2022 Copper Tube Aluminum Fin Air Cooling Condenser

Product Details
Customization: Available
Condensation Forms: Air-Cooled
Refrigerant: CHF2Cl
Diamond Member Since 2010

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  • 2022 Copper Tube Aluminum Fin Air Cooling Condenser
  • 2022 Copper Tube Aluminum Fin Air Cooling Condenser
  • 2022 Copper Tube Aluminum Fin Air Cooling Condenser
  • 2022 Copper Tube Aluminum Fin Air Cooling Condenser
  • 2022 Copper Tube Aluminum Fin Air Cooling Condenser
  • 2022 Copper Tube Aluminum Fin Air Cooling Condenser
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Basic Info.

Model NO.
8R-8T-800
Type
Steam Condenser
Material
Copper
Structural Form
Vertical
Heat Transfer Mode
Regenerative
Form
Fixed Tube-Sheet
Application Field
Petrochemical Industry
Certification
RoHS
Condition
New
Fin Surface
Bare Fin, Hydropjilic Fin, E-Coating
Fin Material
Copper, Aluminium, Stainless Steel Be Viable
Tube Material
Copper, Aluminium, Steel, Stainless Steel Be Viab
Maximum Working Pressure
7.0mpa
Liquid Flow Rate
2.5m/S
Design Serice
Be Viable
Plate Material
Galvanized Steel, Aluminum, Copper
Tube
Smooth Tube, Thread Tube
Tube Diameter
7mm-15.88mm
Package
Wooden
Transport Package
Wooden Packing
Specification
CE
Trademark
Shenglin
Origin
Shanghai, China
HS Code
8415909000
Production Capacity
5000units / Month

Product Description

Condenser 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


How Heat Transfer Works

1. Heat transfer occurs when there is a difference in temperature between two mediums.
2. Heat will travel from the hot source to the cold source.
3. The rate at which the heat transfer occurs at is determined by many factors such as the heat conductivity of the two materials and the difference in temperatures of the two mediums.
4. Heat transfer occurs when the materials are moving against each other.
5. It have significantly good heat transfer rates because they use metal plates which have high heat conductivity rates and the plates are extremely thin.
6. The plate heat exchangers also achieve high amounts of heat transfer through convective forces with both working fluids.
7. With large temperature differentials, great amounts of heat transfer can be achieved.

Condenser Specifications:

1. Fin spacing: 2.5mm or adjustable
2. Copper tube diameter: 9.52mm, thickness: 0.31mm or adjustable
3. Condensing area: 2 to 170
4. Galvanized steel casing & anti -corrosive surface
5. Used in refrigeration or cold storage
6. More than 15years' experience in manufacturing refrigeration equipment

2022 Copper Tube Aluminum Fin Air Cooling Condenser
2022 Copper Tube Aluminum Fin Air Cooling Condenser
2022 Copper Tube Aluminum Fin Air Cooling Condenser
2022 Copper Tube Aluminum Fin Air Cooling Condenser
2022 Copper Tube Aluminum Fin Air Cooling Condenser

Product application areas:

1. The heat exchangers have a wide rang of plications such as: Window, Split and package AC systems;
2. Commercial Refrigeration Systems (Kitchen refrigerator, bottle cooler, deep freezer, milk tank, etc);
3. Industrial Refrigeration Systems (Printing machine, Colling machine, etc);
4. Automobile-Buses / Car air conditioning;
5. Railway air-conditioning an Marine air-conditioning;
6. Special Application Coils.

Fin 

Type

Copper 

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

7.94

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

/

E

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

/

F

9.52

22

25.4

0.18~0.4

3.5~6.35

/

/

/

/

G

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

/

H

9.52

21.65

25

0.15~0.24

3.2~6.35

3.2~6.35

3.2~6.35

/

/

I

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

J

15.88

33

38.1

0.115~0.15

1.5~4.0

1.5~4.0

1.5~4.0

/

/

K

15.88

34.64

40

0.115~0.15

/

2.6~3.5

2.6~3.5

/

/

Note: for further information please contact me.

Ms. Diana Han

 

  

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