Cooling Power |
500W |
Control |
Button |
Applying space |
150-180m2 |
CFM |
28000m3/h |
N.W./G.W. |
42.4kg/51.0kg |
Git box dimension |
1023x713x1730mm |
Product Size |
960x650x1800mm |
Tank Capacity |
260L |
Cooling Power |
500W |
Control |
Button |
Applying space |
150-180m2 |
CFM |
28000m3/h |
N.W./G.W. |
42.4kg/51.0kg |
Git box dimension |
1023x713x1730mm |
Product Size |
960x650x1800mm |
Tank Capacity |
260L |
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READ MOREHow does the selection and design of the Large Industrial Evaporative Air Cooler LBW-2047's water pumps ensure the circulation and spraying effect of water?
Flow and head:
Flow: The flow of the pump needs to be calculated according to the needs of the equipment to ensure that enough water can be circulated per hour. Insufficient flow may result in poor spraying effect and insignificant cooling effect.
Head: The head refers to the height to which the pump can lift the water. Choosing the right head can ensure that the water can be effectively delivered to the nozzle to prevent uneven spraying or interference with the cooling effect due to insufficient water pressure.
Types of pumps:
Centrifugal pumps: Suitable for large-flow water circulation, can provide continuous and stable water flow, and are usually used in larger systems.
Submersible pumps: Directly immersed in water, suitable for smaller cooling systems, simple design and easy installation, and can effectively reduce noise.
Spray system design:
Nozzle selection: The design of the nozzle affects the particle size of the water mist. Small water mist particles can evaporate faster and provide better cooling effect. Nozzles of different apertures can be selected to adapt to different application scenarios.
Spray angle and layout: The layout and angle of the nozzles need to be designed according to the space to ensure that the water mist evenly covers the entire cooling area.
Corrosion-resistant materials:
Choose corrosion-resistant materials (such as stainless steel or special plastics) to manufacture the pump body and pipes to ensure that the pump body will not be damaged or performance will not decline when chemicals are contained in the water, extending the service life.
Automatic control system:
Flow sensor and controller: Automatically adjust the working state of the water pump according to the ambient temperature and humidity, ensuring that more water flow is provided at high temperatures to enhance the cooling effect.
Timer and intelligent control: You can set a timed spray or adjust the spray frequency according to real-time environmental data to avoid wasting water resources.
Maintenance and cleaning design:
The design should take into account easy disassembly and cleaning to prevent scale or impurities from accumulating and keep the pump and nozzle in good working condition.