background image

The 2

nd

 Generation DC Series VRF Indoor Units

Ka

ysun 

 

2

nd

 Gener

ation DC Series Duct VRF Indoor Un

its Engineering Da

ta Book

201805 5

KPDHF-560 DN4.0

Table 1.4: KPDHF-560 DN4.0 specifications

Model name

KPDHF-400 DN4.0

KPDHF-450 DN4.0

KPDHF-560 DN4.0

Power supply

1-phase, 220-240V, 50/60Hz

Cooling

1

Capacity

kW

40

45

56

kBut/h

136.5

153.6

191.1

Input

W

1800

1800

2272

Heating

2

Capacity

kW

45

56

63

kBut/h

153.6

191.1

215.0

Input

W

1800

1800

2272

Fan motor

Model

ZKSN-920-8-12-1

Type

DC

Brand

Nidec/Yongan

Speed (H/M/L)

r/min

1060/1015/960/900/840/785/735

1103/1043/978/927/869/820/755

Coil

Number of rows

4

5

Tube pitch × row pitch

mm

21×13.37

21×13.37

21×13.37

Fin spacing

mm

1.5

1.5

1.5

Fin type

Hydrophilic aluminum

Tube OD and type

mm

Ф7 Inner groove

Dimensions (L×H ×W)

mm

1602×588×47

1602×588×47

1602×588×53.84

Number of circuits

28

28

28

Airflow rate

3

m

3

/h

6500/6150/5800/5450/5100/4750/4400

7400/7000/6600/6200/5800/5400/5000

External static pressure

4

Pa

300 (100~400)

Sound pressure level

5

 

dB(A)

60/59/58/57/55/54/52

59/58/57/56/55/53/51

Sound power level

dB(A)

78/77/76/75/73/72/70

77/76/75/74/73/71/69

Unit

Net dimensions

6

 

(W×H×D)

mm

2010×905×680

Packed dimensions 

(W×H×D)

mm

2095×969×689

Net/Gross weight

kg

210/235

218/248

Refrigerant type

R410A

Throttle

Type

Electronic expansion valve

Model

DPF(TS2)4.5C-02

Design pressure (H/L)

MPa

4.4/2.6

Pipe 

connections

Liquid/Gas pipe

mm

Ф15.9/Ф28.6

Drain pipe

mm

OD Ф32

Notes:

1. Indoor temperature 27°C DB, 19°C WB; outdoor temperature 35°C DB; equivalent refrigerant piping length 7.5m with zero level difference.

2. Indoor temperature 20°C DB; outdoor temperature 7°C DB, 6°C WB; equivalent refrigerant piping length 7.5m with zero level difference.

3. Fan motor speed and air flow rate are from the highest speed to the lowest speed, total 7 rates for each model.

4. Stable operation external static pressure range. (Note: setting external static pressure outside the unit’s optimal static pressure range may lead to higher 

noise levels and lower airflow rate. For the optimal external static pressure range refer to the unit’s installation manual.)

5. Sound pressure level is from highest level to lowest level, total 7 levels for each model. Sound pressure level is measured 1.4m below the unit in a semi-

anechoic chamber.

6. Unit body dimensions given are the largest external dimensions of the unit, including hanger attachments.

Summary of Contents for Kaysun KPDHF-112 DN4.0

Page 1: ...NUAL High Static Pressure Duct 2nd generation KPDHF 71 DN4 0 KPDHF 90 DN4 0 KPDHF 112 DN4 0 KPDHF 140 DN4 0 KPDHF 160 DN4 0 KPDHF 200 DN4 0 KPDHF 250 DN4 0 KPDHF 280 DN4 0 KPDHF 400 DN4 0 KPDHF 450 DN...

Page 2: ......

Page 3: ...Generation DC Series VRF Indoor Units 201805 1 High Static Pressure Duct 1 Specifications 2 2 Dimensions 6 3 Unit Placement 10 4 Piping Diagrams 11 5 Wiring Diagrams 12 6 Fan Performance 17 7 Capacit...

Page 4: ...59 58 57 Unit Net dimensions6 W H D mm 952 420 690 Packed dimensions W H D mm 1090 440 768 Net Gross weight kg 41 47 51 57 Refrigerant type R410A Throttle Type Electronic expansion valve Model BD20FKS...

Page 5: ...dB A 66 65 64 63 61 60 59 63 62 61 60 59 58 58 64 63 62 61 60 59 58 Unit Net dimensions6 W H D mm 952 420 690 1300 420 690 1300 420 690 Packed dimensions W H D mm 1090 440 768 1436 450 768 1436 450 76...

Page 6: ...67 66 65 Unit Net dimensions6 W H D mm 1440 505 925 Packed dimensions W H D mm 1509 550 990 Net Gross weight kg 130 142 Refrigerant type R410A Throttle Type Electronic expansion valve Model D20MISZ 1...

Page 7: ...mensions6 W H D mm 2010 905 680 Packed dimensions W H D mm 2095 969 689 Net Gross weight kg 210 235 218 248 Refrigerant type R410A Throttle Type Electronic expansion valve Model DPF TS2 4 5C 02 Design...

Page 8: ...HF 90 DN4 0 KPDHF 112 DN4 0 Figure 2 1 KPDHF 71 90 112 DN4 0 dimensions unit mm L Size of Return Air Inlet L W Refrigerant piping gas side Refrigerant piping liquid side Position of lifting bolt Conne...

Page 9: ...60 DN4 0 dimensions unit mm W Size of Return Air Inlet W L Size of Air Outlet L Refrigerant piping gas side Refrigerant piping liquid side Connect to water piping Position of lifting bolt Return Air I...

Page 10: ...0 DN4 0 KPDHF 280 DN4 0 Figure 2 3 KPDHF 200 250 280 DN4 0 dimensions unit mm Size of Return Air Inlet Position of lifting bolt Size of Air Outlet Refrigerant piping gas side Refrigerant piping liquid...

Page 11: ...4 KPDHF 400 450 560 DN4 0 dimensions unit mm Air O utlet Flange R epairhole Electric control box assembly Return Air Inlet Air Outlet Refrigerant piping gas side Refrigerant piping liquid side 28 O D...

Page 12: ...r may occur such as a kitchen Where exposure to very high humidity may occur such as a laundry Units should be installed in positions where The ceiling is horizontal and is able to bear the unit s wei...

Page 13: ...DN4 0 KPDHF 400 DN4 0 KPDHF 450 DN4 0 KPDHF 560 DN4 0 Figure 4 1 KPDHF 71 90 112 140 160 200 250 280 400 450 560 DN4 0 piping diagram motor fan flare nut gas side heat exchanger flare nut liquid side...

Page 14: ...2nd Generation DC Series VRF Indoor Units Kaysun 2 nd Generation DC Series Duct VRF Indoor Units Engineering Data Book 12 201805 5 Wiring Diagrams KPDHF 71 DN4 Figure 5 1 KPDHF 71 DN4 Duct wiring diag...

Page 15: ...The 2nd Generation DC Series VRF Indoor Units 201805 13 KPDHF 90 DN4 0 KPDHF 112 DN4 0 KPDHF 140 DN4 0 KPDHF 160 DN4 0 Figure 5 2 KPDHF 90 112 140 160 DN4 0 Duct wiring diagram...

Page 16: ...n DC Series VRF Indoor Units Kaysun 2 nd Generation DC Series Duct VRF Indoor Units Engineering Data Book 14 201805 KPDHF200 DN4 0 KPDHF 250 DN4 0 KPDHF 280 DN4 0 Figure 5 3 KPDHF 200 250 280 DN4 0 Du...

Page 17: ...The 2nd Generation DC Series VRF Indoor Units 201805 15 KPDHF 400 DN4 0 KPDHF 450 DN4 0 KPDHF 560 DN4 0 Figure 5 4 KPDHF 400 450 560 DN4 0 wiring diagram...

Page 18: ...rdance with all applicable legislation Power supply wiring should be securely fastened at the power supply terminals loose power supply wiring would represent a fire risk After installation servicing...

Page 19: ...n DC Series VRF Indoor Units 201805 17 6 Fan Performance Figure 6 1 KPDHF 71 DN4 0 Airflow vs ESP with maximum ESP level setting Figure 6 2 KPDHF 90 DN4 0 Airflow vs ESP with maximum ESP level setting...

Page 20: ...aysun 2 nd Generation DC Series Duct VRF Indoor Units Engineering Data Book 18 201805 Figure 6 3 KPDHF 112 DN4 0 Airflow vs ESP with maximum ESP level setting Figure 6 4 KPDHF 140 DN4 0 Airflow vs ESP...

Page 21: ...ation DC Series VRF Indoor Units 201805 19 Figure 6 5 KPDHF 160 DN4 0 Airflow vs ESP with maximum ESP level setting Figure 6 6 KPDHF 200 250 280 DN4 0 Airflow vs ESP with maximum ESP level setting Pa...

Page 22: ...DHF 560 DN4 0 Airflow vs ESP with maximum ESP level setting Figure 6 7 KPDHF 400 450 DN4 0 Airflow vs ESP with maximum ESP level setting Pa m3 h Pa m3 h Notice Above fan curve area is over standard de...

Page 23: ...Capacity 00 01 02 03 04 05 06 07 08 09 7 1 16 0kW 30Pa 50Pa 60Pa 70Pa 80Pa 90Pa 100Pa 110Pa 120Pa 130Pa 20 0 28 0kW 30Pa 50Pa 60Pa 70Pa 80Pa 90Pa 100Pa 110Pa 120Pa 130Pa 40 56kW 100Pa 120Pa 140Pa 160...

Page 24: ...7 5 3 7 1 5 4 7 5 5 4 8 4 5 6 8 5 5 2 21 0 4 9 4 3 5 8 4 7 6 7 5 3 7 1 5 4 7 5 5 4 8 4 5 6 8 4 5 1 23 0 4 9 4 3 5 8 4 7 6 7 5 3 7 1 5 4 7 5 5 4 8 3 5 6 8 3 5 0 25 0 4 9 4 3 5 8 4 7 6 7 5 3 7 1 5 4 7...

Page 25: ...6 7 9 0 6 8 9 2 6 5 9 4 6 4 9 6 6 1 44 0 6 2 5 4 7 3 6 0 8 5 6 7 9 0 6 8 9 2 6 5 9 4 6 4 9 6 6 1 46 0 6 2 5 4 7 3 6 0 8 5 6 7 9 0 6 8 9 2 6 5 9 4 6 4 9 6 6 1 11 2 10 0 7 7 6 8 9 1 7 4 10 5 8 3 11 2 8...

Page 26: ...9 7 8 5 11 3 9 3 13 2 10 4 14 0 10 6 14 3 10 2 14 6 9 9 15 0 9 5 44 0 9 7 8 5 11 3 9 3 13 2 10 4 14 0 10 6 14 3 10 2 14 6 9 9 15 0 9 5 46 0 9 7 8 5 11 3 9 3 13 2 10 4 14 0 10 6 14 3 10 2 14 6 9 9 15...

Page 27: ...4 8 20 0 15 1 20 4 14 5 20 8 14 2 21 4 13 6 44 0 13 8 12 1 16 2 13 3 18 8 14 8 20 0 15 1 20 4 14 5 20 8 14 2 21 4 13 6 46 0 13 8 12 1 16 2 13 3 18 8 14 8 20 0 15 1 20 4 14 5 20 8 14 2 21 4 13 6 25 0 1...

Page 28: ...29 1 19 8 30 0 19 1 44 0 19 3 16 9 22 7 18 6 26 3 20 8 28 0 21 2 28 6 20 4 29 1 19 8 30 0 19 1 46 0 19 3 16 9 22 7 18 6 26 3 20 8 28 0 21 2 28 6 20 4 29 1 19 8 30 0 19 1 40 0 10 0 27 6 24 1 32 4 26 6...

Page 29: ...1 8 48 2 30 7 44 0 31 1 27 2 36 5 29 9 42 3 33 3 45 0 34 0 45 9 32 7 46 8 31 8 48 2 30 7 46 0 31 1 27 2 36 5 29 9 42 3 33 3 45 0 34 0 45 9 32 7 46 8 31 8 48 2 30 7 56 0 10 0 38 6 33 8 45 4 37 2 52 6 4...

Page 30: ...60 5 68 5 68 5 68 5 68 5 68 10 00 9 50 5 84 5 84 5 84 5 84 5 84 5 84 9 10 8 50 6 00 6 00 6 00 6 00 6 00 6 00 7 60 7 00 6 08 6 08 6 08 6 08 6 08 6 08 5 60 5 00 6 32 6 32 6 32 6 32 6 32 6 32 3 70 3 00 6...

Page 31: ...9 70 9 20 8 40 9 80 11 00 10 60 10 60 10 00 9 70 9 20 8 40 11 80 13 00 11 00 10 80 10 00 9 70 9 20 8 40 13 70 15 00 11 30 10 80 10 00 9 70 9 20 8 40 11 2 20 19 8 7 00 7 00 7 00 7 00 7 00 7 00 19 18 8...

Page 32: ...52 14 72 13 44 7 90 9 00 16 48 16 48 16 00 15 52 14 72 13 44 9 80 11 00 16 96 16 96 16 00 15 52 14 72 13 44 11 80 13 00 17 60 17 28 16 00 15 52 14 72 13 44 13 70 15 00 18 08 17 28 16 00 15 52 14 72 13...

Page 33: ...8 22 50 21 83 20 70 18 90 9 80 11 00 23 85 23 85 22 50 21 83 20 70 18 90 11 80 13 00 24 75 24 30 22 50 21 83 20 70 18 90 13 70 15 00 25 43 24 30 22 50 21 83 20 70 18 90 25 0 20 19 8 14 56 14 56 14 56...

Page 34: ...50 31 50 31 50 30 56 28 98 26 46 7 90 9 00 32 45 32 45 31 50 30 56 28 98 26 46 9 80 11 00 33 39 33 39 31 50 30 56 28 98 26 46 11 80 13 00 34 65 34 02 31 50 30 56 28 98 26 46 13 70 15 00 35 60 34 02 31...

Page 35: ...00 51 50 51 50 50 00 48 50 46 00 42 00 9 80 11 00 53 00 53 00 50 00 48 50 46 00 42 00 11 80 13 00 55 00 54 00 50 00 48 50 46 00 42 00 13 70 15 00 56 50 54 00 50 00 48 50 46 00 42 00 56 0 20 19 8 35 2...

Page 36: ...0 50 220 240 198 264 2 75 15 0 18 2 2 KPDHF 112 DN4 0 50 220 240 198 264 3 625 15 0 31 2 9 KPDHF 140 DN4 0 50 220 240 198 264 5 625 15 0 34 4 5 KPDHF 160 DN4 0 50 220 240 198 264 5 875 15 0 56 4 7 KP...

Page 37: ...ow the unit in a semi anechoic chamber During in situ operation sound pressure levels may be higher as a result of ambient noise 9 2 Octave Band Levels Figure 9 2 KPDHF 71 DN4 0 octave band levels Fig...

Page 38: ...NC60 NC55 NC50 NC45 NC40 NC35 NC30 NC25 NC20 NC15 Octave band center frequency Hz Octave band center frequency Hz Figure 9 6 KPDHF 160 DN4 0 octave band levels Figure 9 7 KPDHF 200 250 280 DN4 0 octa...

Page 39: ...The 2nd Generation DC Series VRF Indoor Units 201805 37...

Page 40: ......

Reviews: