Daikin RZQG-L8Y1 Series Technical Data Manual Download

Page: 26 / 47

• Outdoor Unit • RZQG-L(8)Y1

• Split - Sky Air • RZQG-L(8)Y1

Capacity tables

6 - 2

Cooling/Heating Capacity Tables

RZQG140L9V1

RZQG140L8Y1

Cooling

Heating

Symbols

AFR: Air flow rate [m³/min]

BF: Bypass factor

EWB: Entering wet-bulb temperature (°C WB)

EDB: Entering dry-bulb temperature (°C DB)

TC: Maximum total cooling/heating capacity [kW]

SHC: Sensible heat capacity [kW]

CPI: Coefficient of the power input

PI: Power input [kW]

comp indoor and outdoor fan motors

Cooling

Heating

Notes

1. The ratings shown are net capacities which include a deduction for indoor fan motor heat.

= Maximum at standard conditions

= Rated capacity and rated coefficient of the power input

The maximum capacity is not guaranteed except at standard conditions.

3. SHC is based on indoor units EWB & EDB.

SHC for other dry-bulb temperatures = SHC + SHC*

SHC*

= SHC correction for other dry-bulb temperatures

= 0.02 x AFR (m³/min) x (1-BF) x (DB* - EDB)

4. The capacities are based on the following conditions:

Outdoor air: 85% RH

However, the outdoor ambient condition of the rated capacity during heating operation is 7°C DB / 6°C WB.

Corresponding refrigerant piping length: 5.0 m

Level difference: 0m

5. CPI is a percentage value compared to the rated value which is 1.00.

6. The error rate for this value is less than 5% and depends on the indoor unit type.

7. The heating performance takes into account the drop that occurs during defrost operation.

8. The air flow rate and bypass factor are mentioned in the table.

9. The rated power input for each model is mentioned in the table below.

Pair

FCQHG140F

FCQG140F

FBQ140C

FHQG140C

FVQ140C

FHQ140CB

FBQ140D

FCQHG140F

FCQG140F

FBQ140C

FHQG140C

FVQ140C

FHQ140CB

FBQ140D

Cooling

4,00

4,17

4,02

4,05

4,17

4,05

4,00

Heating

3,77

4,30

4,27

4,30

4,27

4,31

Twin

FCQHG71F X 2

FCQG71F X 2

FBQ71C X 2

FHQG71C X 2

FAQ71C X 2

FHQ71CB X 2

FUQ71C X 2

FBQ71D X 2

FCQHG71F X 2

FCQG71F X 2

FBQ71C X 2

FHQG71C X 2

FAQ71C X 2

FHQ71CB X 2

FUQ71C X 2

FBQ71D X 2

Cooling

3,94

4,11

3,75

3,59

3,81

3,59

3,35

3,75

Heating

3,71

4,24

4,70

4,47

4,68

4,47

4,36

4,70

Triple

FCQG50F X 3

FBQ50C X 3

FHQ50CB X 3

FFQ50C X 3

FDXS50F9 X 3

FBQ50D X 3

FNQ50A X 3

FCQG50F X 3

FBQ50C X 3

FHQ50CB X 3

FFQ50C X 3

FDXS50F9 X 3

FBQ50D X 3

FNQ50A X 3

Cooling

4,12

3,75

4,25

4,15

4,26

3,75

4,26

Heating

4,24

4,70

5,43

4,15

4,37

4,70

4,37

Double twin

FCQG35F X 4

FBQ35C X 4

FHQ35CB X 4

FFQ35C X 4

FDXS35F X 4

FBQ35D X 4

FNQ35A X 4

FCQG35F X 4

FBQ35C X 4

FHQ35CB X 4

FFQ35C X 4

FDXS35F X 4

FBQ35D X 4

FNQ35A X 4

Cooling

4,18

3,75

4,23

3,83

5,38

3,75

5,38

Heating

4,30

4,70

5,33

3,81

5,85

4,70

5,85

AFR

(BF)

33.5

(0.15)

33.0

(0.23)

39:C/41:H

(0.14)

34.0

(0.17)

18.0 x 2

(0.16 x 2)

30.0

(0.18)

34.0

(0.17)

34.0

(0.06)

20.5 x 2

(0.13 x 2)

23.0 x 2

(0.24 x2 )

18.0 x 2

(0.13 x2 )

AFR

(BF)

12.6 x 3

(0.22 x 3)

16 x3

(0.16 x 3)

15 x 3

(0.18 x 3)

12 x 3

(0.16 x 3)

AFR

(BF)

21.2 x 2

(0.2 x2)

21.5 x 2

(0.14 x 2)

18.0 x 2

(0.08 x 2)

20.5 x 2

(0.13 x 2)

16 x 3

(0.11 x 3)

15 x 3

(0.13 x 3)

16 x 3

(0.11 x 3)

15 x 4

(0.08 x 4)

8.7 x 4

(0.17 x 4)

AFR

(BF)

12.5 x 4

(0.4 x 4)

16 x4

(0.15 x 4)

14 x 4

(0.20 x 4)

10 x 4

(0.25 x 4)

8.7 x 4

(0.17 x 4)

SHC

CPI

SHC

CPI

SHC

CPI

SHC

CPI

㸫

16,0

15,50

10,47

0,98

14,93

10,25

1,08

14,44

10,03

1,18

13,86

9,69

1,28

18,0

16,17

10,55

0,98

15,62

10,21

1,09

15,11

10,01

1,19

14,52

9,71

1,30

19,0

16,56

10,43

0,99

15,96

10,18

1,09

15,40

9,98

1,19

14,83

9,76

1,30

19,5

16,74

10,49

0,99

16,14

10,16

1,10

15,57

10,00

1,19

14,98

9,66

1,30

22,0

17,61

10,37

0,99

17,01

10,16

1,10

16,36

9,83

1,21

15,76

9,60

1,31

24,0

18,38

10,20

1,00

17,72

10,00

1,11

17,04

9,67

1,22

16,43

9,47

1,32

efficient

of t

he power

input

Coefficient of

the

power

input

Cooling capacity [kW]

Heating capacity [kW]

Capacity range

Rated point

Capacity range

Rated point

Indoor

Outdoor temperature [°C WB]

Outdoor temperature [°C DB]

Indoor

3D076751G

Summary of Contents for RZQG-L8Y1 Series

Page 1: ...Air Conditioning Technical Data RZQG L 8 Y1 ...

Page 2: ......

Page 3: ...tions 17 5 Combination table 18 6 Capacity tables 19 Cooling Capacity Tables 19 Cooling Heating Capacity Tables 21 Capacity Correction Factor 25 7 Dimensional drawings 26 8 Centre of gravity 27 9 Piping diagrams 28 Piping Diagrams 28 Piping Diagram Twin Application 29 Piping Diagram Triple Application 30 Piping Diagram Double Twin Application 31 10 Wiring diagrams 32 Wiring Diagrams Three Phase 32...

Page 4: ...hanks to Variable Refrigerant Temperature top seasonal efficiency throughout most of the year and quick reaction speed on the hottest days Suits high sensible infrastructure cooling applications Replace existing R 22 or R 407C systems without having to replace the piping Extended operation range down to 20 C in heating and down to 15 C in cooling With a gas cooled PCB reliable cooling is guarantee...

Page 5: ...P 3 70 3 61 Annual energy consumption kWh 1 000 1 1 315 Energy label Cooling A Heating A 2 2 Capacity and Power input FBQ71D RZQG71L8Y1 FBQ100D RZQG100L8Y 1 FBQ125D RZQG125L8Y 1 FBQ140D RZQG140LY1 FBQ100D RZQG71L8Y1 FBQ140D RZQG100L8Y 1 FBQ140D RZQG125L8Y 1 Indoor unit FBQ71D FBQ100D FBQ125D FBQ140D FBQ100D FBQ140D Outdoor unit RZQG71L8 Y1 RZQG100L 8Y1 RZQG125L 8Y1 RZQG140L Y1 RZQG71L8 Y1 RZQG100L...

Page 6: ...2 60 3 72 4 30 Seasonal efficiency according to EN14825 Cooling Energy label A A A A Pdesign kW 6 80 9 5 12 6 80 9 50 12 00 SEER 6 72 6 8 6 6 80 6 00 Annual energy consumption kWh 355 489 700 350 489 700 Heating Average climate Energy label A A A A A Pdesign kW 6 33 11 3 12 66 6 33 11 30 12 66 SCOP A 4 20 4 61 4 1 4 20 4 61 4 10 Annual energy consumption kWh 2 110 3 432 4 323 2 110 3 432 4 323 Eur...

Page 7: ...umption kWh 2 344 3 296 3 829 2 344 3 296 3 829 Eurovent Sound power level outdoor Cooling Nom dBA 64 Sound power level indoor Cooling Nom dBA 53 Nominal efficiency EER 4 09 4 42 4 00 3 35 COP 4 80 4 99 4 40 4 12 Annual energy consumption kWh 830 1 075 1 500 Energy label Cooling A Heating A 2 5 Capacity and Power input FDQ125C RZQG125L8Y1 Indoor unit FDQ125C Outdoor unit RZQG125L8Y1 Cooling capaci...

Page 8: ...sumption kWh 2 463 3 432 4 677 2 463 3 432 4 677 Eurovent Sound power level outdoor Cooling Nom dBA 64 66 67 64 66 67 Sound power level indoor Cooling Nom dBA 55 60 62 60 64 Nominal efficiency EER 3 82 3 81 3 35 3 31 COP 4 13 4 15 3 89 3 63 Annual energy consumption kWh 890 1 1 245 1 1 790 1 2 025 1 Energy label Cooling A Heating A 2 7 Capacity and Power input FUQ71C RZQG71L8Y1 FUQ100C RZQG71L8Y1 ...

Page 9: ... 13 4 Heating capacity Nom kW 7 5 10 8 13 5 15 5 Power input Cooling Nom kW 2 02 2 49 3 74 4 17 Heating Nom kW 2 06 2 61 3 65 4 30 Seasonal efficiency according to EN14825 Cooling Energy label A A A A Pdesign kW 6 80 9 5 12 6 80 9 50 12 00 SEER 6 23 5 61 6 31 5 61 Annual energy consumption kWh 383 593 749 378 593 749 Heating Average climate Energy label A A A A Pdesign kW 6 33 11 3 6 33 11 30 SCOP...

Page 10: ...ien t Min CWB 20 Max CWB 15 5 Refrigerant Type R 410A Charge kg 2 9 4 0 TCO2eq 6 1 8 4 Control Expansion valve electronic type GWP 2 087 5 Circuits Quantity 1 Piping connections Liquid Quantity 1 Type Flare connection OD mm 9 52 Gas Quantity 1 Type Flare connection OD mm 15 9 Drain Quantity 5 Type Hole ID mm OD mm 26 Piping length OU IU Min m 5 1 Max m 50 75 System Equival ent m 70 90 Chargel ess ...

Page 11: ...errupter earth leakage circuit breaker For more detailed information on each combination please refer to the electrical data drawing 2 10 Electrical Specifications RZQG71L8Y1 RZQG100L8Y1 RZQG125L8Y1 RZQG140LY1 Power supply Name Y1 Phase 3N Frequency Hz 50 Voltage V 380 415 Voltage range Min 10 Max 10 Current 50Hz Maximum fuse amps MFA A 16 25 Current Zmax List Complies to EN61000 3 11 Recommended ...

Page 12: ... Outdoor Unit RZQG L 8 Y1 3 Split Sky Air RZQG L 8 Y1 10 3 Electrical data 3 1 Electrical Data ...

Page 13: ... 140 3 1 2 3 FBQ50C8VEB 2 RZQG100L8Y1B 19 5 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 140 2 1 2 2 FBQ100C8VEB RZQG100L8Y1B 18 5 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 350 1 6 FAQ100CVEB9 RZQG100L8Y1B 17 0 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 064 0 4 FVQ100CVEB RZQG100L8Y1B 18 0 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 238 1 2 FHQ35CBVEB x3 RZQG100L8Y1B 18 8 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 060 x 3 0 6 x 3 FHQ50CBVEB x2...

Page 14: ...lect the wire size according to the MCA Use a circuit breaker instead of a fuse Rated operating frequency Hz The maximum allowable voltage that is unbalanced between phases is 2 Compressor RZQG71Ͳ100L8Y1 3D094863B 1 2 3 MCA MFA RHz RLA kW FLA kW FLA OFM IFM FLA kW RHz COMP RLA MCA MFA 㻞㼤㻜㻚㻜㻢㻞㼤㻜㻚㻡 1 2 3 4 㻞㼤㻜㻚㻜㻟㻠㻞㼤㻜㻚㻟㻞㼤㻲㻺㻽㻡㻜㻭㻞㼂㻱㻮㻾㼆㻽㻳㻝㻜㻜㻸㻤㼅㻝㻮㻝㻣㻘㻥㻞㻜㻙㻝㻠㻘㻞㻜㻚㻜㻥㻠㻌㻗㻌㻜㻚㻜㻥㻠㻜㻚㻠㻌㻗㻌㻜㻚㻠㻝㻝㻘㻥㻝㻢㻙㻥㻘㻢...

Page 15: ... 27 C DB 19 C WB Outdoor temperature 35 C DB Select the wire size according to the MCA Use a circuit breaker instead of a fuse Rated operating frequency Hz The maximum allowable voltage that is unbalanced between phases is 2 Compressor RZQG100Ͳ140L 8 Y1 3D094863B 1 2 3 MCA MFA RHz RLA kW FLA kW FLA OFM IFM FLA kW RHz COMP RLA MCA MFA 㻠㼤㻜㻚㻜㻟㻠㻠㼤㻜㻚㻟 1 2 3 4 㻟㼤㻜㻚㻜㻢㻟㼤㻜㻚㻡㻠㼤㻲㻺㻽㻟㻡㻭㻞㼂㻱㻮㻾㼆㻽㻳㻝㻠㻜㻸㻣㼅㻝㻮㻝㻤㻘...

Page 16: ...4 0 094 0 4 0 4 0 244 1 4 FCQG35FVEB 4 RZQG140L7Y1B 18 0 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 044 4 0 3 4 FCQG50FVEB 3 RZQG140L7Y1B 17 6 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 039 3 0 3 3 FCQG71FVEB 2 RZQG140L7Y1B 17 5 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 054 2 0 4 2 FCQG140FVEB RZQG140L7Y1B 17 8 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 168 1 FFQ35C2VEB 4 RZQG140L7Y1B 18 5 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 05 4 0 4...

Page 17: ...100L8Y1B 18 8 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 089 x3 0 6 x3 FBQ71D2VEB x2 RZQG100L8Y1B 17 8 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 070 x2 0 5 x2 FBQ140D2VEB RZQG100L8Y1B 18 4 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 187 1 5 FHQ35CAVEB x4 RZQG100L8Y1B 19 5 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 060 x4 0 6 x4 FHQ50CAVEB x3 RZQG100L8Y1B 18 8 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 060 x3 0 6 x3 FHQ71CAVEB x2 RZQG100L8Y1B...

Page 18: ...0 4 0 168 1 0 FFQ35C2VEB x4 RZQG140L7Y1B 18 5 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 050 x4 0 4 x4 FFQ50C2VEB x3 RZQG140L7Y1B 18 0 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 050 x3 0 4 x3 FBQ35D2VEB x4 RZQG140L7Y1B 19 5 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 089 x4 0 6 x4 FBQ50D2VEB x3 RZQG140L7Y1B 18 8 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 089 x3 0 6 x3 FBQ71D2VEB x2 RZQG140L7Y1B 17 8 㸫 20 㸫 14 2 0 094 0 094 0 4 0 4 0 ...

Page 19: ...3 4 Split Sky Air RZQG L 8 Y1 17 Outdoor Unit RZQG L 8 Y1 4 Options 4 1 Options ...

Page 20: ... 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 84 9 84 9 84 9 4 9 4 9 4 9 94 9 94 9 94 9 94 9 6 9 6 9 6 9 5 4 9 5 4 3 3 3 3 3 3 3 5 4 9 5 4 3 3 3 3 3 3 3 5 4 9 5 4 3 3 3 3 3 3 3 5 4 9 5 4 3 3 3 3 3 XFW KLJK 63 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 4 9 84 9 84 9 84 9 4 9 4 9 4 9 94 9 94 9 94 9 94 9 6 9 6 9...

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Page 23: ... 8 The air flow rate and bypass factor are mentioned in the table 9 The rated power input for each model is mentioned in the table below Pair Pair FCQHG71F FCQG71F FBQ71C FHQG71C FAQ71C FVQ71C FHQ71CB FUQ71C FBQ71D FCQHG71F FCQG71F FBQ71C FHQG71C FAQ71C FVQ71C FHQ71CB FUQ71C FBQ71D Cooling 1 66 2 01 1 94 1 78 2 00 2 02 1 78 1 67 1 89 Heating 1 56 1 89 2 05 1 82 2 03 2 06 1 82 1 68 1 87 Twin Twin F...

Page 24: ...CQHG100F FCQG100F FBQ100C FHQG100C FAQ100C FVQ100C FHQ100CB FUQ100C FBQ100D Cooling 2 15 2 45 2 44 2 49 2 63 2 49 2 30 2 33 2 49 Heating 2 16 2 60 2 57 2 60 3 00 2 61 2 60 2 62 2 45 Twin Twin FCQG50F X 2 FBQ50C X 2 FHQ50CB X 2 FFQ50C X 2 FDXS50F9 X 2 FBQ50D X 2 FNQ50A X 2 FCQG50F X 2 FBQ50C X 2 FHQ50CB X 2 FFQ50C X 2 FDXS50F9 X 2 FBQ50D X 2 FNQ50A X 2 Cooling 2 32 2 51 2 93 2 65 2 51 2 87 2 51 Hea...

Page 25: ...0F X 2 FBQ60C X 2 FHQ60CB X 2 FFQ60C X 2 FDXS60F X 2 FBQ60D X 2 FNQ60A X 2 FCQG60F X 2 FBQ60C X 2 FHQ60CB X 2 FFQ60C X 2 FDXS60F X 2 FBQ60D X 2 FNQ60A X 2 Cooling 3 14 3 28 3 67 3 61 3 75 4 10 3 75 Heating 3 64 3 74 4 11 4 10 4 20 3 85 4 20 Triple Triple FCQG50F X 3 FBQ50C X 3 FHQ50CB X 3 FFQ50C X 3 FDXS50F9 X 3 FBQ50D X 3 FNQ50A X 3 FCQG50F X 3 FBQ50C X 3 FHQ50CB X 3 FFQ50C X 3 FDXS50F9 X 3 FBQ50...

Page 26: ...HQ71CB X 2 FUQ71C X 2 FBQ71D X 2 FCQHG71F X 2 FCQG71F X 2 FBQ71C X 2 FHQG71C X 2 FAQ71C X 2 FHQ71CB X 2 FUQ71C X 2 FBQ71D X 2 Cooling 3 94 4 11 3 75 3 59 3 81 3 59 3 35 3 75 Heating 3 71 4 24 4 70 4 47 4 68 4 47 4 36 4 70 Triple Triple FCQG50F X 3 FBQ50C X 3 FHQ50CB X 3 FFQ50C X 3 FDXS50F9 X 3 FBQ50D X 3 FNQ50A X 3 FCQG50F X 3 FBQ50C X 3 FHQ50CB X 3 FFQ50C X 3 FDXS50F9 X 3 FBQ50D X 3 FNQ50A X 3 Co...

Page 27: ...3 6 Split Sky Air RZQG L 8 Y1 25 Outdoor Unit RZQG L 8 Y1 6 Capacity tables 6 3 Capacity Correction Factor ...

Page 28: ... Outdoor Unit RZQG L 8 Y1 7 Split Sky Air RZQG L 8 Y1 26 7 Dimensional drawings 7 1 Dimensional Drawings ...

Page 29: ...3 8 Split Sky Air RZQG L 8 Y1 27 Outdoor Unit RZQG L 8 Y1 8 Centre of gravity 8 1 Centre of Gravity ...

Page 30: ... Outdoor Unit RZQG L 8 Y1 9 Split Sky Air RZQG L 8 Y1 28 9 Piping diagrams 9 1 Piping Diagrams ...

Page 31: ...3 9 Split Sky Air RZQG L 8 Y1 29 Outdoor Unit RZQG L 8 Y1 9 Piping diagrams 9 2 Piping Diagram Twin Application ...

Page 32: ... Outdoor Unit RZQG L 8 Y1 9 Split Sky Air RZQG L 8 Y1 30 9 Piping diagrams 9 3 Piping Diagram Triple Application ...

Page 33: ...3 9 Split Sky Air RZQG L 8 Y1 31 Outdoor Unit RZQG L 8 Y1 9 Piping diagrams 9 4 Piping Diagram Double Twin Application ...

Page 34: ... Outdoor Unit RZQG L 8 Y1 10 Split Sky Air RZQG L 8 Y1 32 10 Wiring diagrams 10 1 Wiring Diagrams Three Phase ...

Page 35: ...3 11 Split Sky Air RZQG L 8 Y1 33 Outdoor Unit RZQG L 8 Y1 11 Sound data 11 1 Sound Power Spectrum ...

Page 36: ... Outdoor Unit RZQG L 8 Y1 11 Split Sky Air RZQG L 8 Y1 34 11 Sound data 11 1 Sound Power Spectrum ...

Page 37: ...3 11 Split Sky Air RZQG L 8 Y1 35 Outdoor Unit RZQG L 8 Y1 11 Sound data 11 2 Sound Pressure Spectrum Cooling ...

Page 38: ... Outdoor Unit RZQG L 8 Y1 11 Split Sky Air RZQG L 8 Y1 36 11 Sound data 11 2 Sound Pressure Spectrum Cooling ...

Page 39: ...3 11 Split Sky Air RZQG L 8 Y1 37 Outdoor Unit RZQG L 8 Y1 11 Sound data 11 3 Sound Pressure Spectrum Heating ...

Page 40: ... Outdoor Unit RZQG L 8 Y1 11 Split Sky Air RZQG L 8 Y1 38 11 Sound data 11 3 Sound Pressure Spectrum Heating ...

Page 41: ...3 11 Split Sky Air RZQG L 8 Y1 39 Outdoor Unit RZQG L 8 Y1 11 Sound data 11 4 Sound Pressure Spectrum Quiet Mode ...

Page 42: ... Outdoor Unit RZQG L 8 Y1 11 Split Sky Air RZQG L 8 Y1 40 11 Sound data 11 4 Sound Pressure Spectrum Quiet Mode ...

Page 43: ...3 12 Split Sky Air RZQG L 8 Y1 41 Outdoor Unit RZQG L 8 Y1 12 Installation 12 1 Installation Method ...

Page 44: ... Outdoor Unit RZQG L 8 Y1 12 Split Sky Air RZQG L 8 Y1 42 12 Installation 12 1 Installation Method ...

Page 45: ...3 13 Split Sky Air RZQG L 8 Y1 43 Outdoor Unit RZQG L 8 Y1 13 Operation range 13 1 Operation Range ...

Page 46: ......

Page 47: ... is drawn up by way of information only and does not constitute an offer binding upon Daikin Europe N V Daikin Europe N V has compiled the content of this leaflet to the best of its knowledge No express or implied warranty is given for the completeness accuracy reliability or fit ness for particular purpose of its content and the products and services presented therein Specifica tions are subject ...

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Daikin RZQG-L8Y1 Series, Technical Data Manual

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