Cooling Tower Fan

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MOQ : 2 Units

Cooling Tower Fan Specification

Air Flow
High Volume Axial Flow

Motor
Heavy Duty TEFC Electric Motor

Material
Corrosion-Resistant Aluminium Alloy or FRP

Refrigerating Capacity
Depends on model & process

Application
Cooling Towers for HVAC, Power Plants, Industrial Processes

Condition
New

Type
Axial Flow Cooling Tower Fan

Dimension (L*W*H)
Customized as per tower size

Power Supply
3 Phase, 50 Hz

Voltage
415 V

Cooling Type
Wet/Wet-Dry Evaporative Cooling

Nozzle Material
Engineering Plastic or Brass

Water Flowing Rate
Adjustable as per model

Water Pump Motor
Customized Selection

Noise Control
Low Noise, Aerofoil Blade Design

Maintenance
Easy Field Servicing, Low Maintenance

Blade Design
Aerodynamic for Maximum Efficiency

Rotation Speed
Variable as per Application, 960-1440 RPM

Direction of Rotation
Standard (Clockwise or Counter-clockwise as required)

Temperature Resistance
Up to 80°C Continuous Operation

Mounting
Direct or Belt Driven Mount

Blade Material
High-Strength Aluminum or FRP Blades

Surface Finish
Anti-corrosive Coating

Fan Diameter Range
600 mm to 2400 mm or Customized

Hub Material
Die Cast Aluminum

Cooling Tower Fan Trade Information

Minimum Order Quantity
2 Units

Supply Ability
300 Units Per Week

Delivery Time
7 Days

About Cooling Tower Fan

We manufacture inhouse types of cooling tower fan with moc like PVC, FRP, Alluminium and much more. With different sizes available with us on hand small to big variants. Please communicate any hesitate for details. We are happy to assist you.

Aerodynamic Blade Engineering

The fan blades utilize a state-of-the-art aerofoil profile, improving airflow and lowering energy consumption. Made from high-strength aluminum or FRP, each blade is corrosion-resistant and durable, suited for continuous operation in harsh industrial environments.

Adaptable to Any Cooling Requirement

With customizable fan diameters, motor configurations, and direct or belt-driven mounting options, these cooling tower fans are suitable for numerous industries, from large power plants to compact HVAC systems. Noise control features and variable air or water flow rates meet specific operational needs.

Effortless Installation and Servicing

Fans are designed for straightforward, field servicing with minimal maintenance demands, making them an ideal choice for both new installations and retrofits. Anti-corrosive coatings and robust construction ensure longevity even in challenging industrial settings.

FAQs of Cooling Tower Fan:

Q: How does the aerodynamic blade design enhance cooling tower efficiency?

A: The aerodynamic blade design increases the efficiency of air movement through the cooling tower, allowing for higher airflow volumes with less energy consumption. This results in improved thermal performance and cost savings over sustained operation.

Q: What mounting options are available for these cooling tower fans?

A: These fans can be mounted directly or with a belt-driven setup, allowing flexibility to match the design of your cooling tower and suit various industrial requirements.

Q: When should I choose aluminum over FRP blades?

A: High-strength aluminum blades are ideal for applications needing maximum durability and heat resistance, while FRP blades excel in environments where superior corrosion resistance and lightweight performance are priorities.

Q: Where are these cooling tower fans typically used?

A: Our fans are widely used in HVAC systems, power generation plants, industrial cooling processes, and any facility requiring efficient heat rejection and reliable cooling tower performance.

Q: How is maintenance handled for these cooling tower fans?

A: Thanks to their modular design and easy-access components, routine servicing can be performed in the field with minimal downtime. Anti-corrosive surfaces and quality materials ensure sustained low-maintenance operation.

Q: What are the benefits of variable-speed operation?

A: Variable-speed control allows operators to adjust fan rotation from 960 to 1440 RPM, optimizing air and water flow for different process requirements and reducing unnecessary energy usage.

Q: What ensures the corrosion resistance and longevity of the fan units?

A: Each fan incorporates corrosion-resistant materialsaluminum alloys or FRPand features a high-grade anti-corrosive coating, making them particularly suited to wet, chemically aggressive, or outdoor settings.

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