Dongguan Lanjing Industrial Co., Ltd
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Circular cooling tower
Circular cooling tower
Product details

Circular cooling tower

Product:

Water towers, including cold water towers, cooling towers, industrial cooling towers, industrial cooling towers, high-temperature water towers, high-temperature industrial water towers, high-temperature industrial cooling water towers, high-temperature cold water towers, air conditioning cold water towers, square water towers, industrial refrigeration water towers, circular water towers, enclosed water towers, fiberglass cooling water towers, and counter current water towers, have a complete range of types, reliable quality, advanced technology, strict management, excellent quality, and perfect after-sales service!

Performance Introduction:

1. Overall effect:

Cooling tower theory is a highly comprehensive and experimental system discipline. Based on years of thermal testing of the cooling tower, the company's technology personnel comprehensively processed the test data and selected the optimal air-water ratio, optimal cross-sectional water load, cross-sectional air load, and height range of packing efficiency according to the trapezoidal wave water packing volume dispersion coefficient Β xv calculated by computer calculation (35 × 20-75 °). The packing volume was then determined, and the shape and structure of the tower were comprehensively designed from the perspective of fluid dynamics. The ventilation resistance was estimated based on the test, and the fan characteristic curve and test data were used to optimize the selection of fans that meet the air volume requirements and noise standards, as well as matching motors, to achieve an optimized system effect in terms of cooling efficiency, energy consumption, noise, and appearance. The sentence is:.

2. Structural features:

A1、 Packing: The ultra-low noise cooling tower packing is made of modified PVC (polyvinyl chloride) flat sheets processed by hot rolling. The function of the water spraying packing is to scatter the hot water that needs to be cooled into water droplets and form a water film, in order to increase the contact area and contact time between water and air, that is, to increase the heat exchange strength between water and air. The cooling process of water mainly occurs in the water spray packing, where heat and mass exchange occur between water and air. The cooling effect of a cooling tower largely depends on the heat exchange performance of the water spray packing. A high-performance water spray filling material has a high heat dissipation capacity. The design advantages of the trapezoidal wave water spray filling material (35 × 20-75 °) after the plate structure and combination of the filling material are:

1. The growth coefficient of heat dissipation area is large.

2. The distribution performance of water flow on the board surface is good.

3. The disturbance is significant when water and air flow over the surface of the board.

Heat dissipation performance:

B2、 Fan performance: The cooling tower fan is selected as a low-speed space twisted forward aluminum alloy cooling tower dedicated fan. This fan product can fully ensure that the air volume, air pressure, noise and float level of the cooling tower meet the technical requirements and operational performance under various working conditions. Its performance characteristics include:

1. The fan blades are made of aluminum alloy plates, and the angle of the fan with machine number>12 # can be adjusted. When the seasons change, the installation angle of the blades can be changed to adjust the air volume and pressure, in order to improve the efficiency of the device and achieve energy-saving goals.

2. The fan adopts a large chord length, space distortion, forward leaning blade shape, and low-speed drive to achieve uniform air velocity at the outlet, large air volume, high efficiency, low noise, and low power consumption.

3. The blades have undergone balance verification, with a balance accuracy of ISO-2 and 5.

C3、 Performance of water distribution section:

The function of the water distribution system is to evenly splash hot water onto the entire water filling material. The performance of water distribution will directly affect the uniformity of air distribution and the cooling ability of fillers. The cooling tower adopts a rotating pipe type water distributor, which uses the reaction force of the water sprayed from the water distribution hole on the showerhead throat to push the water distribution pipe to rotate, so that the surface of the water filling material is evenly and alternately distributed with water. The advantages of using this water distribution method are:

1. Low water supply pressure, energy-saving.

2. Good uniformity of water distribution performance.

3. The water pipe is equipped with a water blocking plate, which has a certain effect of promoting uniform water distribution and eliminating floating water. The rotating part of the water distributor is made of copper alloy, with a compact structure, high strength, and no corrosion. After practical testing, this type of water distributor has low failure rates and stable performance.

D4、 Tower structure and performance:

The GY water tower body is made of high-quality fiberglass material, and its surface coating is made of imported raw materials. The color variety contains U, V, and S light stabilizers to make the color bright, uniform, not easy to fade, resistant to aging, and still shiny over time. All steel structural components are hot-dip galvanized, and a large number of injection molded components are used for corrosion resistance, high strength, light weight, good universality, and easy assembly.

The successful design of GY cooling water tower has controlled the problem of floating water, with a floating water loss of less than 0.001%. The measures taken are:

1. Try to use low-speed fans to avoid excessive water mist being carried into the air.

2. A waterproof sleeve is installed on the water pipe to collect splashing water droplets.

3. Adopting a design scheme with a bottom basin larger than the diameter of the outer shell, and equipped with P V、C、 The air intake of 100 pages effectively prevents water from splashing out of the tower.

characteristic:

1. The "Guanyu" brand circular cooling tower actively pursues a new concept of environmental protection in its design, fully adopts new technologies for development, and comprehensively transforms the form and material of various components inside the cooling tower, making the product high-performance, with large cooling capacity, low flying water volume, low noise, high strength, easy assembly, and easy maintenance, making it suitable for various high demand places!

2. Space saving, lightweight structure, low power consumption, extremely low operating noise, good corrosion resistance, easy combination, and easy maintenance

Application:

1. Cooling towers are mainly used in air conditioning cooling systems, refrigeration series, injection molding, leather making, foaming, power generation, steam turbines, aluminum profile processing, air compressors, industrial water cooling and other fields,

2. The function of a cooling tower is to exchange heat between the cooling water carrying waste heat and the air inside the tower, transferring the waste heat to the air and dissipating it into the atmosphere.

Product Example:

GYT

internet traffic

electrical machinery

net weight

run

effluent

Full of water

Tower height

Shell height

Basin height

go out/Inlet height

fan

basin

foundation

center

screw

weight

/entry

/drainage

diameter

diameter

height

diameter

m3/h

KW

KG

KG

WI/WO

OF/DR

TH

CH

WH

IN/OH

ED

WD

FH

BC

BD

8

6.2

0.18

42

180

40/40

25/25

1550

875

335

180/270

525

945

250

480

9X3

10

7.8

0.18

46

190

40/40

25/25

1700

1025

335

180/270

600

945

250

480

9X3

15

12

0.37

54

290

50/50

25/25

1585

895

350

190/280

600

1195

250

690

9X3

20

16

0.55

67

300

50/50

25/25

1760

1070

350

190/280

730

1195

250

690

9X3

25

20

0.75

98

500

80/80

25/25

2000

1215

360

115/175

730

1400

300

880

9X3

30

23

0.75

116

530

80/80

25/25

1885

1110

350

115/175

730

1650

300

830

9X4

40

31

1.5

130

550

80/80

25/25

1975

1180

350

115/175

890

1650

300

830

9X4

50

39

1.5

190

975

80/80

25/25

2035

1230

360

125/230

890

1830

300

1010

9X4

60

47

1.5

240

1250

100/100

25/25

2225

1230

400

200/295

1150

2145

300

1180

11X4

80

63

1.5

260

1280

100/100

25/25

2305

1310

400

200/295

1150

2145

300

1180

11X4

100

78

2.25

500

1600

125/125

50/50

2690

1595

450

230/300

1450

2900

300

1230

11X6

125

98

2.25

540

1640

125/125

50/50

2875

1780

450

230/300

1450

2900

300

1230

11X6

150

117

2.25

580

1680

150/150

50/50

2875

1780

450

230/300

1450

2900

300

1230

11X6

175

137

3.75

860

1960

150/150

50/50

3515

1965

850

245/850

1750

3310

300

2404

16X8

200

156

3.75

880

1980

150/150

50/50

3515

1965

850

245/850

1750

3310

300

2404

16X8

225

176

5.5

1050

2770

200/200

80/80

4170

2060

900

280/900

2135

4120

300

2150

16X12

250

195

5.5

1080

2800

200/200

80/80

4170

2060

900

280/900

2135

4120

300

2150

16X12

300

234

7.5

1760

3930

200/200

80/80

4360

2160

900

280/900

2440

4730

300

2460

16X12

350

237

7.5

1800

3970

200/200

80/80

4360

2160

900

280/900

2440

4730

300

2460

16X12

400

312

11

2840

5740

200/200

80/80

4550

2180

900

280/900

2745

5600

400

2205

16X24

500

329

11

2900

5800

250/250

100/100

4550

2180

900

280/900

2745

5600

400

2205

16X24

600

468

15

3950

9350

250/250

100/100

5310

2430

1020

340/1020

3400

6600

400

2543

25X32

700

547

18.5

4050

9450

250/250

100/100

5510

2630

1020

340/1020

3400

6600

400

2543

25X32

800

626

22

4700

11900

300/300

100/100

5660

2680

1020

340/1020

3700

7600

400

2870

25X32

1000

781

22

4900

12100

300/300

100/100

5860

2880

1020

340/1020

3700

7600

400

2870

25X32

The above parameters are subject to change without prior notice

Design working condition parameters: Inlet water temperature-T1=37 Outlet water temperature-T2=32 Wet bulb temperature-WBT=27 Water temperature drop △TS=5°atmosphere pressure-P=99400Pa

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