MachineU > China Products > Machinery > Refrigeration & Heat Exchange Equipment > Cooling Tower
CTI Institute Square Combined Crossflow Open Circuit Cooling Tower
CTI Institute Square Combined Crossflow Open Circuit Cooling Tower
Specifications
Model Number :
HLT Series
Certification :
CTI/ISO9001:2008
Place of Origin :
Jiangsu, China
MOQ :
1
Product Name :
Cross Flow Cooling Tower
Flow :
100m3/h-8000m3/h
Machine Parts :
Aluminum Alloy Fan/Special Motor/PVC Filler/Drain Tray/Glass Fiber Reinforced Plastic Components/Steel Structural Parts
Type :
Low Temperature Type/Standard Type/Medium Temperature Type/High Temperature Type
Casing Material :
FRP Composite
Application :
Water Treatment Equipment
Description

CTI Institute Square Combined Crossflow Cooling Tower Open Circuit Cooling Tower

Product Description:

A square combined crossflow cooling tower is a type of cooling tower commonly used in industrial processes to remove heat from a system. Square combined crossflow cooling towers are commonly used in industrial settings such as power plants, refineries, petrochemical plants, HVAC systems, and other facilities where large amounts of heat need to be dissipated.

Product Feature:

The HLT cross-flow cooling tower has passed the certification of the American CTI Cooling Tower International Association (available on the official website), and has established ISO9001:2008 quality assurance system certification.
Our company has many years of manufacturing experience and has fully applied the advanced technologies of our company and at home and abroad. Through use and practical testing, its various performance indicators have reached or exceeded the national standards GB/T7190.1-2008 "Glass Fiber Reinforced Plastic Cooling Tower" and DB31/204-1997 "Cooling Tower and Its System Economic Operation Management Standard". All aspects of it represent the advanced level of current domestic cooling towers. The specific manifestations are:

1. The cross-flow design is adopted, which has strong applicability and a wide range of working conditions.
2. The tower body adopts a truss structure with good stability, safety and reliability.
3. Better corrosion resistance and longer service life.
4. The trough-type water distribution system is adopted to save the water pump head, with high efficiency and low energy consumption.
5. Extremely convenient operating system and operating platform.
6. The product is light in weight, small in size, compact in structure and easy to install.
7. Beautiful appearance.

Product Specification:

Model Volume Temp Difference ℃ Dimension Fan User-made Pipe Valve Noise dB(A)

Weight

kg

 Weight kg
28℃ 27℃ L×W×H Air Volume ( Ten Thousand) m3/h

Diameter

cm

 Power kw

Trans

mission

 Number

Water inlet pipe

mm

Water distribution

mm

 Water outlet mm

Water supply

mm

Overflow pipe

mm

 Drainage outlet mm

10

10

12

 5 1700×850×1250 0.60 500 0.37 Direct

1

40

32x2

65

25

30

30

 ∠50 200 450
6 1700x850×1500 0.72 600 0.75 210 460
10 1700x850×1750 1.05 700 0.75 220 470
25 1700×850×2000 1.80 700 1.5 230 480

15

15

18

 5 1800x950x1500 0.72 600 0.55 Direct

1

50

40x2

65

25

30

30

 ∠50 230 530
6 1800x950×1750 1.05 700 0.75 240 540
10 1800×950x2000 1.80 700 1.10 260 560
25 1800×950×2250 2.70 800 1.5 280 580

20

20

25

 5 1900×1150x1750 1.05 700 0.75 Direct

1

65

50×2

80

25

40

30

 ∠50 320 870
6 1900x1150×2000 1.25 800 0.75 340 800
10 1900x1150×2250 1.8 800 1.10 360 910
25 1900×1150×2500 3.2 800 1.5 380 930

30

30

a5

 5 2100x1150×2000 1.8 800 1.10 Direct

1

65

50x2

80

25

40

40

 ∠50 350 950
6 2100x1250×2250 2.2 900 1.10 380 980
10 2100×1250×2500 3.3 900 1.5 400 1000
25 2100×1250×2700 4.4 1000 2.2 450 1050

50

50

55

 5 2800x1450×2250 3.3 1000 1.1 Direct

1

80

65×2

100

40

50

50

 ∠50 750 1450
6 2800x1450x2500 3.8 1200 1.5 760 1510
10 2800x1450×2750 4.8 1200 2.2 820 1600
25 2800×1450×2900 6.5 1200 2.2 900 1700

Model Volume Temp Difference℃ Dimension Fan User-made Pipe Valve Noise dB(A)

Weight

kg

Weight

kg
28℃ 27℃ L×W×H

Air Volume

( Ten Thousand) m3/h

Diameter

cm

 Power kw

Trans

mission

 Number

Water inlet pipe

mm

Water distribution

mm

 Water outlet mm

Water supply

mm

Overflow pipe

mm

 Drainage outlet mm

B0

80

90

 5 3500×1700×3000 5.4 1200 2.2 Direct

1

100

80×2

125

40

50

50

 ∠51 890 1900
6 3500×1700x3200 6.2 1500 3.0 1000 2100
10 3500×1700×3600 6.5 1500 3.0 1300 2400
25 3500×1700×4100 7.2 1500 4.0 1500 2600

100

100

115

 5 3800×2100x3000 6,5 1500 3.0 Direct

1

125

100x2

150

40

50

50

 ∠51 1050 2550
6 3800×2100×3100 6.8 1800 3.0 1200 2600
10 3800×2100×3600 7.5 1800 4.0 1500 2750
25 4000×2300×4100 10.5 2000 5.5 1800 2950

125

125

140

 5 3800×2400×3000 7.2 1500 3.0 Direct

1

125

100×2

150

40

50

50

 ∠52 1300 2650
6 3800×2400×3100 9.7 1800 4.0 1400 2700
10 3800×2400×3600 10.5 1800 4.0 1600 2950
25 4000x240084100 13.6 2000 5.5 2000 3350

150

150

170

 5 4000×2700×3000 8.5 1800 4.0 Direct

1

150

125×2

200

40

50

50

 ∠52 1400 2850
6 4000×2700×3100 9.7 2000 4.0 1650 3100
10 4200×2700×3600 13.6 2000 5.5 2000 3450
25 4400×2700×4100 16.0 2400 7.5 2400 4150

175

175

180

 5 4000×2800×3000 9.0 1800 4.0

Direct

Reduce

1

150

125×2

200

40

50

50

 ∠50 1800 3400
6 4200×2800x3100 9.8 2000 5.5 1900 3550
10 4200×2800×3600 14.0 2000 5.5 2400 3900
25 4400×2800×4100 16.0 2400 7,5 2700 4300

200

200

230

 5 4200×3000×3000 12.2 2000 5.5

Direct

Reduce

1

200

125×2

250

40

50

50

 ∠53 1950 3600
6 4200x3000×3100 13.0 2000 5.5 2100 3780
10 4400×3000×3600 16.2 2400 7.5 2400 4250
25 4800×3200×4100 18.0 2800 11.0 2700 4750

250

250

280

 5 4400x3300x3000 13.6 2400 7.5 Reduce

1

200

150×2

250

40

65

65

 ∠56 2400 4470
6 4400x3300×3100 16.2 2400 7.5 2600 4700
10 4800×3300×3600 18.5 2800 11.0 2700 4900
25 4800x3300x4100 20.5 2800 11.0 2900 5300

300

300

320

 5 4800x3900x3000 16.2 2800 7.5 Reduce

1

250

150×2

300

40

65

65

 ∠56 2700 5450
6 4800x3900×3100 18.6 2800 11.0 2900 5650
10 5000x3900x3600 18.6 3000 11.0 3000 5900
25 5200×3900×4100 20.5 3200 11.0 3150 6700

350

350

375

 5 4000x5600x3000 18,6 1800 4.0

Direct

Reduce

2

250

125×4

200×2

40×2

50x2

50×2

 ∠56 3100 6900
6 4200×5600x3000 20.5 2000 5.5 3180 7300
10 4200×5600x3600 23.0 2000 5.5 3450 7800
25 4400x5600×4100 25.8 2400 7.5 3900 8500

400

400

430

 5 4200×6000×3000 25.0 2000 5.5

Direct

Reduce

2

200

125×4

250×2

40×2

50x2

50x2

 ∠59 3300 7200
6 4200×6000×3100 27.0 2000 5.5 3500 7500
10 4400×6000×3600 32.0 2400 7.5 3950 7700
25 4800×6400×4100 40.0 2800 11.0 4200 8000

Model Volume

Temp Difference

℃

 Dimension Fan User-made Pipe Valve Noise dB(A)

Weight

kg

Weight

kg
28℃ 27℃ L×W×H Air Volume ( Ten Thousand) m3/h

Diameter

cm

 Power kw

Trans

mission

 Number

Water inlet pipe

mm

Water distribution

mm

Water outlet mm

Water supply

mm

Overflow pipe

mm

 Drainage outlet mm

450

450

480

 5 4000×8100×3000 25.0 1800 4.0

Direct

Reduce

3

300

125×6

200x3

40×3

50×3

50×3

 ∠59 4050 8400
6 4000x8100x3100 29.0 1800 4.0 4200 8500
10 4200×8100×3600 40.0 2000 5,5 4500 9000
25 4400x8100x4100 48.0 2400 7.5 4900 10000

500

500

550

 5 4400×6600×3000 27.0 2400 7.5 Reduce

2

300

150×4

250×2

40×2

65×2

65×2

 ∠60 4100 8600
6 4400x6600x3100 32.0 2400 75 4250 9000
10 4800×6600×3600 38.0 2800 11.0 4600 11000
25 4800x6000x4100 52.0 2800 11.0 4960 11500

600

00

650

 5 4200×9000×3000 32.5 2000 5.5

Direct

Reduce

3

350

125×6

250×3

 40x4

50×3

50x3

 ∠61 4650 10500
6 4200x9000x3100 40.0 2000 5.5 4800 11000
10 4400×9000×3600 45.5 2400 7.5 5300 12500
25 4800x9600×4100 60.0 2800 11.0 5900 13000

700

700

750

 5 4000×11200×3000 40.0 1800 4.0

Direct

Reduce

4

350

125x8

200×4

40×4

50×4

50×4

 ∠62 6100 13000
6 4200×11200x3100 45.5 2000 5.5 6250 13500
10 4200×11200x3600 52.5 2000 5.5 6700 14000
25 4400×11200×4100 70.0 2400 7.5 7600 15000

800

800

860

 5 4200x12000x3000 48.0 2000 5.5

Direct

Reduce

4

400

125×8

250x4

40×4

50×4

50×4

 ∠62 6100 15100
6 4200×12000×3100 52.5 2000 5.5 6300 15600
10 4400×12000×3600 72.0 2400 7.5 7200 16000
25 4800x12800×4100 80.0 2800 11.0 8100 16900

900

900

960

 5 4000x16200x3000 54.0 1800 4.0

Direct

Reduce

6

400

125×12

200×6

40×6

50×6

50×6

 ∠65 6600 13800
6 4000x16200x3100 57.5 2000 4.0 7000 16000
10 4200×16200×3600 67.5 2000 5.5 8600 16800
25 4400×16200×4100 90.0 2400 7.5 10000 17600

1000

1000

1230

 5 4200×15000×3100 62.5 5000 5.5

Direct

Reduce

5

400

125×10

250x5

40×5

50×5

50x5

 ∠68 7600 16600
6 4200×15000×3100 65.5 2000 5.5 7800 16900
10 4200×15000×3100 75.5 2400 7.5 9100 18900
25 4800x16000x4100 98.0 2800 11.0 10100 20700

1200

1200

1350

 5 4200x18000×3000 100 2000 5.5

Direct

Reduce

6

500

125×12

2506

40%6

50×6

50x6

 ∠68 9400 21000
6 4200x18000×3100 115 2000 5.5 9600 22000
10 4400x18000x3600 140 2400 7.5 10100 23000
25 4800×19200×4100 210 2800 11.0 12200 26000

1500

1500

1650

 5 4400×19800×3000 100 2400 7.5 Reduce

6

500

125x12

250x6

40x6

65×6

65x6

 ∠68 10100 23000
6 4400×19800×3100 115 2400 7.5 11500 25000
10 4800×19800×3600 140 2800 11.0 12500 31000
25 4800x19800×4100 210 2800 11.0 14500 36000

1800

1800

1805

 5 4200×27000×3000 100 2000 4.0

Direct

Reduce

9

550

125x18

250x9

40x9

50x9

50x9

 ∠68 14200 22500
6 1200×27000×3100 120 2000 5.5 15000 24000
10 4400×27000×3600 150 2400 7.5 17000 35000
25 4800×28800×4100 240 2800 11.0 20000 56000

Model Dimension Column Dimension User-made Pipe Valve
L×W L mm B mm L1 mm 2×L2 mm H>mm Column Number DN0 mm DN1xNumber mm

DN2

mm

DN3xNumber mm

 DN4xNumber mm DN5xNumber mm
350 5200×4600 5200 4600 1700 1750 800 16 250 125×4 300 40 50 50
5400×4600 5400 4600 1800 1800
5600×4600 5600 1600 1800 1900
400 5600x5200 5600 5200 1800 1900 1000 16 300 125×4 350 40 50 50
5800×5200 5800 5200 1900 1950
6200×5200 6200 5200 2000 2100
450 5600×5400 5600 5400 1800 1900 1000 16 300 150×4 350 50 65 65
5800x5400 5600 5400 1900 1950
6200×5400 6200 5400 2000 2100
500 6200×5600 6200 5600 1550 1550 1000 25 300 150×4 350 50 65 65
6400x5600 6400 5000 1600 1600
6600x5600 6600 5600 1650 1650
600 6600x5800 6600 5800 1650 1650 1200 25 350 200×4 400 66 80 80
7000x5800 7000 5800 1750 1750
7100×5600 7100 5800 1775 1775
700 7000×6500 7000 6500 1750 1750 1200 25 350 200×4 400 65 80 80
7400×6500 7400 6500 1850 1850
8000×6500 8000 6500 2000 2000

How it works:

1. Cooling: Hot water is pumped from the industrial process to the top of the cooling tower and distributed over the packing. As the water descends along the packing media, it comes into contact with air flowing horizontally through the tower, promoting heat transfer from the water to the air.
2. Heat Transfer: As the air blows over the water, it removes heat through evaporation and heat transfer, causing the water to cool in the cooling tower.
3. Recovery and Discharge: The cooled water is collected at the bottom of the tower and can be recycled back into the process or discharged.
4. Heat Release: The heat transferred to the air is eventually released to the atmosphere through evaporation and convection.

Send your message to this supplier
Send Now

CTI Institute Square Combined Crossflow Open Circuit Cooling Tower

Ask Latest Price
Watch Video
Product Detail
Model Number :
HLT Series
Certification :
CTI/ISO9001:2008
Place of Origin :
Jiangsu, China
MOQ :
1
Product Name :
Cross Flow Cooling Tower
Flow :
100m3/h-8000m3/h
Contact Supplier
video
CTI Institute Square Combined Crossflow Open Circuit Cooling Tower

Wuxi Weishi Industrial Complete Equipment Co., Ltd.

Verified Supplier
2 Years
jiangsu, wuxi
Since 2015
Business Type :
Exporter, Trading Company, Seller
Main Products :
Horizontal Centrifugal Pump, Industrial Pump, Submersible Sewage Pump
Total Annual :
1000000-1200000
Employee Number :
100~200
Certification Level :
Verified Supplier
Discover similar products
View More

Find Similar Products By Category:

Supplier Homepage Products Open Circuit Cooling Tower
MachineU China Products Machinery Refrigeration & Heat Exchange Equipment Cooling Tower
Contact Supplier
Submit Requirement