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High Efficiency Induced Draft Counter Flow Closed System Cooling Tower

High Efficiency Induced Draft Counter Flow Closed System Cooling Tower

  • Highlight

    High Efficiency Induced Draft Cooling Tower

    ,

    Closed System Induced Draft Cooling Tower

    ,

    Counter Flow Induced Draft Cooling Tower

  • Product Name
    Closed Cooling Tower
  • Casing Material
    Special Mg-Al-Zn Alloy Coated Steel Or Stainless Steel
  • Capacity
    6 To 305 Nominal Tons
  • Feature
    High Efficiency
  • Application
    Electric Factory Cooling/glass Factory Cooling
  • Cooling Type
    Induced Draft Fan
  • Place of Origin
    Jiangsu, China
  • Model Number
    GTM Series
  • Minimum Order Quantity
    1

High Efficiency Induced Draft Counter Flow Closed System Cooling Tower

High Efficiency Induced Draft Counter Flow Cooling Tower Closed System Cooling Tower

 

Product Description:

 

The countercurrent closed cooling tower (also called evaporative air cooler or closed cooling tower) places a tubular heat exchanger inside the tower, and ensures the cooling effect through the heat exchange between the circulating air, spray water and circulating water. Because it is a closed cycle, it can ensure that the water quality is not polluted, which well protects the efficient operation of the main equipment and increases the service life. When the outside temperature is low, the spray water system can be stopped to save water. With the implementation of the national energy conservation and emission reduction policy and the increasing scarcity of water resources, closed cooling towers have been widely used in industries such as steel metallurgy, power electronics, mechanical processing, and air conditioning systems in recent years.

 

Product Specification:

 

Model

No

Nominal

Flow Rate

(Ton)

Fan Circulating Pump Connectig Pipe (mm) Overall Dimensions (mm) Weight

Power

(kw)

Air volumn

(m3/s)

Power

(kw)

Air volumn

(m3/h)

inlet/outlet make up drainage L W H

NET

(kg)

Running
(kg)
GTM-15 6 0.55 2.4 0.75 20 DN50 DN25 DN40 2200 1000 1830 450 700
GTM-110 12 0.55 2.4 0.75 20 DN50 DN25 DN40 2400 1000 1900 490 800
GTM-115 18 0.55×2 2.4×2 0.75 20 DN65 DN25 DN40 2300 1020 1830 460 1000
GTM-120 24 0.55×2 2.4×2 0.75 20 DN65 DN25 DN40 2300 1020 1900 500 1050
GTM-225 30 0.55×2 2.4×2 1.5 45 DN80 DN25 DN40 2860 1240 2050 730 1650
GTM-230 37 1.1×2 3.7×2 1.5 45 DN80 DN25 DN40 2860 1240 2180 830 1760
GTM-235 43 1.1×2 3.7×2 1.5 45 DN65×2 DN25 DN40 2860 1240 2420 1050 2030
GTM-340 49 1.5×2 5.1×2 2.2 60 DN65×2 DN25 DN40 2860 1520 2440 1280 2500
GTM-350 61 1.5×2 5.1×2 2.2 60 DN80×2 DN25 DN40 2860 1520 2630 1370 2660
GTM-365 79 1.1×4 3.7×4 2.2 60 DN80×2 DN25 DN40 3200 1760 2630 1820 3460
GTM-370 85 1.1×4 3.7×4 2.2 114 DN80×2 DN25 DN40 3200 2120 2750 1930 3970
GTM-380 98 1.5×4 5.1×4 2.2 114 DN80×2 DN25 DN40 3200 2120 2750 2050 4000
GTM-390 110 1.5×4 5.1×4 2.2 114 DN80×2 DN25 DN40 3200 2120 2750 2150 4050
GTM-3100 122 1.5×4 5.1×4 2.2 114 DN80×2 DN25 DN40 3550 2120 2750 2330 4710
GTM-3110 134 1.5×6 5.1×6 2.2 114 DN80×2 DN25 DN40 4150 2120 2870 2650 5550
GTM-5125 152 1.5×8 5.1×8 3.7 140 DN100×2 DN40 DN40 4750 2120 2970 3100 6500
GTM-5150 183 1.5×8 5.1×8 3.7 140 DN100×2 DN40 DN40 5050 2120 3120 3500 7480
GTM-7175 213 1.5×8 5.1×8 5.5 160 DN125×2 DN40 DN40 5480 2120 3120 3800 8240
GTM-7200 244 1.5×8 5.1×8 5.5 160 DN125×2 DN40 DN40 5080 2620 3120 4800 9170
GTM-7225 274 1.5×8 5.1×8 5.5 160 DN125×2 DN40 DN40 5480 2620 3220 5600 11300
GTM-10250 305 1.5×10 5.1×10 7.5 240 DN150×2 DN40 DN40 6230 2620 3220 6000 12560

 

High Efficiency Induced Draft Counter Flow Closed System Cooling Tower 0

 

Product Workng Theory:

 

As counter flow towers,the dry cool air is inlet through louvers on both sides of the tower from the bottom,and drawn upwards passing a large heat exchange surface of the coils section under the induced fans,against the spraying water in the opposite way,becoming hot wet air,induced draught out of the tower into the atmosphere by the fans on the top.During this process,a part of the heat from the fluids inside the closed loop is transferred effientiy,and removed to the outside environment.