Notes Nominal cooling capacities are based on indoor temperature 27 CDB 19 CWB outdoor temperature 35 CDB equivalent refri...

Page 9: ...wing conditions Power supply 50Hz 230V Cooling Indoor temperature 27 CDB 19 CWB Outdoor temperature 35 CDB Heating Indoor temperature 20 0 CDB Outdoor temperature 7 0 CDB 6 0 CWB 2 TOCA means the tota...

Page 10: ...7V1B RZQS125D7V1B RZQS140D7V1B RZQ100B8W1B RZQ125B8W1B RZQ140B8W1B Central drain plug EKDK04 Refrigerant branch piping Twin KHRQ22M20TA KHRQ58T see note Triple KHRQ127H KHRQ58H see note Double twin KH...

Page 11: ...mounted High ESP duct Floor standing Multi Combination Possibilities P Pair 2 Twin 3 Triple 4 Double twin NOTES 1 Individual indoor capacities are not given because the combinations are for simultaneo...

Page 12: ...apacities are not given because the combinations are for simultaneous operation indoor units installed in same room 2 When different indoor models are used in combination designate the infrared remote...

Page 13: ...t at standard condition 3 SHC is based on each EWB and EDB SHC SHC correction for other dry bulb SHC 0 02 x AFR m 3 min x 1 BF x DB EDB Add SHC to SHC 4 Capacities are based on following conditions Ou...

Page 14: ...ulb SHC 0 02 x AFR m 3 min x 1 BF x DB EDB Add SHC to SHC 4 Capacities are based on following conditions Outdoor air 85 RH however the condition on nominal capacity is 7 CDB 6 CWB heating Correspondin...

Page 15: ...conditions Outdoor air 85 RH however the condition on nominal capacity is 7 CDB 6 CWB heating Corresponding refrigerant piping length 5 0 m Level difference 0 m 5 Coefficient of power input is the per...

Page 16: ...based on following conditions Outdoor air 85 RH however the condition on nominal capacity is 7 CDB 6 CWB heating Corresponding refrigerant piping length 5 0 m Level difference 0 m 5 Coefficient of po...

Page 17: ...at standard conditions On the figure the mark Q show rated capacity and rated coefficient of power input However the max capacity is not guaranteed except at standard condition 3 SHC is based on each...

Page 18: ...tdoor Units 18 Outdoor Units R 410A RZQ DV1 5 Capacity tables 5 2 Cooling capacity tables 3TW26062 1 RZQ71 140DV1 Capacity Field piping length m Cooling Heating Capacity in function of field piping le...

Page 19: ...coefficient of power input 4 SHC is based on each EWB and EDB SHC SHC correction for other dry bulb SHC 0 02 x AFR m 3 min x 1 BF x DB EDB Add SHC to SHC 5 Capacities are based on following conditions...

Page 20: ...y bulb SHC 0 02 x AFR m 3 min x 1 BF x DB EDB Add SHC to SHC 5 Capacities are based on following conditions Outdoor air 85 RH however the condition on nominal capacity is 7 CDB 6 CWB heating Correspon...

Page 21: ...ng conditions Outdoor air 85 RH however the condition on nominal capacity is 7 CDB 6 CWB heating Corresponding refrigerant piping length 5 0 m Level difference 0 m 6 Coefficient of power input is the...

Page 22: ...are based on following conditions Outdoor air 85 RH however the condition on nominal capacity is 7 CDB 6 CWB heating Corresponding refrigerant piping length 5 0 m Level difference 0 m 6 Coefficient of...

Page 23: ...rated coefficient of power input However the max capacity is not guaranteed except at standard condition 3 On the tables Q show rated capacity and rated coefficient of power input 4 SHC is based on ea...

Page 24: ...igerant piping intake 6 Power supply wiring intake knock out hole J34 7 Control wiring intake Knock out hole J27 8 Drain outlet RZQ71DV1 Hole for anchor bolt 4 M12 3TW26071 1 unit mm 1 Gas pipe connec...

Page 25: ...Outdoor Units R 410A RZQ DV1 1 6 Split Sky Air Outdoor Units 25 6 Dimensional drawing centre of gravity 6 2 Centre of gravity 4TW30469 3 RZQ71DV1 4TW31729 4 RZQ100 140DV1...

Page 26: ...ure switch Filter Low pressure sensor 3TW29165 2 RZQ71 140DV1 Twin Indoor unit Field piping J15 9 Field piping J9 5 Low pressure sensor Heat exchanger Filter Stop valve with service port 5 16 flare Fi...

Page 27: ...branch and the indoor units should have the same size as the indoor connections 3TW29165 4 RZQ125 140DV1 Double twin Indoor unit Field piping J15 9 Field piping J9 5 Low pressure sensor Heat exchanger...

Page 28: ...f compressor terminal Back Outdoor Note4 2TW29166 2 A1P Printed circuit board Main A2P Printed circuit board Inverter A3P Printed circuit board Noise filter A4P Printed circuit board BS1 BS4 Push butt...

Page 29: ...ns 3 dB A A weighted sound pressure level A scale according to IEC 4 Reference acoustic pressure 0dB 20 Pa Measuring location discharge side M High tap 3TW31687 2 Sound pressure level dB Octave band c...

Page 30: ...ons 3 dB A A weighted sound pressure level A scale according to IEC 4 Reference acoustic pressure 0dB 20 Pa Measuring location discharge side M High tap 3TW316707 2 Sound pressure level dB Octave band...

Page 31: ...B A A weighted sound pressure level A scale according to IEC 2 Reference acoustic intensity 0dB 10E 6 W m2 3 Measured according to ISO 3744 M High tap 3TW31697 1 Sound power level dB Octave band cente...

Page 32: ...ow RZQ71 140DV1 A Non stacked installation 2 Obstacles exist in front of the air inlet B Stacked installation Legend C Multiple row installation Relation of dimensions of H A and L are shown in the ta...

Page 33: ...ration pull down Allowable range of operation warming up Operation range Outdoor temp CWB Heating Indoor temp CWB Indoor temp CDB Cooling RZQ71 140DV1 EDP ROOM 3TW29163 2A NOTE 1 Depending on operatio...

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