- Product Details
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Quick Details
-
Voltage:
-
220V
-
Weight:
-
20 KG
-
Dimension(L*W*H):
-
739*322mm
-
Heat Exchanged:
-
150-450KW
-
Certifications:
-
CE/ISO9001/ISO14001
-
Plate material:
-
Stainless steel(316L,304)
-
Solder material:
-
Copper
-
Marketing Type:
-
New Product 2021, New Product 2021
-
Core Components:
-
Heat Exchanger, Heat Exchanger
-
Liquid Flow Rate:
-
105m3/h
Quick Details
-
Place of Origin:
-
Zhejiang, China, Zhejiang, China
-
Brand Name:
-
Forwon, Forwon
-
Maximum Working Pressure:
-
6.75MPa
-
Voltage:
-
220V
-
Weight:
-
20 KG
-
Dimension(L*W*H):
-
739*322mm
-
Heat Exchanged:
-
150-450KW
-
Certifications:
-
CE/ISO9001/ISO14001
-
Plate material:
-
Stainless steel(316L,304)
-
Solder material:
-
Copper
-
Marketing Type:
-
New Product 2021, New Product 2021
-
Core Components:
-
Heat Exchanger, Heat Exchanger
-
Liquid Flow Rate:
-
105m3/h
FHC210 ac250eq air conditioning gasket heat pump plate heat exchanger
1.Compact structure: adopt thin stainless steel, high heat transfer factors.
2.Reliability: adopt 316L and copper as well as high quality brazing works. Endure high pressure and temperature. Long life and no
maintenance need.
3.Reduce water require: with the high heat transfer efficiency, only needs 1/3 water usage compare to shell and tube exchanger
under same condition
4.Lightly: Only 20-30% weight compare to shell and tube heat exchanger and reduce the logistics cost.
5.Low fouling factors: high disorderly flow lower the fouling condition, reduce the maintain.
6.With distributor: increase the refrigerant evaporating efficiency and reduce the risks by using distributor to force the
refrigerant flow direction.
2.Reliability: adopt 316L and copper as well as high quality brazing works. Endure high pressure and temperature. Long life and no
maintenance need.
3.Reduce water require: with the high heat transfer efficiency, only needs 1/3 water usage compare to shell and tube exchanger
under same condition
4.Lightly: Only 20-30% weight compare to shell and tube heat exchanger and reduce the logistics cost.
5.Low fouling factors: high disorderly flow lower the fouling condition, reduce the maintain.
6.With distributor: increase the refrigerant evaporating efficiency and reduce the risks by using distributor to force the
refrigerant flow direction.
|
Heat load up
|
150~450 KW
|
|
Size
|
739*322 mm
|
|
Thickness of plate
|
0.4mm
|
|
Heat exchanger area of each plate
|
0.210
|
|
Volume
|
0.400L/Channel
|
|
Quantity of max plates
|
250
|
|
Design pressure
|
3.0/4.5MPa
|
|
Testing pressure
|
4.5/6.7MPa
|
|
Design temperature
|
- 196~ +200
|
|
Model of flow course plate
|
H & HQ & HDQ
|
|
The max size of connector
|
4
|
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