Counter Flow Closed Cooling Tower
Counter Flow Closed Cooling Tower
Counter Flow Closed Cooling Tower
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  • Counter Flow Closed Cooling Tower
  • Counter Flow Closed Cooling Tower
  • Counter Flow Closed Cooling Tower

Counter Flow Closed Cooling Tower

ProcessprincipleTheheatedworkingfluidinletfromcoolingcoils,thenthewasteheatbetookawaybythefalldownspraywaterandreverseflowwiththecolddryairwhichisinletfromthebottomofthetowerandformtosaturatedvaporint

Key words:

Closed cooling tower, dry and wet combined cooling tower, open cooling tower

Product Consulting:

  • Product description
  • Technical parameters
  • Characteristics

    ProcessprincipleTheheatedworkingfluidinletfromcoolingcoils,thenthewasteheatbetookawaybythefalldownspraywaterandreverseflowwiththecolddryairwhichisinletfromthebottomofthetowerandformtosaturatedvaporint

     Master Cooling ManufacturingMaster Cooling Manufacturing

    Process principle
    The heated working fluid inlet from cooling coils, then the waste heat be took away by the fall down spray water and reverse flow with the cold dry air which is inlet from the bottom of the tower and form to saturated vapor in the process. The heat is exhausted out of tower by the top fan and the water is collected to bottom tank and circulate continuously by the special evaporator.
  • Technical Parameters of Counter Flow Closed type
    Model

    Cooling
    Capacity(K cal/h)

    Flow
    Rate(m3/h)

    Spray Pump
    Fan
    Pipe Size
    Dimension
    Weight(approx)
    Power(kw)

    Flow rate
    (m3/h)

    Power(kw)
     Qty.
    mm
    Inlet/
    outlet
    Supply
    Sewage
    L*W*H (mm)
    Net
    weight(kg)
    Operating
    weight(kg)

    MSTNB-10

    50000

    10

    0.75
    14.5
    0.75
    1
    750
    DN65
    DN20
    DN25

    1600*900*2300

    560

    980

    MSTNB-15

    75000
    15
    0.75
    14.5
    1.1
    1
    750

    DN65

    DN20

    DN25

    1850*1030*2300

    630
    1180
    MSTNB-20

    100000

    20
    1.1
    29
    0.75
    2
    700

    DN65

    DN20

    DN25

    2250*1030*2180

    720
    1380
    MSTNB-30
    150000
    30
    1.1
    29
    1.1
    2

    750

    DN65

    DN20

    DN25

    2600*1260*2360

    800
    1790

    MSTNB -40

    200000

    40
    1.5
    32.5

    1.5

    2

    800

    DN80

    DN20

    DN25

    2800*1260*2800

    980
    2200

    MSTNB -60

    300 000

    60
    2.2
    58
    2.2
    2

    900

    DN80

    DN25

    DN25

    2850*1500*2800

    1180
    2650

    MSTNB -80

    400 000
    80
    2.2
    58
    2.2
    2

    1200

    DN80

    DN25

    DN25

    3000*1700*3050

    1820
    3680

    MSTNB -100

    500 000

    100
    4
    96
    3
    2

    1200

    DN100

    DN25

    DN25

    3350*2200*3100

    2230
    4860

    MSTNB -125

    625 000

    125
    4
    96
    3
    2

    1200

    Dn125

    DN32

    DN32

    3350*2200*3200

    2650
    5350

    MSTNB -150

    750 000

    150
    4
    116
    4
    2

    1500

    DN150

    DN32

    DN32

    3850*2200*3250

    2850
    6680

    MSTNB -175

    875 000

    175
    5.5
    160
    7.5
    2

    1500

    DN150

    DN32

    DN32

    4200*2200*3300

    3120
    7020

    MSTNB -200

    1 000 000

    200
    5.5
    160
    7.5
    2

    1800

    DN125*2

    DN32

    DN32

    4800*2200*3400

    3280
    8050

    MSTNB 250

    1 250 000
    250
    7.5
    240
    7.5
    2

    2200

    DN200

    DN40

    DN40

    5450*2400*3900

    3270
    8130

    MSTNB -300

    1 500 000

    300
    7.5
    240
    11
    2

    2200

    DN150*2

    DN40

    DN40

    5450*2500*4100

    3450
    8280
    Notes:* Dates in the form is only for your reference, actual parameters should meet customers'demands.
           * Design conditions: maximum flow rate ≤350m³/h, operating environment temp≤31.5℃,wet bulb temp≤28℃,humidity not higher than 85%, elevation below 1000m.(Taking antifreeze measures below 0℃).
           * Any queries for above parameters please contact our account executive.
     
  • Characteristics
    1. Compact Structure
    Compare with other forms, there are no PVC fills inside, so this type’s structure is compact, installation area is less, meet the users’ space demanding.( We also could design the filled type according to customers’ requirement)
    2. High efficiency
    Few cooling blind area, high thermal efficiency. High air duct design, make sure the equipment to meet the demand of cooling air flow rate in operation.
    3. Supporting auxiliaries
    We can combine the tower with auxiliary together to be a whole suit, it will convenient for customers to operate, and easy to transportation & installation.

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