Aluminum Tube Fin Air to Fluid Heat Exchanger

China Aluminum Tube Fin Air to Fluid Heat Exchanger, Find details about China Air to Air Heat Exchanger, Heat Exchanger from Aluminum Tube Fin Air to Fluid Heat Exchanger

Model NO.
CD-22
Material
Copper
Condenser Type
Air Cooled Type
Condenser Size
590*180*530
Cooling Capacity
2.5 HP, 5.2kw
Heating Area
18m2
Tube Diameter
7, 7.94, 9.52, 12.75, 15.88mm
Plate Material
Galvanized Steel
Tube Type
Smooth Tube, Thread Tube
Design Serice
Be Available
Fin Material
Aluminum
Tube Material
Copper
Trademark
Shenglin
Transport Package
Carton/Wooden
Specification
RoHS, SGS
Origin
Shanghai, China(Mainland)
HS Code
8415909000
Model NO.
CD-22
Material
Copper
Condenser Type
Air Cooled Type
Condenser Size
590*180*530
Cooling Capacity
2.5 HP, 5.2kw
Heating Area
18m2
Tube Diameter
7, 7.94, 9.52, 12.75, 15.88mm
Plate Material
Galvanized Steel
Tube Type
Smooth Tube, Thread Tube
Design Serice
Be Available
Fin Material
Aluminum
Tube Material
Copper
Trademark
Shenglin
Transport Package
Carton/Wooden
Specification
RoHS, SGS
Origin
Shanghai, China(Mainland)
HS Code
8415909000
Aluminum Tube Fin Air to Air Heat Exchanger
We are a professional chiller,heat exchanger, condenser, evaporator, condensing unit and air conditioner manufacturer in China, which has more than 15 years experience in HVACR area. 
We manufacture high quality products with competitive price. 
 
Heat Exchanger Feature:

1. Material: Copper, aluminum, galvanized plate
2. Aluminum foil: Hydrophilic or bare
3. Fin type: Louver fin or flat fin or corrugated fin
4. Copper pipe: Diameter 7mm or 8mm or 9.52mm, grooved or smooth tube
5. Pitch of fins can be adjusted between 1.8- 5.8mm.
6. Pitch of holes and pitch of rows: 25*21.65MM and 12.7*19.05MM
7. Suitable for R134A, R22, R404A, R407C refrigerant and so on
8. Voltage: 220V/1/50Hz and 380V/3/50Hz or other type.
9. Different alternative condensing fans available: Shaded pole or outer rotor fan motor.
10. Did gas examination under 3.0Mpa air pressure to ensure the tightness.
11. Widely used in refrigeration industry, cold room and other cooling system.

Heat Exchanger Advantage:

1. Brazed Aluminum construction
2. Combination welded cores-Air&Oil cores
3. Brazed aluminum core/bar and plate
4. Excellent for field conversions
5. Compact design
6. Light weight
7. State-of-the-art heat transfer technology
8. Compact, high performance all aluminum core assembly
9. Designed specifically for rotary screw compressor

Heat Exchanger Specifications:

1. Tube: O. D: 7mm, 7.94mm, 9.52mm, 12.75mm, 15.88mm
2. Row space: 12.7mm, 13.2mm, 15.88mm, 19.05mm, 22mm, 21.65mm,
27.5mm, 33mm, 34.64mm
3. Fin thickness: 0.105mm-0.24mm
4. Hole space: 17.6mm, 20.4mm, 21mm, 22mm, 25.4mm, 25mm, 31.75mm

 

 
 
Fin Pattern

finevaporatorCopper 
Tube O.D.
(mm)

 
Row 
Space
(mm)

 
Hole 
Space
(mm)

 
Fin 
Thickness
(mm)
 

Fin Space(mm)

Flat fin

Sine wave 
with blade
 fin

Smooth sine
 wave fin

Window
 fin

Sesamoid 
fin

A

7

12.7

21

0.105

/

/

1.3

1.3

/

B

7

13.2

17.6

0.105

/

/

1.3

1.3

/

C

7

12.7

20.4

0.105

/

/

1.3~1.8

1.3~1.8

/

D

7

12.7

19.05

0.105

/

/

1.3~1.8

1.3~1.8

/

E

7.94

15.88

25.4

0.105

1.8~3.0

1.8~3.0

1.8~3.0

1.8~3.0

/

E

7.94

19.05

22

0.105~0.13

1.4~3.0

1.4~3.0

1.4~3.0

1.4~3.0

/

F

9.52

22

25.4

0.105~0.15

1.6~3.2

1.6~3.2

1.6~3.2

1.6~3.2

/

G

9.52

22

25.4

0.18~0.4

3.5~6.35

/

/

/

/

H

9.52

21.65

25

0.105~0.18

1.6~3.2

1.6~3.2

1.6~3.2

1.6~3.2

/

I

9.52

21.65

25

0.15~0.24

3.2~6.35

3.2~6.35

3.2~6.35

/

/

J

12.75

27.5

31.75

0.115~0.15
 

1.5~3.5

1.5~3.5

1.5~3.5

1.5~3.5

1.6~3.2

K

15.88

33

38.1

0.115~0.15

1.5~4.0

1.5~4.0

1.5~4.0

/

/

L

15.88

34.64

40

0.115~0.15

/

2.6~3.5

2.6~3.5

/

/

Aluminum Tube Fin Air to Fluid Heat Exchanger
Aluminum Tube Fin Air to Fluid Heat Exchanger
Aluminum Tube Fin Air to Fluid Heat Exchanger
Aluminum Tube Fin Air to Fluid Heat Exchanger
Aluminum Tube Fin Air to Fluid Heat Exchanger
Aluminum Tube Fin Air to Fluid Heat Exchanger
 
Note: for further information please send me email.

Ms. Echo Lee