Vane Axial Flow Fan

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MOQ : 1 Piece

Vane Axial Flow Fan Specification

Speed
9602900 RPM

Voltage
220/380V

Air Volume
3000-25000 m/h

Power
1.5 kW 15 kW

Pressure
1501500 Pa

Revolution
Single/Double

Noise Level
80 dB

Power Consumption
Varies as per model

Product Type
Vane Axial Flow Fan

Type of Fan
Axial Flow Fan

Power Mode
Electric

Installation Type
Duct Mounted

Blade Material
Cast Aluminum

Shape
Round

Vane Axial Flow Fan Trade Information

Minimum Order Quantity
1 Piece

Payment Terms
Cash in Advance (CID)

Supply Ability
Piece

Delivery Time
1 Week

Main Export Market(s)
Eastern Europe, Africa, Central America, Middle East, South America, Western Europe, Asia, North America, Australia

Main Domestic Market
All India

About Vane Axial Flow Fan

Specifications:

Air flow: 16000 20000 m³/h
Material: Metal blade
Voltage: 220 V, 440V
Blade Material: Plastic or Metal
These fans have static pressure up-to 8 w.g and airflow from 2,300 to 108,500 CFM
These fans are offered in 12 to 48 wheel diameters sizes.

Premium Construction for Longevity

Constructed with mild steel or corrosion-resistant SS304, and fitted with cast aluminum blades, the Vane Axial Flow Fan guarantees durability even in demanding industrial environments. The powder-coated or galvanized finishes add an extra layer of protection, ensuring the fan resists rust and wear over time.

Adaptable Design for Diverse Applications

The fan supports both fixed and adjustable blade pitch angles to suit different ventilation requirements. Suitable for duct-mounted, flange installations, it caters to HVAC, ventilation, exhaust, and industrial cooling needs across sectors. Robust TEFC motors from recognized brands ensure adaptability and consistent performance.

High-Efficiency Air Movement

With air volume ratings from 3,000 to 25,000 m/h and adjustable speed ranging between 9602900 RPM, this axial flow fan delivers efficient and controlled air movement. The IP55-classified, totally enclosed fan-cooled motors safeguard internal components, maintaining efficiency even in harsh conditions.

FAQs of Vane Axial Flow Fan:

Q: How is the Vane Axial Flow Fan typically installed in ventilation systems?

A: The Vane Axial Flow Fan is designed for duct mounting using a flange-mount system, making it straightforward to integrate into HVAC, exhaust, or industrial cooling layouts. The sturdy construction also allows for efficient attachment to various ductwork sizes as per the application requirements.

Q: What are the advantages of choosing this axial flow fan for industrial applications?

A: Users benefit from high air volume (3,00025,000 m/h), reliable performance across a wide temperature range (-10C to 80C), low noise operation ( 80 dB), and the choice of reputable TEFC motors, ensuring efficiency, safety, and long operational life in demanding environments.

Q: When should you opt for a fixed versus adjustable blade pitch angle?

A: Select a fixed pitch angle for consistent airflow needs, while adjustable blade pitch is ideal when you need to modify airflow depending on changing system demands or to optimize energy usage across different operational conditions.

Q: Where can the Vane Axial Flow Fan be used most efficiently?

A: This fan excels in HVAC installations, ventilation and exhaust systems, industrial cooling processes, and any scenario requiring robust air movement. Its protective IP55 classification enables use in both indoor and semi-exposed industrial settings.

Q: What is the process for choosing the right model for my project?

A: Evaluate your systems airflow (m/h), pressure (Pa), power requirements (1.515 kW), and installation parameters (mounting type, voltage, and RPM). Consult with the manufacturer or supplier to select the specific model (number of blades, motor brand, blade pitch) that matches your operating conditions.

Q: How does the TEFC motor and IP55 protection benefit the fans operation?

A: A Totally Enclosed Fan Cooled (TEFC) motor prevents dust and moisture ingress, while IP55 protection ensures durability against water jets and particulates, resulting in minimized maintenance and reliable operation over extended periods.

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