1 hp Tube Axial Fan, 3500 cfm

The high pressure tube axial fan has a power rating of 750 watts (1 hp), is available in 110V/220V/380V and has a flow rate of 3500 cfm. Our small axial fan blower can be used for ventilation or enhanced heat dissipation in metallurgical, chemical, light industrial, food, pharmaceutical equipment, etc.

Specification

• Model: ATO-SF3.5-2
• Rotational Speed: 2800 rpm
• Flow Rate: 3500 cfm (6000 m3/h)
• Motor Power: 1 hp (750W)
• Full Pressure: 265 pa
• Voltage: 220V/380V/110V
• Noise: ≤ 71 dBA
• Weight: 14.2kg

Features

• 1 hp axial flow fan with full copper motor, strong power, low heat generation, low energy consumption, and long service life.
• The high hardness of the blades is not easily deformed and the impeller is strictly calibrated by dynamic balancing, which provides good aerodynamics, low noise, no dust and smooth operation.
• The ducted bracket ensures stability at high motor speeds.
• The axial fan blower has a thickly painted carbon steel housing, which is cut by an advanced laser cutting machine for durability.
• The tube axial fan outlet is equipped with a protective mesh cover to prevent damage caused by foreign objects entering the fan.

Dimension

Details

Applications

Axial flow fans are widely used in various industries and applications, including ventilation systems for buildings, cooling systems for data centers, air conditioning systems for automobiles and aircraft, power generation plants, and industrial processes such as chemical and food processing. 

Tips: What is an axial fan?

An axial fan is a type of fan that creates airflow parallel to its shaft or axis. It typically consists of a series of blades or propellers mounted on a central hub and enclosed in a cylindrical or rectangular housing. When the fan is powered on, the blades rotate and draw air through the housing, pushing it in the direction parallel to the fan's shaft.

Axial fans are commonly used in a variety of applications, including HVAC systems, ventilation systems, cooling towers, and industrial processes. They are generally more efficient at generating high-volume, low-pressure airflow than other types of fans, such as centrifugal fans. Axial fans can be designed with different blade angles and diameters to achieve different levels of airflow and pressure, and can be powered by electric motors or other
types of engines.