• Water-cooled refrigerant dryer
  • Water-cooled refrigerant dryer
  • Water-cooled refrigerant dryer
Water-cooled refrigerant dryer
Water-cooled refrigerant dryer
Water-cooled refrigerant dryer
+

Water-cooled refrigerant dryer

Refrigerant‑type dryers employ the physical principles of evaporative heat absorption and condensational heat release to dehydrate compressed gases. By leveraging the heat absorbed during refrigerant evaporation, moisture in the compressed gas is condensed and removed. The pressure dew point of a refrigerant‑type dryer typically reaches 3°C to 10°C.

E-mail:

bibetterchina@yeah.net

  • 产品描述
  • Product Description

    Refrigerant‑type dryers employ the physical principles of evaporative heat absorption and condensational heat release to dehydrate compressed gases. By leveraging the heat absorbed during refrigerant evaporation, moisture in the compressed gas is condensed and removed. The pressure dew point of a refrigerant‑type dryer typically reaches 3°C to 10°C.

    It protects users’ compressed air systems by reducing the moisture content in compressed air through forced cooling, achieving a minimum pressure dew point of 3°C.

    It features an integrated design that combines an air‑to‑air heat exchanger, an air‑to‑refrigerant heat exchanger, and a separator, with a high‑efficiency plate‑fin heat‑transfer structure, ensuring the refrigerant dryer delivers industrial‑grade drying performance. The refrigeration system employs low‑energy‑consumption compressors and water‑cooled condensers, uses environmentally friendly refrigerants, and is designed to be energy‑efficient and eco‑friendly throughout.
     

    Operating conditions

    Standard processing throughput is based on the following conditions.

    Ambient temperature: 38°C

    Intake pressure: 0.7 MPa

    Inlet temperature 42℃

    Dew point 7°C

     

    Maximum operating conditions

    Ambient temperature

    Inlet temperature

    42℃

    60℃

    Note: Other special standards can be customized.

     

    Model number

    Processing capacity Nm³/min

    Voltage

    Power (kW)

    Air inlet and outlet pipe diameter

    External dimensions (mm): Length × Width × Height

    Weight (kg)

    FD-W220

    22

    380V

    4.6

    G2 1/2"

    1050x750x1460

    340

    FD-W280

    28

    380V

    4.6

    DN80

    1230x780x1550

    400

    FD-W320

    32

    380V

    5.5

    DN80

    1230x780x1550

    450

    FD-W380

    38

    380V

    7.5

    DN100

    1480x940x1720

    520

    FD-W450

    45

    380V

    9.1

    DN100

    1480x940x1720

    570

    FD-W520

    52

    380V

    11

    DN125

    1480x940x1720

    640

    FD-W600

    60

    380V

    11

    DN125

    1480x940x1720

    700

    FD-W650

    65

    380V

    11

    DN125

    1480x940x1720

    780

    FD-W720

    72

    380V

    13.7

    DN125

    1600x1230x1930

    850

    FD-W800

    80

    380V

    13.7

    DN125

    1600x1230x1930

    900

    FD-W900

    90

    380V

    13.7

    DN125

    1600x1230x1930

    1000

    FD-W1000

    100

    380V

    18.9

    DN150

    2100x1290x2080

    1200

    FD-W1100

    110

    380V

    18.9

    DN150

    2100x1290x2080

    1250

    FD-W1200

    120

    380V

    18.9

    DN150

    2100x1480x2260

    1300

    Note: In the event of changes to the model, specifications, or color, the actual product shall prevail; the above parameters are for reference only. Customization is available for special models. BIBETTER (Shanghai) Purification Technology Co., Ltd. reserves the right of final interpretation.

     

    Correction factor

    Working pressure (barG)

    4

    5

    6

    7

    8

    10

    12

    14

       

    Correction factor

    0.77

    0.86

    0.93

    1.00

    1.05

    1.15

    1.21

    1.27

       

    Intake air temperature (°C)

    30

    35

    40

    42

    45

    50

    55

    60

    65

    70

    Correction factor

    1.45

    1.30

    1.08

    1.00

    0.80

    0.69

    0.58

    0.51

    0.45

    0.43

    Ambient temperature (°C)

    25

    30

    35

    38

    40

    45

    50

         

    Correction factor

    1.18

    1.13

    1.06

    1.00

    0.86

    0.76

    0.63

         

Water-cooled refrigerant dryer

Refrigerant‑type dryers employ the physical principles of evaporative heat absorption and condensational heat release to dehydrate compressed gases. By leveraging the heat absorbed during refrigerant evaporation, moisture in the compressed gas is condensed and removed. The pressure dew point of a refrigerant‑type dryer typically reaches 3°C to 10°C.

E-mail:

bibetterchina@yeah.net

Category:

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