Open-Type Crossflow Cooling Tower

Products

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Features

  Open-Type Crossflow Cooling Tower is a type of cooling device where air flows horizontally through the fill material as water moves vertically, distinguishing it from Closed-Type towers where air and water flow in the same direction, and Counterflow towers where air flows vertically against the downward flow of water. Its key feature is efficient heat dissipation through crossflow design.

    The filler adopts point wave plates with coated dots on both sides, which are bonded together as a whole through the installation head to improve rigidity. The convex points on both sides can also avoid direct dripping. This tower has the characteristics of durability, low noise, environmental protection, and minimal maintenance

Applications  

Cooling for medium and high frequency power supplies.

Cooling for medium-frequency quenching workpieces and quenching liquids.

Ideal for vacuum heating, sintering, welding, and melting furnaces.

Reliable cooling solution for air compressors.

Essential for central air conditioning systems.

Efficient cooling for water-cooled screw machines and plate exchangers.

Versatile cooling solution for screw machines and other equipment.



Component Introduction  


S
tainless Steel Pipe 304/316L

    The stainless steel components of the cooling tower have excellent corrosion resistance and weldability, making them durable with a long lifespan. They are resistant to high temperatures, high pressure, and have high strength. 

    Additionally, stainless steel is environmentally friendly as its smooth inner walls prevent fouling, algae growth, and bacterial contamination, ensuring healthier water quality.


Panel

    The cooling tower panels are typically made of Korean Pohang magnesium aluminum zinc-plated sheets with a thickness of 2.0mm. These panels have high corrosion resistance and maintain their original appearance even in harsh environments due to their high strength and rigidity. They can withstand large external forces and pressures.

    Moreover, the magnesium aluminum zinc-plated sheets have good plasticity and processability, allowing for cutting, bending, punching, and other processing as needed to meet various design requirements.



Fan

    The cooling tower blades are made of engineering plastics or aluminum alloy, equipped with three-proof motors for low noise and high transmission efficiency, with non-slip properties in rainy conditions.

    The number of fans varies according to the model to increase exhaust area, improve cooling efficiency, and reduce fan damage.

    The motor is specifically designed for use in full closed type cooling towers. It can operate continuously in humid conditions, offering high efficiency, low noise, long lifespan, and high reliability.


Spray Pump

    The close-type cooling tower spray pump features a high-quality mechanical seal that is not restricted by direction, ensuring any leakage and a long service life.

    The motor is specifically designed for outdoor use and has an impeller with excellent hydraulic model design for good dynamic and static balance.

   
SKF bearings and EKK mechanical seals, sourced from Sweden, ensure the pump's long-term reliable operation with features such as low power consumption, low head, high flow rate, and low noise.




Filler

    The cooling tower fill is made of high flame-retardant 100% PVC virgin material.The water collector and air guide structure are integrated, allowing the fill to be directly suspended without the need for adhesive.

The excellent structural design ensures proper spacing, even water distribution, efficient heat exchange, prevention of clogging, and easy installation and maintenance.





Dehydrator

   The dehydration system uses high flame-retardant 100% PVC virgin material and features a clip-type water collector for efficient dewatering, very low drift rate, and easy disassembly.



Sprinkler System

    The cooling tower spray system utilizes patented centrifugal spray nozzles with an anti-loosening design, large aperture, low-pressure loss, uniform water distribution, and resistance to clogging.




Electric Control Cabinet

   The electrical control cabinet is custom-made according to user requirements, featuring international brands, temperature control systems, alarm systems, overload protection, and support for both manual and automatic control modes.

    Users can freely set temperatures, and the system will automatically start and stop the fan and spray pump based on detection data.

    
Technical Data

MODEL

OVERALL DIMENSION

FLOW RATE (m3/h)

FAN

(mm)

MOTOR

(hp)

WEIGHT (kg)

NOISE(dB)

L

W

H

H1

H2

NET

RUNNING

LYR-100L/S

1790

3300

3700

2300

700

100

1470

2

995

1610

58.5

LYR-125L/S

2360

3600

3700

2300

700

125

1800

5

1100

2620

59.5

LYR-150L/S

2650

3900

3700

2300

700

150

2100

5

1230

2830

60.5

LYR-175L/S

2650

3900

3700

2300

700

175

2100

7.5

1350

3150

60.5

LYR-200L/S

3090

4300

3700

2300

700

200

2400

7.5

1490

3580

61.5

LYR-225L/S

2900

4990

4080

2680

700

225

2400

7.5

1650

3470

61.5

LYR-250L/S

3150

4990

4080

2680

700

250

2400

10

2320

4520

62.0

LYR-300L/S

3500

5590

4080

2680

700

300

3000

15

2520

5580

62.5

LYR-350L/S

3600

5590

4080

2680

700

350

3000

15

2790

5920

63.0

LYR-400L/S

3840

5930

4230

2680

850

400

3330

15

3190

6630

63.5

LYR-450L/S

4090

5930

4230

2680

850

450

3330

20

3600

7290

63.8

LYR-500L/S

4350

6080

4850

3300

850

500

3330

20

4200

8150

64.2

LYR-600L/S

4650

6400

4850

3300

850

600

3700

25

4620

8960

65.0

LYR-700L/S

4950

6400

5450

3900

850

700

3700

30

5040

9610

66.5

LYR-800L/S

5250

6900

5500

3900

900

800

4200

30

5620

10710

67.0

Component Description