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CCCT Crossflow Closed Cooling Tower Induced Draft Crossflow

CCCT Crossflow Closed Cooling Tower Induced Draft Crossflow

  • Highlight

    Closed Cooling Tower

    ,

    CCCT Crossflow Cooling Tower

    ,

    Induced Draft Crossflow Cooling Tower

  • Product Name
    Closed Cooling Tower
  • Casing Material
    Special Mg-Al-Zn Alloy Coated Steel Or Stainless Steel
  • Capacity
    30t-366t
  • Feature
    High Efficiency
  • Application
    Induction Furnace Cooling/casting Cooling
  • Type
    Induced Draft Crossflow Cooling Tower
  • Place of Origin
    Jiangsu, China
  • Model Number
    GHM Series

CCCT Crossflow Closed Cooling Tower Induced Draft Crossflow

CCCT Crossflow Closed Cooling Tower Induced Draft Crossflow Cooling Tower

 

Product Description:

 

Crossflow Closed Cooling Towers (CCCT) are an indirect-contact evaporative cooler in which ambient air, spray water, and process fluid work together. The thermal performance of this cooling tower has significant impact on the thermal performance of the system in which it is implemented.

GHM Series are of capacities from 30 to 366 nominal tons, can work in series as a group for larger capacities. Casing made in special Mg-Al-Zn alloy coated steel or stainless steel, Heat exchange coils made in stainless steel or red copper. Wet deck fills made in PVC. All raw materials are of high industrial grade, with superior corrosion resistant features. GHM towers are designed of high efficiency.

 

Working Theory:


GHM series belong to induced draft type cross flow cooling towers. During the working process, dry cool air is inlet through wide louvers on one side of the tower, then directed through the heat exchanfe coils and wet deck fills across the spray water becoming wet hot air, eventually draught out of the tower into the atmosphere bythe fans on the top.In this process, a part of heat from the fluids inside the closed loop is transferred efficiently, and removed continuously.

 

Product Application:

 

Induction Furnace Cooling; Casting Cooling; Automotive Industrial Cooling; Solar Energy Cooling; Chemical Industrial Cooling; Electric Power Cooling; Glass Factory Cooling; IT Server Room Cooling

 

Product. Specification:

 

Model

No

Nominal

Flow Rate

(Ton)

Fan Circulating Pump Connectig Pipe(mm) OverallDimensions(mm) Weight

Power

(kw)

Air volumn(m3/s)

Power

(kw)

Air volumn(m3/h) inlet/outle make up drainage L W H

NET

(kg)

Running
(kg)
GHM-225 30 1.1×2 3.7×2 1.5 45 DN80 DN25 DN40 2540 940 2200 1020 1820
GHM-230 37 1.1×2 3.7×2 1.5 45 DN80 DN25 DN40 2960 940 2200 1050 2020
GHM-235 43 1.1×2 3.7×2 1.5 45 DN80 DN25 DN40 2960 1940 2200 1100 2100
GHM-340 49 1.1×3 3.7×3 2.2 60 DN80 DN25 DN40 3360 1940 2200 1310 2540
GHM-350 61 1.1×3 3.7×3 2.2 60 DN80×2 DN25 DN40 3360 1940 2730 1450 3080
GHM-365 79 1.5×3 5.1×3 2.2 60 DN80×2 DN25 DN40 3360 1940 2730 1520 3200
GHM-380 98 1.5×4 5.1×4 2.2 114 DN80×2 DN25 DN40 4220 2240 2680 2050 4920
GHM-390 110 1.5×4 51x 2.2 114 DN80×2 DN25 DN40 4220 2240 2680 2100 5000
GHM-3100 122 1.5×4 5.1×4 2.2 114 DN80×2 DN25 DN40 4220 2240 2840 2150 5100
GHM-3110 134 1.5×4 5.1×4 2.2 114 DN80×2 DN25 DN40 4220 2240 2840 2250 5250
GHM-5125 152 1.5×4 5.1×4 3.7 140 DN100×2 DN40 DN40 4740 2240 2910 2800 6800
GHM-5150 183 2.2×4 6.3×4 3.7 140 DN100×2 DN40 DN40 5440 2240 2910 3200 7820
GHM-5175 213 2.2×4 6.3×4 3.7 140 DN125×2 DN40 DN40 5440 2240 2910 3300 8000
GHM-7200 244 4x4 16.7×4 5.5 160 DN125×2 DN40 DMao 5840 2900 3260 5000 9000
GHM-7225 274 4x4 16.7×4 5.5 160 DN125×2 DN40 DN4o 5840 2900 3470 5500 10000
GHM-7250 305 4x4 16.7×4 5.5 160 DN150×2 DN40 DN40 6420 2900 3470 6500 11500
GHM-7275 335 4×4 16.7×4 5.5 160 DN150×2 DN40 DN40 6420 2900 3470 6800 11800
GHM-7300 366 4×4 16.7×4 5.5 160 DN150×2 DN40 DN40 6420 2900 3470 7000 12000

NOTE

Nominal Tons are based upon temp.drop 35~29.5℃/95~85°F,WBT 25.5℃/78°F,and 0.681 m³/hr/ton.

 

CCCT Crossflow Closed Cooling Tower Induced Draft Crossflow 0