background image

FTXS RXH35CVMB
Cooling capacity

230V [50Hz]

AFR

7.7

BF

0.18

Indoor

Outdoor temperature (°C)

EWB

EDB

20

25

30

32

35

40

(°C)

(°C)

TC

SHC

PI

TC

SHC

PI

TC

SHC

PI

TC

SHC

PI

TC

SHC

PI

TC

SHC

PI

14.0

20

2.93

2.14

0.78

2.84

2.07

0.87

2.74

2.00

0.96

2.69

1.97

0.98

2.62

1.92

1.00

2.51

1.84

1.08

16.0

22

3.17

2.31

0.80

3.06

2.24

0.89

2.96

2.16

0.98

2.91

2.12

1.00

2.83

2.07

1.02

2.72

1.98

1.10

18.0

25

3.40

2.49

0.81

3.29

2.40

0.90

3.18

2.32

1.00

3.13

2.28

1.01

3.04

2.22

1.04

2.92

2.13

1.12

19.0

27

3.52

2.57

0.82

3.41

2.49

0.91

3.29

2.40

1.01

3.23

2.36

1.02

3.15

2.30

1.05

3.02

2.20

1.13

22.0

30

3.89

2.84

0.84

3.76

2.75

0.94

3.63

2.65

1.04

3.57

2.61

1.05

3.48

2.54

1.08

3.33

2.43

1.16

24.0

32

4.14

3.02

0.86

4.00

2.92

0.96

3.86

2.82

1.06

3.80

2.77

1.07

3.70

2.70

1.10

3.55

2.59

1.19

Heating capacity

230V [50Hz]

AFR

8.1

Indoor

Outdoor temperature (°CWB)

EDB

-10

-5

0

6

10

(°C)

TC

PI

TC

PI

TC

PI

TC

PI

TC

PI

16.0

2.06

0.77

2.55

0.83

3.05

0.90

3.64

0.98

4.03

1.03

18.0

2.05

0.81

2.54

0.87

3.03

0.94

3.62

1.02

4.01

1.07

20.0

2.03

0.84

2.52

0.91

3.01

0.98

3.60

1.06

3.99

1.11

21.0

2.02

0.86

2.51

0.93

3.00

0.99

3.59

1.07

3.98

1.13

22.0

2.01

0.88

2.50

0.95

2.99

1.01

3.58

1.09

3.98

1.15

24.0

1.99

0.92

2.48

0.99

2.97

1.05

3.56

1.13

3.96

1.18

3D044307

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 capacity

(kW)

SHC:

Sensible heating capacity

(kW)

PI:

Power input

(kW)

NOTES

1. Ratings shown are net capacities which include a deduction for indoor fan

motor heat

2.

Shows nominal cooling capacities and power input

3. TC, PI and SHC must be calculated by interpolation using the figures in the

above tables. (Figures out of the tables should not be used for calculation.)

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 the following conditions:

Corresponding refrigerant piping length:

5 m

Level difference:

0 m

6. Air flow rate (AFR) and Bypass factor (BF) are taburated above.

Pair Application, Inverter Controlled Unit

R-410A

RXH20-25-35CVMB

3

Capacity tables

1

3

6

Split - Sky Air

Outdoor Units

Summary of Contents for RXH20CVMB

Page 1: ...RXH C Pair Application Inverter Controlled Unit technical data Split Sky Air air conditioning systems...

Page 2: ...products and services and to assist in maintaining and improving the quality of the environment Daikin Europe N V is approved by LRQA for its Quality Management System in accordance with the ISO9001...

Page 3: ...sional drawings 7 5 Operation range 8 6 Piping diagrams 9 7 Wiring diagrams 10 8 Sound level 11 Sound level data Sound pressure spectrum 9 Accessories 13 Standard accessories Optional accessories 10 C...

Page 4: ...e mounted easily on a roof or terrace or simply placed against an outside wall They are fitted with a swing compressor renowned for its low noise and high energy efficiency Pair Application Inverter C...

Page 5: ...ally sealed swing type Model 1YC23NXD A Motor output 600 Oil type FVC50K Oil charge volume 0 375 PIPING CONNECTIONS liquid mm 6 4 gas mm 9 5 drain mm 18 0 INSULATION MATERIAL Heat insulation Both liqu...

Page 6: ...D044325 SYMBOLS MCA Min Circuit Amps A MFA Max Fuse Amps A RHz Rated operating frequency Hz RLA Rated Load Amps A OFM Outdoor Fan Motor IFM Indoor Fan Motor FLA Full Load Amps W Rated motor output W N...

Page 7: ...66 2 08 1 76 0 67 2 02 1 72 0 68 1 94 1 65 0 74 18 0 25 2 43 2 06 0 54 2 35 2 00 0 61 2 27 1 93 0 67 2 23 1 89 0 68 2 17 1 85 0 69 2 08 1 77 0 75 19 0 27 2 52 2 14 0 55 2 43 2 06 0 61 2 35 1 99 0 67 2...

Page 8: ...87 3 03 0 94 3 62 1 02 4 01 1 07 20 0 2 03 0 84 2 52 0 91 3 01 0 98 3 60 1 06 3 99 1 11 21 0 2 02 0 86 2 51 0 93 3 00 0 99 3 59 1 07 3 98 1 13 22 0 2 01 0 88 2 50 0 95 2 99 1 01 3 58 1 09 3 98 1 15 2...

Page 9: ...hose for connection 4 x holes for anchor bolts M8 or M10 Name plate Terminal strip with earth terminal Wiring inlet Gas stop valve J B CuT Liquid stop valve J A CuT Service port Outdoor air thermistor...

Page 10: ...WB Notes The graph is based on the following conditions 1 Equivalent piping length 7 5 m 2 Level difference 0 m 3 Air flow rate high Indoor temp CDB 10 CDB Outdoor temp CWB Cooling Heating Pair Applic...

Page 11: ...s stop valve Muffler with filter Muffler with filter Muffler 3D042769A RXH35C Outdoor temperature thermistor Heat exchanger Propeller fan Liquid stop valve Field piping Field piping Accumulator Compre...

Page 12: ...d circuit board MRCW MRL MRM10 MRM20 Magnetic relay N Neutral Q1L Overload protector R1T R2T R3T Thermistor S20 S75 S80 S90 Connector SA1 Surge arrester Z1C Z2C Z3C Ferrite core IC11 Solid state relay...

Page 13: ...r level cooling heating 230V 50Hz Measuring location Cooling heating H L RXH20C 46 47 61 62 RXH25C 46 47 61 62 RXH35C 48 48 63 63 This information was not available at the time of publication Pair App...

Page 14: ...and sound pressure level Octave band sound pressure level approximate threshold hearing for continuous noise approximate threshold hearing for continuous noise 3D044291 3D044291 Octave band center fre...

Page 15: ...upplied with the outdoor unit 1 9 2 Optional accessories RXH C RXH20CVMB RXH25CVMB RXH35CVMB Air direction adjustment grille KPW937A4 Installation manual Pair Application Inverter Controlled Unit R 41...

Page 16: ...10 Center of gravity RXH20 25C 4D044156 RXH35C 4D044157 Pair Application Inverter Controlled Unit R 410A RXH20 25 35CVMB 1 10 14 Split Sky Air Outdoor Units...

Page 17: ...es for outdoor unit Adjust foot height until the unit is leveled Otherwise water leakage or pooling of water may occur Where there is a danger of the unit falling use foot bolts or wires Allow space f...

Reviews: